CellRank is a toolkit for studying cellular dynamics using Markov state modeling.
Usage
RunCellRank(
object = NULL,
assay_x = "RNA",
layer_x = "counts",
assay_y = c("spliced", "unspliced"),
layer_y = "counts",
adata = NULL,
group.by = NULL,
cores = 1,
linear_reduction = NULL,
nonlinear_reduction = NULL,
basis = NULL,
mode = "stochastic",
fitting_by = "stochastic",
magic_impute = FALSE,
knn = 5,
t = 2,
min_shared_counts = 30,
n_pcs = 30,
n_neighbors = 30,
stream_smooth = NULL,
stream_density = 2,
arrow_size = 5,
arrow_length = 5,
arrow_density = 0.5,
calculate_velocity_genes = FALSE,
denoise = FALSE,
kinetics = FALSE,
kernel_type = c("velocity", "pseudotime", "cytotrace", "wot", "moscot"),
time_key = "dpt_pseudotime",
time_field = "Time",
time_values = NULL,
moscot_args = list(),
realtime_args = list(),
growth_iters = 3L,
tmap_out = "tmaps/tmap_out",
recalculate = FALSE,
estimator_type = c("GPCCA", "CFLARE"),
use_connectivity_kernel = TRUE,
velocity_weight = 0.8,
connectivity_weight = 0.2,
softmax_scale = 4,
n_macrostates = NULL,
schur_method = c("brandts", "krylov"),
schur_n_components = NULL,
n_cells_terminal = 10,
terminal_states = NULL,
terminal_state_agg = c("top_n", "union"),
driver_lineages = NULL,
compute_lineage_drivers = TRUE,
backward = FALSE,
backend = c("python", "cpp"),
max_dense_gib = 8,
show_plot = TRUE,
save_plot = FALSE,
plot_format = c("pdf", "png", "svg"),
plot_dpi = 300,
plot_prefix = "cellrank",
legend.position = "on data",
palette = "Chinese",
palcolor = NULL,
dirpath = "./cellrank",
envname = NULL,
conda = "auto",
recompute_neighbors = TRUE,
return_seurat = !is.null(srt),
verbose = TRUE,
srt = NULL
)Arguments
- object
A Seurat object. If provided,
adatawill be ignored.- assay_x
Assay to convert as the main data matrix in the anndata object.
- layer_x
Layer name for assay_x in the Seurat object.
- assay_y
Assays, or extra layers of
assay_x, to convert as layers in the anndata object. Each name is matched against the assays of the object first, then against the layers ofassay_x, which covers velocity matrices such assplicedandunsplicedstored as layers of a Seurat v5RNAassay.- layer_y
Layer names for the assays in
assay_y. It is ignored for names that are matched as layers ofassay_x, where the layer name itself is used.- adata
An anndata object.
- group.by
Metadata column(s) used to color cells.
- cores
The number of cores to use for
cellrank.- linear_reduction
Linear reduction (
"pca","svd","ica","nmf","mds","glmpca").linear_reduction_dims_use = NULLuses estimated dimensions, else the first 50.- nonlinear_reduction
Nonlinear reduction (
"umap","umap-naive","tsne","dm","phate","pacmap","trimap","largevis","fr").- basis
The basis to use for reduction, e.g.,
"UMAP".- mode
Velocity estimation models to use. Can be
"deterministic","stochastic", or"dynamical". If the corresponding velocity reduction (e.g.stochastic_umap) is not found, falls back to the scVelo convention (e.g.velocity_umap), which is what an object converted from an AnnData (via adata_to_srt) contains.- fitting_by
Method used to fit gene velocities for dynamical modeling.
- magic_impute
Flag indicating whether to perform magic imputation.
- knn
The number of nearest neighbors for
magic.MAGIC.- t
Power to which the diffusion operator is powered for
magic.MAGIC.Minimum number of counts (both unspliced and spliced) required for a gene.
- n_pcs
Number of principal components to use for linear reduction.
- n_neighbors
Number of neighbors to use for constructing the KNN graph.
- stream_smooth
Multiplication factor for scale in Gaussian kernel around grid point.
- stream_density
Controls the closeness of streamlines. When density = 2 (default), the domain is divided into a 60x60 grid, whereas density linearly scales this grid. Each cell in the grid can have, at most, one traversing streamline.
- arrow_size
Size of arrows.
- arrow_length
Length of arrows.
- arrow_density
Amount of velocities to show.
- calculate_velocity_genes
Boolean flag indicating whether to calculate velocity genes.
- denoise
Boolean flag indicating whether to denoise.
- kinetics
Boolean flag indicating whether to estimate RNA kinetics.
- kernel_type
Type of kernel to use:
"velocity"(default, requires spliced/unspliced),"pseudotime"(requires pre-computed pseudotime or auto-computes DPT),"cytotrace"(auto-computes CytoTRACE score, suitable for RNA-only data), or"wot"(uses Waddington-OT transport maps through CellRank's RealTimeKernel), or"moscot"(uses moscot's TemporalProblem through RealTimeKernel).- time_key
Key in metadata for pseudotime. Used when
kernel_type = "pseudotime". If the key doesn't exist, DPT pseudotime will be computed automatically.- time_field
Key in metadata for experimental time. Used when
kernel_type %in% c("wot", "moscot").- time_values
Optional named mapping from non-numeric experimental-time labels to numeric values used to order moscot time points. Numeric columns do not need a mapping.
- moscot_args
Named lists for moscot's
growth,prepare, andsolvestages. Only used whenkernel_type = "moscot".- realtime_args
Named lists for
RealTimeKernel'sfrom_moscotandtransitionstages. Only used whenkernel_type = "moscot".- growth_iters
Number of growth iterations passed to
wot.ot.OTModel.- tmap_out
Directory used to store or read Waddington-OT transport maps.
- recalculate
Whether to recompute Waddington-OT transport maps even when
tmap_outalready exists.- estimator_type
Type of estimator to use:
"GPCCA"(default) or"CFLARE". GPCCA provides coarse-grained analysis and Schur decomposition.- use_connectivity_kernel
Whether to combine the main kernel with ConnectivityKernel.
- velocity_weight
Weight for the VelocityKernel when combining with ConnectivityKernel.
- connectivity_weight
Weight for the ConnectivityKernel when combining with VelocityKernel. Weights are automatically normalized to sum to
1.0.- softmax_scale
Scaling parameter for softmax transformation of velocity kernel.
- n_macrostates
Number of macrostates to compute. If
NULL(default), automatically determined based on eigenvalue spectrum.- schur_method
Method for Schur decomposition:
"brandts"(default) or"krylov". Only used for the GPCCA estimator. The"krylov"method requires the optional Python packagespetsc4pyandslepc4py.- schur_n_components
Number of Schur components. If
NULL, retain the existing size heuristic.- n_cells_terminal
Minimum number of cells required for a state to be considered terminal.
- terminal_states
Optional macrostate names to set as terminal states. Names are validated against the computed macrostates before fate estimation.
- terminal_state_agg
Aggregation policy for combined terminal states.
- driver_lineages
Optional lineage names for driver-gene computation.
- compute_lineage_drivers
Whether to compute and store lineage drivers.
- backward
Whether to compute backward transitions.
- backend
Backend for computation:
"python"(default) or"cpp". The C++ path is an approximate implementation and issues a warning that results may not be completely identical to the reference workflow. The selected computation path is stable: the C++ path never switches to Python because of an argument value.- max_dense_gib
Maximum estimated GiB allowed for the dense cell-by-cell working matrices used by the C++ path.
- show_plot
Whether to show the plot.
- save_plot
Whether to save plots to files.
- plot_format
Format for saved plots:
"png"(default),"pdf", or"svg".- plot_dpi
Resolution (DPI) for saved plots.
- plot_prefix
Prefix for saved plot filenames.
- legend.position
Position of legend in plots. Can be
"on data","right margin","bottom right", etc.- palette, palcolor
Palette name (thisplot::show_palettes) or custom colors.
- dirpath
The directory to save the plots.
- envname
Optional Python environment name.
NULLuses the current SCOP environment selection.- conda
Conda-compatible executable used by PrepareEnv.
- recompute_neighbors
Whether to rebuild Scanpy neighbors before a pseudotime kernel. If
FALSE, the existing graph must be complete and match the current AnnData cell order.- return_seurat
Whether to return a Seurat object instead of an anndata object.
- verbose
Whether to print the message. Default is
TRUE.- srt
Deprecated alias for
object; supply exactly one of the two. It will be removed in scop 1.0.0.
Value
Returns a Seurat object if return_seurat = TRUE or an anndata object with CellRank results stored in obsm, obs, and varm slots.
The estimator and kernel objects are stored in srt@misc$cellrank.
Details
Use FeatureDimPlot for stored fate probabilities and CellDimPlot for terminal states. CellRankPlot adds circular fate coordinates, projected transition vectors, random walks, and experimental-time probability flow. A flow plot requires an experimental-time result from the moscot workflow.
A stored pseudotime column can also be used with RunDynamicFeatures, DynamicHeatmap, and DynamicPlot, as for other trajectory methods. These functions fit expression along pseudotime using the common dynamic analysis workflow. RunCellRankTrends instead fits CellRank's GAM with lineage-probability weights; its stored curves are a separate analysis. RunCellRankEnrichment tests over-representation in those gene modules, whereas RunDynamicEnrichment fits changing gene-set scores along pseudotime.
Examples
data(pancreas_sub)
pancreas_sub <- RunStandardWorkflow(pancreas_sub)
#> ℹ [2026-11-12 05:28:38] Start standard processing workflow...
#> ℹ [2026-11-12 05:28:38] Checking a list of <Seurat>...
#> ! [2026-11-12 05:28:38] Data 1/1 of the `srt_list` is "unknown"
#> ℹ [2026-11-12 05:28:38] Perform `NormalizeData()` with `normalization.method = 'LogNormalize'` on 1/1 of `srt_list`...
#> ℹ [2026-11-12 05:28:38] Perform `FindVariableFeatures()` on 1/1 of `srt_list`...
#> ℹ [2026-11-12 05:28:38] Use the separate HVF from `srt_list`
#> ℹ [2026-11-12 05:28:38] Number of available HVF: 2000
#> ℹ [2026-11-12 05:28:38] Finished check
#> ℹ [2026-11-12 05:28:38] Perform `ScaleData()`
#> ℹ [2026-11-12 05:28:39] Perform pca linear dimension reduction
#> ℹ [2026-11-12 05:28:39] Use stored estimated dimensions 1:23 for Standardpca
#> ℹ [2026-11-12 05:28:39] Perform `Seurat::FindClusters()` with `cluster_algorithm = 'louvain'` and `cluster_resolution = 0.6`
#> ℹ [2026-11-12 05:28:40] Reorder clusters...
#> ℹ [2026-11-12 05:28:40] Skip `log1p()` because `layer = data` is not "counts"
#> ℹ [2026-11-12 05:28:40] Perform umap nonlinear dimension reduction
#> ✔ [2026-11-12 05:28:49] Standard processing workflow completed
reduction <- DefaultReduction(pancreas_sub, pattern = "UMAP")
pancreas_sub <- RunSCVELO(
object = pancreas_sub,
group.by = "SubCellType",
linear_reduction = "PCA",
nonlinear_reduction = reduction,
compute_terminal_states = TRUE,
compute_pseudotime = TRUE,
backend = "cpp",
show_plot = FALSE
)
#> ℹ [2026-11-12 05:28:49] Running scanpy-compatible preprocessing (15998 features -> filter + normalize)...
#> ℹ [2026-11-12 05:28:53] Running scVelo "stochastic" mode with `backend = 'cpp'` (9699 features)
#> ✔ [2026-11-12 05:28:58] scVelo "stochastic" mode completed
#> ✔ [2026-11-12 05:28:58] scVelo cpp backend completed
pancreas_sub <- RunCellRank(
object = pancreas_sub,
group.by = "SubCellType",
linear_reduction = "PCA",
nonlinear_reduction = reduction,
kernel_type = "pseudotime",
time_key = "stochastic_pseudotime",
backend = "cpp",
show_plot = FALSE
)
#> ! [2026-11-12 05:28:58] RunCellRank(backend = "cpp") uses an approximate C++ implementation; results may not be completely identical to the reference python workflow.
#> ✔ [2026-11-12 05:29:01] CellRank cpp backend ("gpcca" + "pseudotime_connectivity_combined" kernel) completed
CellDimPlot(
pancreas_sub,
group.by = "cellrank_terminal_states",
reduction = reduction
)
FeatureDimPlot(
pancreas_sub,
features = "cellrank_fate_Lineage1",
reduction = reduction
)
CellRankPlot(
pancreas_sub,
plot_type = "circular"
)
#> Scale for colour is already present.
#> Adding another scale for colour, which will replace the existing scale.
CellRankPlot(
pancreas_sub,
plot_type = "projection",
reduction = reduction,
group.by = "SubCellType"
)
pancreas_sub <- RunDynamicFeatures(
pancreas_sub,
lineages = "stochastic_pseudotime",
features = c("Rbp4", "Sst", "Pyy"),
assay = "RNA"
)
#> ℹ [2026-11-12 05:29:02] Start find dynamic features
#> ℹ [2026-11-12 05:29:03] Data type is raw counts
#> ℹ [2026-11-12 05:29:03] Number of candidate features (union): 3
#> ℹ [2026-11-12 05:29:03] Data type is raw counts
#> ℹ [2026-11-12 05:29:03] Calculating dynamic features for "stochastic_pseudotime"...
#> ℹ [2026-11-12 05:29:03] Using 1 core
#> ⠙ [2026-11-12 05:29:03] Running for 1 [1/3] ■■■ 33% | ETA: 0s
#> ✔ [2026-11-12 05:29:03] Completed 3 tasks in 150ms
#>
#> ℹ [2026-11-12 05:29:03] Building results
#> ✔ [2026-11-12 05:29:03] Find dynamic features done
DynamicHeatmap(
pancreas_sub,
lineages = "stochastic_pseudotime",
features = c("Rbp4", "Sst", "Pyy"),
use_fitted = TRUE,
assay = "RNA",
cell_annotation = "SubCellType"
)
#> $plot
#>
#> $matrix
#> TCAATCTGTCAAAGATstochastic_pseudotime
#> Pyy -0.7947626
#> Rbp4 -0.7885953
#> Sst -0.3342073
#> CTTGGCTAGACAGACCstochastic_pseudotime
#> Pyy -0.7946591
#> Rbp4 -0.7878362
#> Sst -0.3341013
#> GTATTCTCACTTGGATstochastic_pseudotime
#> Pyy -0.7944789
#> Rbp4 -0.7864836
#> Sst -0.3339125
#> AGATTGCAGCTGTCTAstochastic_pseudotime
#> Pyy -0.7944413
#> Rbp4 -0.7861966
#> Sst -0.3338725
#> CCATTCGCATGCCTAAstochastic_pseudotime
#> Pyy -0.7944270
#> Rbp4 -0.7860874
#> Sst -0.3338573
#> GTATTCTGTCCGTCAGstochastic_pseudotime
#> Pyy -0.7943137
#> Rbp4 -0.7852113
#> Sst -0.3337353
#> TGGACGCTCAGGTAAAstochastic_pseudotime
#> Pyy -0.7942202
#> Rbp4 -0.7844782
#> Sst -0.3336334
#> ATCATCTTCTGTCAAGstochastic_pseudotime
#> Pyy -0.7942075
#> Rbp4 -0.7843778
#> Sst -0.3336194
#> TTCTACATCTGCAGTAstochastic_pseudotime
#> Pyy -0.7941766
#> Rbp4 -0.7841332
#> Sst -0.3335854
#> TATCTCAGTTCGCTAAstochastic_pseudotime
#> Pyy -0.7941388
#> Rbp4 -0.7838327
#> Sst -0.3335437
#> CAGCCGAAGTAGGTGCstochastic_pseudotime
#> Pyy -0.7940973
#> Rbp4 -0.7835008
#> Sst -0.3334976
#> AGTCTTTCACCAGGTCstochastic_pseudotime
#> Pyy -0.7940717
#> Rbp4 -0.7832951
#> Sst -0.3334690
#> ATTACTCAGTTGCAGGstochastic_pseudotime
#> Pyy -0.7940451
#> Rbp4 -0.7830814
#> Sst -0.3334394
#> CAGCAGCCACACTGCGstochastic_pseudotime
#> Pyy -0.7940392
#> Rbp4 -0.7830337
#> Sst -0.3334328
#> AGTGAGGGTTACGGAGstochastic_pseudotime
#> Pyy -0.7939977
#> Rbp4 -0.7826979
#> Sst -0.3333862
#> TGAGCATTCGGGAGTAstochastic_pseudotime
#> Pyy -0.7939542
#> Rbp4 -0.7823444
#> Sst -0.3333372
#> AACTCAGGTTGGAGGTstochastic_pseudotime
#> Pyy -0.7939306
#> Rbp4 -0.7821514
#> Sst -0.3333104
#> GGACGTCGTTTAGCTGstochastic_pseudotime
#> Pyy -0.7939279
#> Rbp4 -0.7821298
#> Sst -0.3333074
#> CTAGCCTGTTCGGGCTstochastic_pseudotime
#> Pyy -0.7939158
#> Rbp4 -0.7820309
#> Sst -0.3332937
#> TAGTGGTCAACTGCGCstochastic_pseudotime
#> Pyy -0.7939141
#> Rbp4 -0.7820165
#> Sst -0.3332917
#> GAATGAACAGCCTTGGstochastic_pseudotime
#> Pyy -0.7938604
#> Rbp4 -0.7815756
#> Sst -0.3332306
#> TGGCCAGAGCTACCTAstochastic_pseudotime
#> Pyy -0.7938385
#> Rbp4 -0.7813951
#> Sst -0.3332057
#> ATTACTCTCAGGCGAAstochastic_pseudotime
#> Pyy -0.7937882
#> Rbp4 -0.7809795
#> Sst -0.3331481
#> GATGAAAAGTTGTAGAstochastic_pseudotime
#> Pyy -0.7937525
#> Rbp4 -0.7806827
#> Sst -0.3331071
#> CCGTACTTCAATAAGGstochastic_pseudotime
#> Pyy -0.7937501
#> Rbp4 -0.7806634
#> Sst -0.3331044
#> TTAACTCCAAAGAATCstochastic_pseudotime
#> Pyy -0.7937429
#> Rbp4 -0.7806033
#> Sst -0.3330961
#> TATGCCCTCTTACCTAstochastic_pseudotime
#> Pyy -0.7937354
#> Rbp4 -0.7805404
#> Sst -0.3330874
#> CCATTCGGTAGGGACTstochastic_pseudotime
#> Pyy -0.7937172
#> Rbp4 -0.7803883
#> Sst -0.3330664
#> TAGGCATTCCAAAGTCstochastic_pseudotime
#> Pyy -0.7934874
#> Rbp4 -0.7784514
#> Sst -0.3327990
#> CTACACCGTCGCCATGstochastic_pseudotime
#> Pyy -0.7934787
#> Rbp4 -0.7783773
#> Sst -0.3327888
#> AACTGGTGTGCCTGTGstochastic_pseudotime
#> Pyy -0.7934122
#> Rbp4 -0.7778095
#> Sst -0.3327106
#> TGCGCAGGTACGCACCstochastic_pseudotime
#> Pyy -0.7933471
#> Rbp4 -0.7772512
#> Sst -0.3326338
#> CTCATTACAAGCGCTCstochastic_pseudotime
#> Pyy -0.7933020
#> Rbp4 -0.7768636
#> Sst -0.3325804
#> TGACTTTAGCGTTGCCstochastic_pseudotime
#> Pyy -0.7932959
#> Rbp4 -0.7768112
#> Sst -0.3325732
#> GATCGTAGTCCTAGCGstochastic_pseudotime
#> Pyy -0.7932740
#> Rbp4 -0.7766219
#> Sst -0.3325472
#> GGACAGATCCTGCAGGstochastic_pseudotime
#> Pyy -0.7932658
#> Rbp4 -0.7765512
#> Sst -0.3325375
#> TTTATGCGTCGAACAGstochastic_pseudotime
#> Pyy -0.7931538
#> Rbp4 -0.7755825
#> Sst -0.3324045
#> CGAACATAGCCAGTAGstochastic_pseudotime
#> Pyy -0.7931500
#> Rbp4 -0.7755492
#> Sst -0.3323999
#> AAGCCGCAGGCAGGTTstochastic_pseudotime
#> Pyy -0.7931280
#> Rbp4 -0.7753581
#> Sst -0.3323737
#> TTTATGCTCCATTCTAstochastic_pseudotime
#> Pyy -0.7931065
#> Rbp4 -0.7751712
#> Sst -0.3323481
#> TAGAGCTGTTGTCGCGstochastic_pseudotime
#> Pyy -0.7930835
#> Rbp4 -0.7749717
#> Sst -0.3323207
#> TAGAGCTGTATGAAACstochastic_pseudotime
#> Pyy -0.7930165
#> Rbp4 -0.7743888
#> Sst -0.3322409
#> CGTGTAATCCATGCTCstochastic_pseudotime
#> Pyy -0.7929849
#> Rbp4 -0.7741134
#> Sst -0.3322032
#> TGACTAGTCCACGTGGstochastic_pseudotime
#> Pyy -0.7929741
#> Rbp4 -0.7740192
#> Sst -0.3321903
#> TGCGCAGTCTGCCAGGstochastic_pseudotime
#> Pyy -0.7929658
#> Rbp4 -0.7739468
#> Sst -0.3321804
#> TGAGAGGGTAAGGGCTstochastic_pseudotime
#> Pyy -0.7928873
#> Rbp4 -0.7732616
#> Sst -0.3320867
#> AACTCAGTCTGGTTCCstochastic_pseudotime
#> Pyy -0.7928576
#> Rbp4 -0.7730019
#> Sst -0.3320513
#> CTCTGGTAGTCCCACGstochastic_pseudotime
#> Pyy -0.7928099
#> Rbp4 -0.7725859
#> Sst -0.3319945
#> ACAGCTATCTGGGCCAstochastic_pseudotime
#> Pyy -0.7928008
#> Rbp4 -0.7725061
#> Sst -0.3319836
#> CGGTTAAGTAAACACAstochastic_pseudotime
#> Pyy -0.7927946
#> Rbp4 -0.7724520
#> Sst -0.3319762
#> AGGCCGTGTACCAGTTstochastic_pseudotime
#> Pyy -0.7927938
#> Rbp4 -0.7724451
#> Sst -0.3319753
#> CGCCAAGCACCGGAAAstochastic_pseudotime
#> Pyy -0.7927434
#> Rbp4 -0.7720055
#> Sst -0.3319154
#> CGGTTAAAGAGCTGCAstochastic_pseudotime
#> Pyy -0.7927217
#> Rbp4 -0.7718164
#> Sst -0.3318896
#> ATAAGAGCATCGATTGstochastic_pseudotime
#> Pyy -0.7926670
#> Rbp4 -0.7713396
#> Sst -0.3318247
#> GTAACTGTCAGTGCATstochastic_pseudotime
#> Pyy -0.7926310
#> Rbp4 -0.7710273
#> Sst -0.3317822
#> CCTAGCTTCGATGAGGstochastic_pseudotime
#> Pyy -0.7926006
#> Rbp4 -0.7707626
#> Sst -0.3317463
#> GATGCTAGTAGAAGGAstochastic_pseudotime
#> Pyy -0.7925867
#> Rbp4 -0.7706418
#> Sst -0.3317299
#> TGTGGTACAAGACGTGstochastic_pseudotime
#> Pyy -0.7925766
#> Rbp4 -0.7705544
#> Sst -0.3317180
#> TCGTACCCACGCATCGstochastic_pseudotime
#> Pyy -0.7925713
#> Rbp4 -0.7705087
#> Sst -0.3317118
#> CTGCGGATCAGCATGTstochastic_pseudotime
#> Pyy -0.7925529
#> Rbp4 -0.7703495
#> Sst -0.3316902
#> CAGCCGAAGCGATATAstochastic_pseudotime
#> Pyy -0.7925506
#> Rbp4 -0.7703290
#> Sst -0.3316874
#> CAGCAGCAGACAAAGGstochastic_pseudotime
#> Pyy -0.7925450
#> Rbp4 -0.7702808
#> Sst -0.3316809
#> TCTGAGAGTCAAACTCstochastic_pseudotime
#> Pyy -0.7924519
#> Rbp4 -0.7694780
#> Sst -0.3315721
#> CTAGAGTCACTGTTAGstochastic_pseudotime
#> Pyy -0.7924476
#> Rbp4 -0.7694406
#> Sst -0.3315670
#> ACGGGCTGTGCGATAGstochastic_pseudotime
#> Pyy -0.7923887
#> Rbp4 -0.7689357
#> Sst -0.3314987
#> ACCGTAAGTTATCACGstochastic_pseudotime
#> Pyy -0.7923716
#> Rbp4 -0.7687896
#> Sst -0.3314790
#> AAGACCTCAGGTTTCAstochastic_pseudotime
#> Pyy -0.7923520
#> Rbp4 -0.7686228
#> Sst -0.3314565
#> TGTATTCCAATGACCTstochastic_pseudotime
#> Pyy -0.7923258
#> Rbp4 -0.7684005
#> Sst -0.3314265
#> CCTAGCTCATACTACGstochastic_pseudotime
#> Pyy -0.7923167
#> Rbp4 -0.7683235
#> Sst -0.3314161
#> CACACTCAGATCCCATstochastic_pseudotime
#> Pyy -0.7923034
#> Rbp4 -0.7682104
#> Sst -0.3314009
#> ACTGATGGTGAGGGTTstochastic_pseudotime
#> Pyy -0.7922760
#> Rbp4 -0.7679795
#> Sst -0.3313697
#> CAGCTAAAGTCCATACstochastic_pseudotime
#> Pyy -0.7922398
#> Rbp4 -0.7676755
#> Sst -0.3313288
#> TGCTGCTGTCCGTCAGstochastic_pseudotime
#> Pyy -0.7922387
#> Rbp4 -0.7676663
#> Sst -0.3313276
#> CACATAGAGCGTGTCCstochastic_pseudotime
#> Pyy -0.7922358
#> Rbp4 -0.7676419
#> Sst -0.3313243
#> AGGGAGTAGGGTATCGstochastic_pseudotime
#> Pyy -0.7922257
#> Rbp4 -0.7675578
#> Sst -0.3313130
#> CAGCGACCACAGGAGTstochastic_pseudotime
#> Pyy -0.7922159
#> Rbp4 -0.7674755
#> Sst -0.3313019
#> AGAGCTTGTTAAAGACstochastic_pseudotime
#> Pyy -0.7922028
#> Rbp4 -0.7673669
#> Sst -0.3312874
#> GCTGCTTGTCTTCAAGstochastic_pseudotime
#> Pyy -0.7921841
#> Rbp4 -0.7672110
#> Sst -0.3312664
#> TGGCGCATCACAACGTstochastic_pseudotime
#> Pyy -0.7921464
#> Rbp4 -0.7669002
#> Sst -0.3312247
#> GTCAAGTGTGGTCCGTstochastic_pseudotime
#> Pyy -0.7921446
#> Rbp4 -0.7668848
#> Sst -0.3312227
#> ACGTCAACAGACAAATstochastic_pseudotime
#> Pyy -0.7921061
#> Rbp4 -0.7665694
#> Sst -0.3311804
#> GACTAACTCAGTCCCTstochastic_pseudotime
#> Pyy -0.7921026
#> Rbp4 -0.7665408
#> Sst -0.3311766
#> TTGACTTAGACAAGCCstochastic_pseudotime
#> Pyy -0.7919467
#> Rbp4 -0.7652994
#> Sst -0.3310111
#> CGATGGCTCTGTGCAAstochastic_pseudotime
#> Pyy -0.7919284
#> Rbp4 -0.7651577
#> Sst -0.3309923
#> GAGCAGAAGCGTGTCCstochastic_pseudotime
#> Pyy -0.7919091
#> Rbp4 -0.7650094
#> Sst -0.3309727
#> ACAGCCGAGTGGTCCCstochastic_pseudotime
#> Pyy -0.7918623
#> Rbp4 -0.7646549
#> Sst -0.3309258
#> AGAATAGCAGTACACTstochastic_pseudotime
#> Pyy -0.7918144
#> Rbp4 -0.7643015
#> Sst -0.3308793
#> AGAGCGATCTCTTGATstochastic_pseudotime
#> Pyy -0.7917567
#> Rbp4 -0.7638882
#> Sst -0.3308251
#> ATTATCCAGTGAACATstochastic_pseudotime
#> Pyy -0.7916505
#> Rbp4 -0.7631756
#> Sst -0.3307327
#> CACACTCTCATGTGGTstochastic_pseudotime
#> Pyy -0.7916072
#> Rbp4 -0.7629072
#> Sst -0.3306983
#> CGTTAGAAGTATCTCGstochastic_pseudotime
#> Pyy -0.7915897
#> Rbp4 -0.7628034
#> Sst -0.3306851
#> TCTATTGCACAGGAGTstochastic_pseudotime
#> Pyy -0.7914409
#> Rbp4 -0.7620581
#> Sst -0.3305933
#> CTTCTCTAGGCAGGTTstochastic_pseudotime
#> Pyy -0.7914011
#> Rbp4 -0.7619191
#> Sst -0.3305777
#> CCTACACTCCTTTACAstochastic_pseudotime
#> Pyy -0.7913237
#> Rbp4 -0.7617790
#> Sst -0.3305665
#> CTGCCTAGTCTCCATCstochastic_pseudotime
#> Pyy -0.7912836
#> Rbp4 -0.7618188
#> Sst -0.3305772
#> GGAAAGCGTCTTGATGstochastic_pseudotime
#> Pyy -0.7912790
#> Rbp4 -0.7618316
#> Sst -0.3305797
#> CCGTGGATCCAAGCCGstochastic_pseudotime
#> Pyy -0.7912727
#> Rbp4 -0.7618523
#> Sst -0.3305835
#> ATCCACCGTACCATCAstochastic_pseudotime
#> Pyy -0.7912558
#> Rbp4 -0.7619328
#> Sst -0.3305974
#> AGCTTGACAGTAAGATstochastic_pseudotime
#> Pyy -0.7912317
#> Rbp4 -0.7621424
#> Sst -0.3306311
#> GTGCATAAGCTCCTCTstochastic_pseudotime
#> Pyy -0.7912120
#> Rbp4 -0.7625115
#> Sst -0.3306878
#> CAACCAATCGGGAGTAstochastic_pseudotime
#> Pyy -0.7912062
#> Rbp4 -0.7627300
#> Sst -0.3307206
#> CCTCTGAGTATAAACGstochastic_pseudotime
#> Pyy -0.7912027
#> Rbp4 -0.7629853
#> Sst -0.3307585
#> ACAGCTATCAGCATGTstochastic_pseudotime
#> Pyy -0.7912017
#> Rbp4 -0.7631754
#> Sst -0.3307865
#> GTGTTAGCACCATCCTstochastic_pseudotime
#> Pyy -0.7912020
#> Rbp4 -0.7634158
#> Sst -0.3308218
#> CATCAGACATGCATGTstochastic_pseudotime
#> Pyy -0.7912020
#> Rbp4 -0.7634344
#> Sst -0.3308245
#> CACACAACAGCCAGAAstochastic_pseudotime
#> Pyy -0.7912043
#> Rbp4 -0.7637187
#> Sst -0.3308660
#> GGGCATCCATGACATCstochastic_pseudotime
#> Pyy -0.7912054
#> Rbp4 -0.7638135
#> Sst -0.3308798
#> GGAATAAGTTCGGGCTstochastic_pseudotime
#> Pyy -0.7912078
#> Rbp4 -0.7639866
#> Sst -0.3309049
#> CATATGGCATGTTGACstochastic_pseudotime
#> Pyy -0.7912202
#> Rbp4 -0.7646132
#> Sst -0.3309954
#> CTACACCGTCGAATCTstochastic_pseudotime
#> Pyy -0.7912544
#> Rbp4 -0.7657749
#> Sst -0.3311618
#> CCCATACCACATCCAAstochastic_pseudotime
#> Pyy -0.7912670
#> Rbp4 -0.7661295
#> Sst -0.3312123
#> GGAGCAAAGCTTCGCGstochastic_pseudotime
#> Pyy -0.7913015
#> Rbp4 -0.7670027
#> Sst -0.3313364
#> CTAGCCTGTCTCTTATstochastic_pseudotime
#> Pyy -0.7913230
#> Rbp4 -0.7674993
#> Sst -0.3314067
#> GAGTCCGCAATTGCTGstochastic_pseudotime
#> Pyy -0.7913445
#> Rbp4 -0.7679696
#> Sst -0.3314731
#> CGGAGCTCATTGGGCCstochastic_pseudotime
#> Pyy -0.7913526
#> Rbp4 -0.7681428
#> Sst -0.3314975
#> AGGGAGTAGTGTCTCAstochastic_pseudotime
#> Pyy -0.7913922
#> Rbp4 -0.7689522
#> Sst -0.3316108
#> AGCGGTCGTGTATGGGstochastic_pseudotime
#> Pyy -0.7914226
#> Rbp4 -0.7695455
#> Sst -0.3316931
#> GCGCAACTCACAACGTstochastic_pseudotime
#> Pyy -0.7914495
#> Rbp4 -0.7700507
#> Sst -0.3317626
#> TTCTCAAAGCCGCCTAstochastic_pseudotime
#> Pyy -0.7915053
#> Rbp4 -0.7710614
#> Sst -0.3318999
#> GAACATCGTAATCGTCstochastic_pseudotime
#> Pyy -0.7915167
#> Rbp4 -0.7712606
#> Sst -0.3319267
#> CGAGCACAGCTGAAATstochastic_pseudotime
#> Pyy -0.7915251
#> Rbp4 -0.7714076
#> Sst -0.3319464
#> TGGTTCCGTCACCTAAstochastic_pseudotime
#> Pyy -0.7915308
#> Rbp4 -0.7715068
#> Sst -0.3319596
#> CGTCTACAGATCTGCTstochastic_pseudotime
#> Pyy -0.7915428
#> Rbp4 -0.7717122
#> Sst -0.3319870
#> ACGTCAACACTGCCAGstochastic_pseudotime
#> Pyy -0.7915919
#> Rbp4 -0.7725403
#> Sst -0.3320962
#> CTGAAACTCGCCGTGAstochastic_pseudotime
#> Pyy -0.7916197
#> Rbp4 -0.7729966
#> Sst -0.3321555
#> CTACCCAGTGCGCTTGstochastic_pseudotime
#> Pyy -0.7916273
#> Rbp4 -0.7731216
#> Sst -0.3321716
#> CTTAGGACACAGGTTTstochastic_pseudotime
#> Pyy -0.7916309
#> Rbp4 -0.7731787
#> Sst -0.3321789
#> CGATGGCGTTACGGAGstochastic_pseudotime
#> Pyy -0.7917315
#> Rbp4 -0.7747631
#> Sst -0.3323787
#> TACGGATAGAGCTGGTstochastic_pseudotime
#> Pyy -0.7917324
#> Rbp4 -0.7747782
#> Sst -0.3323806
#> TGGGAAGCATGACATCstochastic_pseudotime
#> Pyy -0.7917684
#> Rbp4 -0.7753256
#> Sst -0.3324475
#> TAGCCGGTCAACACACstochastic_pseudotime
#> Pyy -0.7917885
#> Rbp4 -0.7756265
#> Sst -0.3324838
#> TGACGGCAGGAATGGAstochastic_pseudotime
#> Pyy -0.7917933
#> Rbp4 -0.7756991
#> Sst -0.3324925
#> CGGACACAGTGTCTCAstochastic_pseudotime
#> Pyy -0.7918140
#> Rbp4 -0.7760062
#> Sst -0.3325292
#> TCTCTAAGTTACCGATstochastic_pseudotime
#> Pyy -0.7918243
#> Rbp4 -0.7761572
#> Sst -0.3325470
#> TGGCCAGGTCGGCATCstochastic_pseudotime
#> Pyy -0.7918928
#> Rbp4 -0.7771522
#> Sst -0.3326622
#> ACTGATGTCCCTAACCstochastic_pseudotime
#> Pyy -0.7918958
#> Rbp4 -0.7771944
#> Sst -0.3326670
#> TTCCCAGGTATTCTCTstochastic_pseudotime
#> Pyy -0.7919333
#> Rbp4 -0.7777277
#> Sst -0.3327268
#> CCTAGCTCAGACTCGCstochastic_pseudotime
#> Pyy -0.7919344
#> Rbp4 -0.7777429
#> Sst -0.3327285
#> AAGGCAGAGCTGAAATstochastic_pseudotime
#> Pyy -0.7919382
#> Rbp4 -0.7777969
#> Sst -0.3327344
#> CGGGTCAAGGCTCAGAstochastic_pseudotime
#> Pyy -0.7919502
#> Rbp4 -0.7779656
#> Sst -0.3327530
#> ATCATGGTCCAGAGGAstochastic_pseudotime
#> Pyy -0.7920186
#> Rbp4 -0.7789120
#> Sst -0.3328542
#> CTGATCCTCAGTTGACstochastic_pseudotime
#> Pyy -0.7920275
#> Rbp4 -0.7790345
#> Sst -0.3328670
#> AGATTGCCACCAGGCTstochastic_pseudotime
#> Pyy -0.7920306
#> Rbp4 -0.7790771
#> Sst -0.3328714
#> TCTGGAACACACGCTGstochastic_pseudotime
#> Pyy -0.7920694
#> Rbp4 -0.7796031
#> Sst -0.3329249
#> CAGCAGCGTTCACGGCstochastic_pseudotime
#> Pyy -0.7920700
#> Rbp4 -0.7796110
#> Sst -0.3329257
#> TTCTCCTCAATGGTCTstochastic_pseudotime
#> Pyy -0.7920772
#> Rbp4 -0.7797074
#> Sst -0.3329353
#> TTGACTTTCCAGTAGTstochastic_pseudotime
#> Pyy -0.7921173
#> Rbp4 -0.7802443
#> Sst -0.3329876
#> GGGCACTGTGGCAAACstochastic_pseudotime
#> Pyy -0.7921193
#> Rbp4 -0.7802706
#> Sst -0.3329901
#> CGAGCACTCTACCTGCstochastic_pseudotime
#> Pyy -0.7921447
#> Rbp4 -0.7806066
#> Sst -0.3330217
#> TTGACTTTCAGCAACTstochastic_pseudotime
#> Pyy -0.7921524
#> Rbp4 -0.7807092
#> Sst -0.3330312
#> GGTATTGGTCCCGACAstochastic_pseudotime
#> Pyy -0.7921700
#> Rbp4 -0.7809393
#> Sst -0.3330522
#> ACACCGGCATGTCCTCstochastic_pseudotime
#> Pyy -0.7921707
#> Rbp4 -0.7809485
#> Sst -0.3330530
#> CTGAAACAGACTAGGCstochastic_pseudotime
#> Pyy -0.7921726
#> Rbp4 -0.7809743
#> Sst -0.3330553
#> GGACAAGGTGATAAGTstochastic_pseudotime
#> Pyy -0.7921860
#> Rbp4 -0.7811489
#> Sst -0.3330709
#> TACCTTAAGTACATGAstochastic_pseudotime
#> Pyy -0.7921951
#> Rbp4 -0.7812686
#> Sst -0.3330814
#> GGGAATGAGTGTACGGstochastic_pseudotime
#> Pyy -0.7922091
#> Rbp4 -0.7814496
#> Sst -0.3330971
#> GAAATGACAACTGGCCstochastic_pseudotime
#> Pyy -0.7922216
#> Rbp4 -0.7816116
#> Sst -0.3331108
#> TTTGCGCAGACAGACCstochastic_pseudotime
#> Pyy -0.7922276
#> Rbp4 -0.7816896
#> Sst -0.3331174
#> CACATTTGTTTCGCTCstochastic_pseudotime
#> Pyy -0.7922332
#> Rbp4 -0.7817629
#> Sst -0.3331235
#> TTTGGTTCACCAGATTstochastic_pseudotime
#> Pyy -0.7922367
#> Rbp4 -0.7818069
#> Sst -0.3331271
#> TAAGTGCAGGGTTTCTstochastic_pseudotime
#> Pyy -0.7922482
#> Rbp4 -0.7819555
#> Sst -0.3331392
#> TGCTACCCAGGGCATAstochastic_pseudotime
#> Pyy -0.7922620
#> Rbp4 -0.7821334
#> Sst -0.3331534
#> ATTGGTGTCCAGTATGstochastic_pseudotime
#> Pyy -0.7922653
#> Rbp4 -0.7821751
#> Sst -0.3331567
#> ATTTCTGGTAGTGAATstochastic_pseudotime
#> Pyy -0.7922724
#> Rbp4 -0.7822672
#> Sst -0.3331639
#> CTAGCCTTCAGCGATTstochastic_pseudotime
#> Pyy -0.7922725
#> Rbp4 -0.7822674
#> Sst -0.3331639
#> CACCTTGAGAGTAATCstochastic_pseudotime
#> Pyy -0.7922951
#> Rbp4 -0.7825567
#> Sst -0.3331858
#> GAAATGACACATGACTstochastic_pseudotime
#> Pyy -0.7923259
#> Rbp4 -0.7829487
#> Sst -0.3332139
#> CGGACTGAGGTAGCTGstochastic_pseudotime
#> Pyy -0.7923260
#> Rbp4 -0.7829501
#> Sst -0.3332140
#> CTCAGAAGTCCTCTTGstochastic_pseudotime
#> Pyy -0.7923280
#> Rbp4 -0.7829757
#> Sst -0.3332158
#> AACTGGTTCTTACCGCstochastic_pseudotime
#> Pyy -0.7923338
#> Rbp4 -0.7830498
#> Sst -0.3332209
#> CTCGTCACAACTGCTAstochastic_pseudotime
#> Pyy -0.7923401
#> Rbp4 -0.7831290
#> Sst -0.3332262
#> CACAGTAGTTCCTCCAstochastic_pseudotime
#> Pyy -0.7923418
#> Rbp4 -0.7831503
#> Sst -0.3332276
#> GGGTTGCCAAGCTGAGstochastic_pseudotime
#> Pyy -0.7923471
#> Rbp4 -0.7832180
#> Sst -0.3332321
#> TACGGTACATGTTCCCstochastic_pseudotime
#> Pyy -0.7923620
#> Rbp4 -0.7834066
#> Sst -0.3332442
#> TGAAAGAGTTATCACGstochastic_pseudotime
#> Pyy -0.7923664
#> Rbp4 -0.7834622
#> Sst -0.3332477
#> TACAGTGCAATCTACGstochastic_pseudotime
#> Pyy -0.7923752
#> Rbp4 -0.7835730
#> Sst -0.3332545
#> GGACGTCCACGCATCGstochastic_pseudotime
#> Pyy -0.7923893
#> Rbp4 -0.7837511
#> Sst -0.3332650
#> CTAACTTCATTGGGCCstochastic_pseudotime
#> Pyy -0.7923902
#> Rbp4 -0.7837622
#> Sst -0.3332656
#> AAACCTGAGCCTTGATstochastic_pseudotime
#> Pyy -0.7923927
#> Rbp4 -0.7837935
#> Sst -0.3332674
#> CCTTCCCAGGCAGGTTstochastic_pseudotime
#> Pyy -0.7923949
#> Rbp4 -0.7838213
#> Sst -0.3332690
#> TCACGAATCCTATGTTstochastic_pseudotime
#> Pyy -0.7923965
#> Rbp4 -0.7838423
#> Sst -0.3332701
#> AAAGCAACACATGGGAstochastic_pseudotime
#> Pyy -0.7923984
#> Rbp4 -0.7838656
#> Sst -0.3332715
#> GAAGCAGTCAAGGCTTstochastic_pseudotime
#> Pyy -0.7924022
#> Rbp4 -0.7839137
#> Sst -0.3332741
#> AGACGTTTCTTACCTAstochastic_pseudotime
#> Pyy -0.7924048
#> Rbp4 -0.7839458
#> Sst -0.3332759
#> TAGACCAAGGAATCGCstochastic_pseudotime
#> Pyy -0.7924111
#> Rbp4 -0.7840253
#> Sst -0.3332801
#> TGAGCATTCACCCGAGstochastic_pseudotime
#> Pyy -0.7924112
#> Rbp4 -0.7840270
#> Sst -0.3332802
#> GGGACCTTCGAATGCTstochastic_pseudotime
#> Pyy -0.7924130
#> Rbp4 -0.7840492
#> Sst -0.3332814
#> GTACTCCCACGTCTCTstochastic_pseudotime
#> Pyy -0.7924226
#> Rbp4 -0.7841704
#> Sst -0.3332876
#> ACTGAACAGCCTCGTGstochastic_pseudotime
#> Pyy -0.7924265
#> Rbp4 -0.7842197
#> Sst -0.3332900
#> CTTAACTCAAGCGTAGstochastic_pseudotime
#> Pyy -0.7924270
#> Rbp4 -0.7842260
#> Sst -0.3332903
#> ACACCGGCATCACGTAstochastic_pseudotime
#> Pyy -0.7924346
#> Rbp4 -0.7843212
#> Sst -0.3332949
#> CAAGAAATCGTACCGGstochastic_pseudotime
#> Pyy -0.7924372
#> Rbp4 -0.7843538
#> Sst -0.3332965
#> CGAACATCAGACGTAGstochastic_pseudotime
#> Pyy -0.7924386
#> Rbp4 -0.7843715
#> Sst -0.3332973
#> ACGGCCACACGTGAGAstochastic_pseudotime
#> Pyy -0.7924506
#> Rbp4 -0.7845229
#> Sst -0.3333041
#> GAATGAACAATCGAAAstochastic_pseudotime
#> Pyy -0.7924543
#> Rbp4 -0.7845694
#> Sst -0.3333061
#> CTAAGACAGCCACGCTstochastic_pseudotime
#> Pyy -0.7924547
#> Rbp4 -0.7845743
#> Sst -0.3333063
#> TAGTTGGGTACCGTATstochastic_pseudotime
#> Pyy -0.7924586
#> Rbp4 -0.7846234
#> Sst -0.3333083
#> CCTTCGACAGCTGTTAstochastic_pseudotime
#> Pyy -0.7924606
#> Rbp4 -0.7846486
#> Sst -0.3333093
#> AGCAGCCTCTTTAGTCstochastic_pseudotime
#> Pyy -0.7924656
#> Rbp4 -0.7847114
#> Sst -0.3333118
#> CGTCACTCATAGTAAGstochastic_pseudotime
#> Pyy -0.7924663
#> Rbp4 -0.7847195
#> Sst -0.3333122
#> TACTTACCAACTGCGCstochastic_pseudotime
#> Pyy -0.7924710
#> Rbp4 -0.7847794
#> Sst -0.3333145
#> CATGACAGTAGCTTGTstochastic_pseudotime
#> Pyy -0.7924777
#> Rbp4 -0.7848640
#> Sst -0.3333176
#> CCTTCCCCAAAGTGCGstochastic_pseudotime
#> Pyy -0.7924808
#> Rbp4 -0.7849030
#> Sst -0.3333189
#> GGGTTGCTCGAACGGAstochastic_pseudotime
#> Pyy -0.7924824
#> Rbp4 -0.7849221
#> Sst -0.3333196
#> CTGGTCTCAGGAATGCstochastic_pseudotime
#> Pyy -0.7924827
#> Rbp4 -0.7849265
#> Sst -0.3333197
#> TGAGGGACAGACTCGCstochastic_pseudotime
#> Pyy -0.7924854
#> Rbp4 -0.7849605
#> Sst -0.3333209
#> GGTGTTAGTTCCTCCAstochastic_pseudotime
#> Pyy -0.7924855
#> Rbp4 -0.7849611
#> Sst -0.3333209
#> TGGTTCCCACCGCTAGstochastic_pseudotime
#> Pyy -0.7924920
#> Rbp4 -0.7850436
#> Sst -0.3333236
#> GACACGCCAAAGGAAGstochastic_pseudotime
#> Pyy -0.7924920
#> Rbp4 -0.7850438
#> Sst -0.3333236
#> CACAGTATCCTCCTAGstochastic_pseudotime
#> Pyy -0.7924941
#> Rbp4 -0.7850693
#> Sst -0.3333244
#> CGTAGGCAGCGTAGTGstochastic_pseudotime
#> Pyy -0.7924946
#> Rbp4 -0.7850757
#> Sst -0.3333246
#> AACGTTGGTGCCTTGGstochastic_pseudotime
#> Pyy -0.7924947
#> Rbp4 -0.7850770
#> Sst -0.3333246
#> CAAGGCCAGTGTGGCAstochastic_pseudotime
#> Pyy -0.7925067
#> Rbp4 -0.7852289
#> Sst -0.3333289
#> CTCTGGTCAGTTCATGstochastic_pseudotime
#> Pyy -0.7925132
#> Rbp4 -0.7853113
#> Sst -0.3333310
#> TATCTCACAACTGCTAstochastic_pseudotime
#> Pyy -0.7925136
#> Rbp4 -0.7853160
#> Sst -0.3333311
#> GCTGCAGGTTACCGATstochastic_pseudotime
#> Pyy -0.7925159
#> Rbp4 -0.7853447
#> Sst -0.3333318
#> TACGGATAGTTTAGGAstochastic_pseudotime
#> Pyy -0.7925215
#> Rbp4 -0.7854155
#> Sst -0.3333333
#> ACTTTCAAGGATATACstochastic_pseudotime
#> Pyy -0.7925219
#> Rbp4 -0.7854207
#> Sst -0.3333334
#> ATAGACCTCTAACTGGstochastic_pseudotime
#> Pyy -0.7925238
#> Rbp4 -0.7854454
#> Sst -0.3333340
#> GACTACAGTTCGTGATstochastic_pseudotime
#> Pyy -0.7925270
#> Rbp4 -0.7854849
#> Sst -0.3333347
#> AAACGGGAGATATGGTstochastic_pseudotime
#> Pyy -0.7925292
#> Rbp4 -0.7855132
#> Sst -0.3333353
#> CTCGTCATCGGTCTAAstochastic_pseudotime
#> Pyy -0.7925294
#> Rbp4 -0.7855161
#> Sst -0.3333353
#> TCTCTAAGTCGCATCGstochastic_pseudotime
#> Pyy -0.7925304
#> Rbp4 -0.7855289
#> Sst -0.3333355
#> GAAATGAGTCGGATCCstochastic_pseudotime
#> Pyy -0.7925340
#> Rbp4 -0.7855735
#> Sst -0.3333363
#> GACGGCTAGGTGATATstochastic_pseudotime
#> Pyy -0.7925370
#> Rbp4 -0.7856122
#> Sst -0.3333369
#> CGTCACTCACGAAATAstochastic_pseudotime
#> Pyy -0.7925431
#> Rbp4 -0.7856890
#> Sst -0.3333380
#> TATCAGGCACCAGATTstochastic_pseudotime
#> Pyy -0.7925464
#> Rbp4 -0.7857321
#> Sst -0.3333385
#> TGACTTTAGCGTTTACstochastic_pseudotime
#> Pyy -0.7925492
#> Rbp4 -0.7857674
#> Sst -0.3333389
#> GGGCACTCATTTCAGGstochastic_pseudotime
#> Pyy -0.7925502
#> Rbp4 -0.7857804
#> Sst -0.3333390
#> GAGTCCGAGTTAAGTGstochastic_pseudotime
#> Pyy -0.7925510
#> Rbp4 -0.7857902
#> Sst -0.3333391
#> GTTCTCGCAGACACTTstochastic_pseudotime
#> Pyy -0.7925527
#> Rbp4 -0.7858122
#> Sst -0.3333393
#> GTATTCTCACATTAGCstochastic_pseudotime
#> Pyy -0.7925554
#> Rbp4 -0.7858460
#> Sst -0.3333396
#> AACTCCCTCGAGAGCAstochastic_pseudotime
#> Pyy -0.7925579
#> Rbp4 -0.7858783
#> Sst -0.3333398
#> CGTCAGGAGCCTATGTstochastic_pseudotime
#> Pyy -0.7925607
#> Rbp4 -0.7859141
#> Sst -0.3333400
#> GTTCATTAGAAGATTCstochastic_pseudotime
#> Pyy -0.7925686
#> Rbp4 -0.7860149
#> Sst -0.3333404
#> TCAGCAACACCAGGCTstochastic_pseudotime
#> Pyy -0.7925708
#> Rbp4 -0.7860425
#> Sst -0.3333404
#> CGTCAGGCATGGGAACstochastic_pseudotime
#> Pyy -0.7925767
#> Rbp4 -0.7861177
#> Sst -0.3333404
#> CCTACACAGATCCGAGstochastic_pseudotime
#> Pyy -0.7925768
#> Rbp4 -0.7861195
#> Sst -0.3333404
#> CAGAATCGTGTAAGTAstochastic_pseudotime
#> Pyy -0.7925770
#> Rbp4 -0.7861225
#> Sst -0.3333404
#> TGCGTGGAGGTAAACTstochastic_pseudotime
#> Pyy -0.7925840
#> Rbp4 -0.7862116
#> Sst -0.3333401
#> TGATTTCAGTGACTCTstochastic_pseudotime
#> Pyy -0.7925855
#> Rbp4 -0.7862313
#> Sst -0.3333400
#> TCAATCTCATCTCCCAstochastic_pseudotime
#> Pyy -0.7925864
#> Rbp4 -0.7862428
#> Sst -0.3333399
#> CCTTACGAGATCACGGstochastic_pseudotime
#> Pyy -0.7925909
#> Rbp4 -0.7863007
#> Sst -0.3333395
#> TGAGCCGTCATGTCCCstochastic_pseudotime
#> Pyy -0.7925947
#> Rbp4 -0.7863487
#> Sst -0.3333391
#> CCACCTATCACCAGGCstochastic_pseudotime
#> Pyy -0.7926028
#> Rbp4 -0.7864538
#> Sst -0.3333378
#> GCAATCATCCAACCAAstochastic_pseudotime
#> Pyy -0.7926028
#> Rbp4 -0.7864538
#> Sst -0.3333378
#> AGAGTGGGTAGCACGAstochastic_pseudotime
#> Pyy -0.7926031
#> Rbp4 -0.7864578
#> Sst -0.3333377
#> AGTAGTCGTTCTGTTTstochastic_pseudotime
#> Pyy -0.7926032
#> Rbp4 -0.7864592
#> Sst -0.3333377
#> GCGGGTTGTTACTGACstochastic_pseudotime
#> Pyy -0.7926038
#> Rbp4 -0.7864671
#> Sst -0.3333376
#> GCATGATTCAAACGGGstochastic_pseudotime
#> Pyy -0.7926058
#> Rbp4 -0.7864926
#> Sst -0.3333372
#> TCATTACGTCAGAAGCstochastic_pseudotime
#> Pyy -0.7926150
#> Rbp4 -0.7866111
#> Sst -0.3333351
#> GATCTAGGTGCCTTGGstochastic_pseudotime
#> Pyy -0.7926173
#> Rbp4 -0.7866414
#> Sst -0.3333345
#> AGTAGTCCACATGACTstochastic_pseudotime
#> Pyy -0.7926190
#> Rbp4 -0.7866641
#> Sst -0.3333340
#> CGTTAGAGTGCAACGAstochastic_pseudotime
#> Pyy -0.7926298
#> Rbp4 -0.7868038
#> Sst -0.3333306
#> CTCGTACCAATGGATAstochastic_pseudotime
#> Pyy -0.7926306
#> Rbp4 -0.7868147
#> Sst -0.3333303
#> TTGCCGTTCTCTGTCGstochastic_pseudotime
#> Pyy -0.7926406
#> Rbp4 -0.7869452
#> Sst -0.3333262
#> ACATACGAGTAGGCCAstochastic_pseudotime
#> Pyy -0.7926464
#> Rbp4 -0.7870210
#> Sst -0.3333236
#> TTTACTGGTGCTAGCCstochastic_pseudotime
#> Pyy -0.7926519
#> Rbp4 -0.7870934
#> Sst -0.3333208
#> AGCTTGACAATAGAGTstochastic_pseudotime
#> Pyy -0.7926547
#> Rbp4 -0.7871301
#> Sst -0.3333193
#> CTCAGAATCAGGTTCAstochastic_pseudotime
#> Pyy -0.7926642
#> Rbp4 -0.7872559
#> Sst -0.3333137
#> CGTCACTAGGGTGTGTstochastic_pseudotime
#> Pyy -0.7926713
#> Rbp4 -0.7873499
#> Sst -0.3333090
#> CTTGGCTAGGACACCAstochastic_pseudotime
#> Pyy -0.7926719
#> Rbp4 -0.7873584
#> Sst -0.3333086
#> TGTCCCAAGTTTAGGAstochastic_pseudotime
#> Pyy -0.7926739
#> Rbp4 -0.7873844
#> Sst -0.3333072
#> TTCTACAAGATCGATAstochastic_pseudotime
#> Pyy -0.7926821
#> Rbp4 -0.7874948
#> Sst -0.3333010
#> AGCTCCTGTGTGCCTGstochastic_pseudotime
#> Pyy -0.7926906
#> Rbp4 -0.7876076
#> Sst -0.3332941
#> GCCTCTATCGCTTAGAstochastic_pseudotime
#> Pyy -0.7926940
#> Rbp4 -0.7876536
#> Sst -0.3332910
#> GACGTTAAGACGCAACstochastic_pseudotime
#> Pyy -0.7926963
#> Rbp4 -0.7876845
#> Sst -0.3332889
#> GGGTCTGCATGAAGTAstochastic_pseudotime
#> Pyy -0.7926980
#> Rbp4 -0.7877077
#> Sst -0.3332873
#> CTTTGCGAGGAATGGAstochastic_pseudotime
#> Pyy -0.7927038
#> Rbp4 -0.7877859
#> Sst -0.3332817
#> TACGGGCAGCGTCAAGstochastic_pseudotime
#> Pyy -0.7927045
#> Rbp4 -0.7877959
#> Sst -0.3332810
#> CCGTTCACACATGACTstochastic_pseudotime
#> Pyy -0.7927053
#> Rbp4 -0.7878071
#> Sst -0.3332802
#> GACGCGTCAGTCGTGCstochastic_pseudotime
#> Pyy -0.7927057
#> Rbp4 -0.7878122
#> Sst -0.3332798
#> ACTTACTAGCCGGTAAstochastic_pseudotime
#> Pyy -0.7927097
#> Rbp4 -0.7878660
#> Sst -0.3332757
#> GATGAAACATGGTTGTstochastic_pseudotime
#> Pyy -0.7927158
#> Rbp4 -0.7879489
#> Sst -0.3332690
#> AGGCCACAGCTGTCTAstochastic_pseudotime
#> Pyy -0.7927173
#> Rbp4 -0.7879693
#> Sst -0.3332673
#> CACATTTTCGCAGGCTstochastic_pseudotime
#> Pyy -0.7927181
#> Rbp4 -0.7879808
#> Sst -0.3332664
#> CGAGCACTCTTCGAGAstochastic_pseudotime
#> Pyy -0.7927189
#> Rbp4 -0.7879920
#> Sst -0.3332654
#> CAAGGCCAGCTGTTCAstochastic_pseudotime
#> Pyy -0.7927219
#> Rbp4 -0.7880324
#> Sst -0.3332619
#> TTGAACGGTGATGCCCstochastic_pseudotime
#> Pyy -0.7927232
#> Rbp4 -0.7880506
#> Sst -0.3332603
#> ACTGAGTAGTGACTCTstochastic_pseudotime
#> Pyy -0.7927235
#> Rbp4 -0.7880544
#> Sst -0.3332600
#> GTATCTTCAGTGGGATstochastic_pseudotime
#> Pyy -0.7927266
#> Rbp4 -0.7880975
#> Sst -0.3332561
#> TCTGGAATCGGTGTCGstochastic_pseudotime
#> Pyy -0.7927274
#> Rbp4 -0.7881078
#> Sst -0.3332552
#> CATGACACAACAACCTstochastic_pseudotime
#> Pyy -0.7927275
#> Rbp4 -0.7881099
#> Sst -0.3332550
#> GAGGTGAGTGACAAATstochastic_pseudotime
#> Pyy -0.7927282
#> Rbp4 -0.7881192
#> Sst -0.3332541
#> AACTTTCGTGACCAAGstochastic_pseudotime
#> Pyy -0.7927299
#> Rbp4 -0.7881425
#> Sst -0.3332520
#> TACACGACAACGATCTstochastic_pseudotime
#> Pyy -0.7927360
#> Rbp4 -0.7882268
#> Sst -0.3332439
#> CCACTACAGAGTACCGstochastic_pseudotime
#> Pyy -0.7927372
#> Rbp4 -0.7882444
#> Sst -0.3332421
#> TCTTTCCTCGTCTGCTstochastic_pseudotime
#> Pyy -0.7927407
#> Rbp4 -0.7882926
#> Sst -0.3332372
#> GGCCGATTCACTCTTAstochastic_pseudotime
#> Pyy -0.7927408
#> Rbp4 -0.7882943
#> Sst -0.3332371
#> GTAACGTGTCACTGGCstochastic_pseudotime
#> Pyy -0.7927427
#> Rbp4 -0.7883200
#> Sst -0.3332344
#> CGGTTAATCGTCTGAAstochastic_pseudotime
#> Pyy -0.7927448
#> Rbp4 -0.7883501
#> Sst -0.3332312
#> TCAGGTAAGTCAATAGstochastic_pseudotime
#> Pyy -0.7927473
#> Rbp4 -0.7883845
#> Sst -0.3332275
#> TGGCCAGCACGAAAGCstochastic_pseudotime
#> Pyy -0.7927502
#> Rbp4 -0.7884259
#> Sst -0.3332230
#> GATGAGGTCTGGGCCAstochastic_pseudotime
#> Pyy -0.7927540
#> Rbp4 -0.7884787
#> Sst -0.3332170
#> GCAGTTATCTTGAGACstochastic_pseudotime
#> Pyy -0.7927543
#> Rbp4 -0.7884831
#> Sst -0.3332165
#> TTCTACAGTACTCTCCstochastic_pseudotime
#> Pyy -0.7927574
#> Rbp4 -0.7885272
#> Sst -0.3332114
#> CGCTGGAGTCCATCCTstochastic_pseudotime
#> Pyy -0.7927586
#> Rbp4 -0.7885436
#> Sst -0.3332095
#> CGTGTAAGTCTTGATGstochastic_pseudotime
#> Pyy -0.7927622
#> Rbp4 -0.7885955
#> Sst -0.3332032
#> TGCGGGTTCTCAAACGstochastic_pseudotime
#> Pyy -0.7927690
#> Rbp4 -0.7886919
#> Sst -0.3331912
#> TACGGATGTGTTCGATstochastic_pseudotime
#> Pyy -0.7927717
#> Rbp4 -0.7887303
#> Sst -0.3331862
#> ATCCGAAGTGACTCATstochastic_pseudotime
#> Pyy -0.7927832
#> Rbp4 -0.7888960
#> Sst -0.3331634
#> CTCTGGTCAACACCTAstochastic_pseudotime
#> Pyy -0.7927877
#> Rbp4 -0.7889625
#> Sst -0.3331538
#> AAACGGGTCAGCTCTCstochastic_pseudotime
#> Pyy -0.7927882
#> Rbp4 -0.7889687
#> Sst -0.3331528
#> TGAGCCGTCCGAACGCstochastic_pseudotime
#> Pyy -0.7927982
#> Rbp4 -0.7891167
#> Sst -0.3331300
#> AGAGCTTAGCCGATTTstochastic_pseudotime
#> Pyy -0.7928078
#> Rbp4 -0.7892587
#> Sst -0.3331065
#> CGAATGTAGTTCCACAstochastic_pseudotime
#> Pyy -0.7928084
#> Rbp4 -0.7892678
#> Sst -0.3331050
#> CTTAGGAGTCCGAATTstochastic_pseudotime
#> Pyy -0.7928102
#> Rbp4 -0.7892957
#> Sst -0.3331002
#> ATTGGACAGTAATCCCstochastic_pseudotime
#> Pyy -0.7928204
#> Rbp4 -0.7894494
#> Sst -0.3330724
#> GGTGTTAAGGATCGCAstochastic_pseudotime
#> Pyy -0.7928209
#> Rbp4 -0.7894572
#> Sst -0.3330709
#> TGGACGCAGTGTTGAAstochastic_pseudotime
#> Pyy -0.7928223
#> Rbp4 -0.7894786
#> Sst -0.3330669
#> TCGTACCCATATACGCstochastic_pseudotime
#> Pyy -0.7928233
#> Rbp4 -0.7894940
#> Sst -0.3330640
#> CGACTTCCAGCCTATAstochastic_pseudotime
#> Pyy -0.7928240
#> Rbp4 -0.7895051
#> Sst -0.3330619
#> AAGGCAGTCCGAGCCAstochastic_pseudotime
#> Pyy -0.7928285
#> Rbp4 -0.7895733
#> Sst -0.3330486
#> ACGAGGAAGTTACCCAstochastic_pseudotime
#> Pyy -0.7928351
#> Rbp4 -0.7896771
#> Sst -0.3330275
#> TCAGCTCAGTCGTACTstochastic_pseudotime
#> Pyy -0.7928422
#> Rbp4 -0.7897890
#> Sst -0.3330038
#> CGTCAGGTCCTGCCATstochastic_pseudotime
#> Pyy -0.7928857
#> Rbp4 -0.7905123
#> Sst -0.3328195
#> TGATTTCAGTACGCCCstochastic_pseudotime
#> Pyy -0.7928892
#> Rbp4 -0.7905735
#> Sst -0.3328012
#> AGAGTGGGTCACCTAAstochastic_pseudotime
#> Pyy -0.7928914
#> Rbp4 -0.7906124
#> Sst -0.3327894
#> CGATCGGCACGCCAGTstochastic_pseudotime
#> Pyy -0.7929033
#> Rbp4 -0.7908303
#> Sst -0.3327198
#> TGCCCATCACTGTGTAstochastic_pseudotime
#> Pyy -0.7929122
#> Rbp4 -0.7909978
#> Sst -0.3326622
#> AACTTTCCACTGCCAGstochastic_pseudotime
#> Pyy -0.7929238
#> Rbp4 -0.7912280
#> Sst -0.3325770
#> GTCCTCATCATTTGGGstochastic_pseudotime
#> Pyy -0.7929405
#> Rbp4 -0.7915827
#> Sst -0.3324314
#> GTGCGGTAGTAGGCCAstochastic_pseudotime
#> Pyy -0.7929441
#> Rbp4 -0.7916633
#> Sst -0.3323957
#> CGACCTTAGCGCTTATstochastic_pseudotime
#> Pyy -0.7929675
#> Rbp4 -0.7922475
#> Sst -0.3321085
#> GTCTCGTAGGCTAGACstochastic_pseudotime
#> Pyy -0.7929705
#> Rbp4 -0.7923332
#> Sst -0.3320621
#> GCATGATAGCCTTGATstochastic_pseudotime
#> Pyy -0.7929807
#> Rbp4 -0.7926454
#> Sst -0.3318840
#> ACTTTCACAACTGCTAstochastic_pseudotime
#> Pyy -0.7929850
#> Rbp4 -0.7927905
#> Sst -0.3317968
#> CCAATCCAGAGTAAGGstochastic_pseudotime
#> Pyy -0.7929855
#> Rbp4 -0.7928078
#> Sst -0.3317862
#> ATTATCCAGAAACCTAstochastic_pseudotime
#> Pyy -0.7929917
#> Rbp4 -0.7930414
#> Sst -0.3316400
#> TCGGGACAGAGAACAGstochastic_pseudotime
#> Pyy -0.7929979
#> Rbp4 -0.7933097
#> Sst -0.3314654
#> AGCGGTCGTACCGAGAstochastic_pseudotime
#> Pyy -0.7930010
#> Rbp4 -0.7934584
#> Sst -0.3313666
#> TTCCCAGAGTTACCCAstochastic_pseudotime
#> Pyy -0.7930018
#> Rbp4 -0.7934971
#> Sst -0.3313407
#> CTCGAGGTCTGTTGAGstochastic_pseudotime
#> Pyy -0.7930067
#> Rbp4 -0.7937692
#> Sst -0.3311582
#> ATTATCCAGACCCACCstochastic_pseudotime
#> Pyy -0.7930075
#> Rbp4 -0.7938169
#> Sst -0.3311263
#> CCTCAGTGTTACCAGTstochastic_pseudotime
#> Pyy -0.7930117
#> Rbp4 -0.7940855
#> Sst -0.3309486
#> GCCTCTAAGTCCGGTCstochastic_pseudotime
#> Pyy -0.7930195
#> Rbp4 -0.7947977
#> Sst -0.3305011
#> TTCGAAGAGTACGCCCstochastic_pseudotime
#> Pyy -0.7930216
#> Rbp4 -0.7951540
#> Sst -0.3302960
#> GCTGCGAAGCTAGCCCstochastic_pseudotime
#> Pyy -0.7930216
#> Rbp4 -0.7951638
#> Sst -0.3302906
#> GCGGGTTAGACTTGAAstochastic_pseudotime
#> Pyy -0.7930212
#> Rbp4 -0.7958583
#> Sst -0.3299457
#> GTATCTTCATCGATGTstochastic_pseudotime
#> Pyy -0.7930191
#> Rbp4 -0.7961440
#> Sst -0.3298304
#> ACTTACTAGAGGGCTTstochastic_pseudotime
#> Pyy -0.7930141
#> Rbp4 -0.7965348
#> Sst -0.3297045
#> GGGTCTGCACAGGCCTstochastic_pseudotime
#> Pyy -0.7930134
#> Rbp4 -0.7965804
#> Sst -0.3296924
#> GGTATTGGTACTCGCGstochastic_pseudotime
#> Pyy -0.7930082
#> Rbp4 -0.7968492
#> Sst -0.3296340
#> TGTGGTATCCAGTAGTstochastic_pseudotime
#> Pyy -0.7930075
#> Rbp4 -0.7968796
#> Sst -0.3296288
#> CTCAGAACACTAGTACstochastic_pseudotime
#> Pyy -0.7929985
#> Rbp4 -0.7972191
#> Sst -0.3295923
#> CAGAATCGTCATTAGCstochastic_pseudotime
#> Pyy -0.7929971
#> Rbp4 -0.7972661
#> Sst -0.3295905
#> ACCAGTATCGTTTAGGstochastic_pseudotime
#> Pyy -0.7929964
#> Rbp4 -0.7972879
#> Sst -0.3295899
#> TTTACTGCAGCATACTstochastic_pseudotime
#> Pyy -0.7929923
#> Rbp4 -0.7974099
#> Sst -0.3295903
#> GCAGCCACAGCGTTCGstochastic_pseudotime
#> Pyy -0.7929864
#> Rbp4 -0.7975678
#> Sst -0.3295997
#> CTGTGCTCATTACCTTstochastic_pseudotime
#> Pyy -0.7929858
#> Rbp4 -0.7975828
#> Sst -0.3296011
#> CTCGAAAGTAAGAGGAstochastic_pseudotime
#> Pyy -0.7929726
#> Rbp4 -0.7978807
#> Sst -0.3296503
#> TATGCCCGTCTAGCCGstochastic_pseudotime
#> Pyy -0.7929547
#> Rbp4 -0.7982068
#> Sst -0.3297528
#> GGGCATCGTGGTCTCGstochastic_pseudotime
#> Pyy -0.7929055
#> Rbp4 -0.7988538
#> Sst -0.3301311
#> CATGACACATCGATTGstochastic_pseudotime
#> Pyy -0.7929044
#> Rbp4 -0.7988659
#> Sst -0.3301407
#> AACTTTCCACAGTCGCstochastic_pseudotime
#> Pyy -0.7928807
#> Rbp4 -0.7990970
#> Sst -0.3303426
#> GAAATGAGTCACCCAGstochastic_pseudotime
#> Pyy -0.7928797
#> Rbp4 -0.7991061
#> Sst -0.3303513
#> ACTTACTCAATCAGAAstochastic_pseudotime
#> Pyy -0.7928657
#> Rbp4 -0.7992262
#> Sst -0.3304724
#> TGCTGCTAGGATGCGTstochastic_pseudotime
#> Pyy -0.7928619
#> Rbp4 -0.7992577
#> Sst -0.3305059
#> AACTCAGGTGCCTGTGstochastic_pseudotime
#> Pyy -0.7928505
#> Rbp4 -0.7993459
#> Sst -0.3306042
#> GTATCTTGTGGCCCTAstochastic_pseudotime
#> Pyy -0.7928407
#> Rbp4 -0.7994180
#> Sst -0.3306891
#> GTCCTCATCTGGAGCCstochastic_pseudotime
#> Pyy -0.7928092
#> Rbp4 -0.7996245
#> Sst -0.3309575
#> TGACTAGTCCTATTCAstochastic_pseudotime
#> Pyy -0.7927771
#> Rbp4 -0.7998031
#> Sst -0.3312226
#> TGAGCATGTTAAAGACstochastic_pseudotime
#> Pyy -0.7927385
#> Rbp4 -0.7999842
#> Sst -0.3315273
#> TGCCAAACATGACATCstochastic_pseudotime
#> Pyy -0.7927117
#> Rbp4 -0.8000924
#> Sst -0.3317295
#> AAGTCTGTCCGAGCCAstochastic_pseudotime
#> Pyy -0.7926934
#> Rbp4 -0.8001585
#> Sst -0.3318618
#> ACATCAGTCCTTGGTCstochastic_pseudotime
#> Pyy -0.7926728
#> Rbp4 -0.8002269
#> Sst -0.3320070
#> GTGCGGTCAGCGTAAGstochastic_pseudotime
#> Pyy -0.7926554
#> Rbp4 -0.8002798
#> Sst -0.3321255
#> GTCTCGTCATAGTAAGstochastic_pseudotime
#> Pyy -0.7926389
#> Rbp4 -0.8003260
#> Sst -0.3322344
#> GATGAGGAGTGGACGTstochastic_pseudotime
#> Pyy -0.7926368
#> Rbp4 -0.8003317
#> Sst -0.3322480
#> AGAGCTTAGGTTACCTstochastic_pseudotime
#> Pyy -0.7926274
#> Rbp4 -0.8003561
#> Sst -0.3323082
#> GCTGGGTGTCTAGAGGstochastic_pseudotime
#> Pyy -0.7926245
#> Rbp4 -0.8003636
#> Sst -0.3323269
#> GGGATGAGTTGTGGAGstochastic_pseudotime
#> Pyy -0.7926233
#> Rbp4 -0.8003666
#> Sst -0.3323346
#> AGCGGTCGTCGAATCTstochastic_pseudotime
#> Pyy -0.7926108
#> Rbp4 -0.8003967
#> Sst -0.3324122
#> AGGCCGTCACGACGAAstochastic_pseudotime
#> Pyy -0.7925575
#> Rbp4 -0.8005066
#> Sst -0.3327262
#> CGAGAAGCACGCATCGstochastic_pseudotime
#> Pyy -0.7925571
#> Rbp4 -0.8005072
#> Sst -0.3327283
#> GTACTCCTCCAACCAAstochastic_pseudotime
#> Pyy -0.7925515
#> Rbp4 -0.8005170
#> Sst -0.3327594
#> ATGTGTGCACAAGTAAstochastic_pseudotime
#> Pyy -0.7925497
#> Rbp4 -0.8005201
#> Sst -0.3327692
#> TGACTAGGTGTATGGGstochastic_pseudotime
#> Pyy -0.7925039
#> Rbp4 -0.8005885
#> Sst -0.3330109
#> AGGGATGGTTAGGGTGstochastic_pseudotime
#> Pyy -0.7925004
#> Rbp4 -0.8005930
#> Sst -0.3330287
#> CGTGTAATCATTATCCstochastic_pseudotime
#> Pyy -0.7924579
#> Rbp4 -0.8006391
#> Sst -0.3332328
#> CTGAAACTCGATAGAAstochastic_pseudotime
#> Pyy -0.7924357
#> Rbp4 -0.8006575
#> Sst -0.3333331
#> TTGAACGAGGAGTTTAstochastic_pseudotime
#> Pyy -0.7924324
#> Rbp4 -0.8006599
#> Sst -0.3333474
#> AGCGTCGCACAGGCCTstochastic_pseudotime
#> Pyy -0.7924286
#> Rbp4 -0.8006626
#> Sst -0.3333640
#> CCACGGAGTTACGACTstochastic_pseudotime
#> Pyy -0.7924113
#> Rbp4 -0.8006735
#> Sst -0.3334379
#> CTGAAACTCTGTTTGTstochastic_pseudotime
#> Pyy -0.7924107
#> Rbp4 -0.8006738
#> Sst -0.3334403
#> AGATTGCAGTTCCACAstochastic_pseudotime
#> Pyy -0.7924015
#> Rbp4 -0.8006787
#> Sst -0.3334787
#> GTATCTTGTCGCGGTTstochastic_pseudotime
#> Pyy -0.7923919
#> Rbp4 -0.8006832
#> Sst -0.3335179
#> GAGTCCGAGCGATGACstochastic_pseudotime
#> Pyy -0.7923916
#> Rbp4 -0.8006833
#> Sst -0.3335191
#> AACCATGCACAGGAGTstochastic_pseudotime
#> Pyy -0.7923812
#> Rbp4 -0.8006874
#> Sst -0.3335606
#> ATGTGTGTCAAAGACAstochastic_pseudotime
#> Pyy -0.7923771
#> Rbp4 -0.8006888
#> Sst -0.3335767
#> CCGTACTAGGAGTACCstochastic_pseudotime
#> Pyy -0.7923653
#> Rbp4 -0.8006922
#> Sst -0.3336225
#> CCGTACTAGTCCGTATstochastic_pseudotime
#> Pyy -0.7923627
#> Rbp4 -0.8006929
#> Sst -0.3336323
#> GACGTTAAGACGCTTTstochastic_pseudotime
#> Pyy -0.7923260
#> Rbp4 -0.8006971
#> Sst -0.3337672
#> CCACGGAGTCAACATCstochastic_pseudotime
#> Pyy -0.7922870
#> Rbp4 -0.8006922
#> Sst -0.3338996
#> CATGGCGAGAGTCTGGstochastic_pseudotime
#> Pyy -0.7922816
#> Rbp4 -0.8006907
#> Sst -0.3339173
#> GAAATGAAGCTCCTCTstochastic_pseudotime
#> Pyy -0.7922627
#> Rbp4 -0.8006844
#> Sst -0.3339771
#> ACGCCAGTCCCAAGTAstochastic_pseudotime
#> Pyy -0.7922524
#> Rbp4 -0.8006801
#> Sst -0.3340086
#> CGGTTAAGTCTAGCCGstochastic_pseudotime
#> Pyy -0.7922414
#> Rbp4 -0.8006747
#> Sst -0.3340417
#> GTCTCGTTCACTTCATstochastic_pseudotime
#> Pyy -0.7922191
#> Rbp4 -0.8006617
#> Sst -0.3341065
#> GACCAATTCAACGGCCstochastic_pseudotime
#> Pyy -0.7921873
#> Rbp4 -0.8006382
#> Sst -0.3341936
#> CTCTGGTAGCAATCTCstochastic_pseudotime
#> Pyy -0.7920903
#> Rbp4 -0.8005311
#> Sst -0.3344260
#> TCTCTAAGTGGCAAACstochastic_pseudotime
#> Pyy -0.7920781
#> Rbp4 -0.8005138
#> Sst -0.3344519
#> CATCGGGTCTTCGGTCstochastic_pseudotime
#> Pyy -0.7920603
#> Rbp4 -0.8004872
#> Sst -0.3344885
#> CAACCAACACCTCGTTstochastic_pseudotime
#> Pyy -0.7920104
#> Rbp4 -0.8004031
#> Sst -0.3345834
#> CTGGTCTTCGCATGGCstochastic_pseudotime
#> Pyy -0.7919847
#> Rbp4 -0.8003543
#> Sst -0.3346282
#> ACTGTCCTCGCTAGCGstochastic_pseudotime
#> Pyy -0.7919768
#> Rbp4 -0.8003385
#> Sst -0.3346414
#> CTAAGACAGCACGCCTstochastic_pseudotime
#> Pyy -0.7919435
#> Rbp4 -0.8002681
#> Sst -0.3346945
#> CGGCTAGGTACTCGCGstochastic_pseudotime
#> Pyy -0.7919141
#> Rbp4 -0.8002004
#> Sst -0.3347379
#> TCTCATAGTGGACGATstochastic_pseudotime
#> Pyy -0.7918853
#> Rbp4 -0.8001293
#> Sst -0.3347773
#> GGATGTTTCCAGTATGstochastic_pseudotime
#> Pyy -0.7918574
#> Rbp4 -0.8000555
#> Sst -0.3348128
#> CTTAGGATCACTCTTAstochastic_pseudotime
#> Pyy -0.7918442
#> Rbp4 -0.8000191
#> Sst -0.3348285
#> TACGGATTCCAAGTACstochastic_pseudotime
#> Pyy -0.7918203
#> Rbp4 -0.7999499
#> Sst -0.3348558
#> TGAGAGGAGCCGTCGTstochastic_pseudotime
#> Pyy -0.7918080
#> Rbp4 -0.7999131
#> Sst -0.3348690
#> CTTGGCTCAGCCACCAstochastic_pseudotime
#> Pyy -0.7918000
#> Rbp4 -0.7998886
#> Sst -0.3348774
#> AATCGGTCATATGGTCstochastic_pseudotime
#> Pyy -0.7917809
#> Rbp4 -0.7998284
#> Sst -0.3348965
#> TACTTACCATGGGACAstochastic_pseudotime
#> Pyy -0.7917708
#> Rbp4 -0.7997956
#> Sst -0.3349062
#> TGAGGGAAGAGGTACCstochastic_pseudotime
#> Pyy -0.7917417
#> Rbp4 -0.7996972
#> Sst -0.3349323
#> TCCCGATCAACGATGGstochastic_pseudotime
#> Pyy -0.7916820
#> Rbp4 -0.7994766
#> Sst -0.3349780
#> GTCACAACACGTCTCTstochastic_pseudotime
#> Pyy -0.7916139
#> Rbp4 -0.7991927
#> Sst -0.3350175
#> TTTGGTTCACGAAGCAstochastic_pseudotime
#> Pyy -0.7916133
#> Rbp4 -0.7991902
#> Sst -0.3350178
#> GGGAATGTCACAAACCstochastic_pseudotime
#> Pyy -0.7915943
#> Rbp4 -0.7991046
#> Sst -0.3350264
#> ACAGCCGCATCGTCGGstochastic_pseudotime
#> Pyy -0.7915841
#> Rbp4 -0.7990574
#> Sst -0.3350306
#> CGTGAGCTCAGCGATTstochastic_pseudotime
#> Pyy -0.7915453
#> Rbp4 -0.7988696
#> Sst -0.3350441
#> ATCATGGGTCCGCTGAstochastic_pseudotime
#> Pyy -0.7915382
#> Rbp4 -0.7988338
#> Sst -0.3350461
#> GGCAATTCATCTCCCAstochastic_pseudotime
#> Pyy -0.7915086
#> Rbp4 -0.7986796
#> Sst -0.3350530
#> CCTATTATCATCGCTCstochastic_pseudotime
#> Pyy -0.7914951
#> Rbp4 -0.7986065
#> Sst -0.3350554
#> CAAGGCCCACATTTCTstochastic_pseudotime
#> Pyy -0.7914523
#> Rbp4 -0.7983635
#> Sst -0.3350594
#> CTCACACGTCACACGCstochastic_pseudotime
#> Pyy -0.7914491
#> Rbp4 -0.7983448
#> Sst -0.3350595
#> AACCATGGTTCGGCACstochastic_pseudotime
#> Pyy -0.7914448
#> Rbp4 -0.7983192
#> Sst -0.3350596
#> CTGCGGACAGACTCGCstochastic_pseudotime
#> Pyy -0.7914420
#> Rbp4 -0.7983026
#> Sst -0.3350597
#> ACGCAGCGTAATCACCstochastic_pseudotime
#> Pyy -0.7914356
#> Rbp4 -0.7982636
#> Sst -0.3350596
#> CCATGTCGTCGGCTCAstochastic_pseudotime
#> Pyy -0.7914324
#> Rbp4 -0.7982442
#> Sst -0.3350596
#> TTGCGTCCACCGATATstochastic_pseudotime
#> Pyy -0.7914319
#> Rbp4 -0.7982413
#> Sst -0.3350596
#> CACAAACAGTAGCGGTstochastic_pseudotime
#> Pyy -0.7914314
#> Rbp4 -0.7982381
#> Sst -0.3350595
#> ACTGATGCATCAGTACstochastic_pseudotime
#> Pyy -0.7913943
#> Rbp4 -0.7980041
#> Sst -0.3350567
#> TAGTTGGCACGTAAGGstochastic_pseudotime
#> Pyy -0.7913878
#> Rbp4 -0.7979621
#> Sst -0.3350557
#> CAGCTAAGTACCGAGAstochastic_pseudotime
#> Pyy -0.7913807
#> Rbp4 -0.7979148
#> Sst -0.3350546
#> CGTCCATTCGCGCCAAstochastic_pseudotime
#> Pyy -0.7913749
#> Rbp4 -0.7978761
#> Sst -0.3350536
#> TTCGGTCAGCTAGCCCstochastic_pseudotime
#> Pyy -0.7913516
#> Rbp4 -0.7977162
#> Sst -0.3350484
#> GTTAAGCAGGATTCGGstochastic_pseudotime
#> Pyy -0.7913502
#> Rbp4 -0.7977060
#> Sst -0.3350480
#> GGACAGATCCTTTCGGstochastic_pseudotime
#> Pyy -0.7913480
#> Rbp4 -0.7976906
#> Sst -0.3350474
#> AGTTGGTTCACATAGCstochastic_pseudotime
#> Pyy -0.7913129
#> Rbp4 -0.7974359
#> Sst -0.3350361
#> TTCTCAACAATAGAGTstochastic_pseudotime
#> Pyy -0.7913011
#> Rbp4 -0.7973469
#> Sst -0.3350314
#> GTAGTCACATCGATGTstochastic_pseudotime
#> Pyy -0.7912935
#> Rbp4 -0.7972886
#> Sst -0.3350281
#> GCTGCGAAGTATTGGAstochastic_pseudotime
#> Pyy -0.7912873
#> Rbp4 -0.7972398
#> Sst -0.3350253
#> CGTCAGGGTAGGCATGstochastic_pseudotime
#> Pyy -0.7912824
#> Rbp4 -0.7972015
#> Sst -0.3350230
#> AACTCAGTCCTCGCATstochastic_pseudotime
#> Pyy -0.7912781
#> Rbp4 -0.7971673
#> Sst -0.3350210
#> AAATGCCCACCAACCGstochastic_pseudotime
#> Pyy -0.7912701
#> Rbp4 -0.7971038
#> Sst -0.3350170
#> CCGTTCAAGGACCACAstochastic_pseudotime
#> Pyy -0.7912472
#> Rbp4 -0.7969175
#> Sst -0.3350044
#> AATCGGTTCCAAACTGstochastic_pseudotime
#> Pyy -0.7912291
#> Rbp4 -0.7967680
#> Sst -0.3349936
#> TCACGAAGTCCGAGTCstochastic_pseudotime
#> Pyy -0.7911376
#> Rbp4 -0.7960150
#> Sst -0.3349313
#> GGCTGGTAGTCACGCCstochastic_pseudotime
#> Pyy -0.7911285
#> Rbp4 -0.7959419
#> Sst -0.3349247
#> GGACGTCCATGGATGGstochastic_pseudotime
#> Pyy -0.7910436
#> Rbp4 -0.7952923
#> Sst -0.3348635
#> CAGCCGATCGTTTATCstochastic_pseudotime
#> Pyy -0.7910355
#> Rbp4 -0.7952336
#> Sst -0.3348578
#> TTGACTTGTTCCATGAstochastic_pseudotime
#> Pyy -0.7910054
#> Rbp4 -0.7950185
#> Sst -0.3348366
#> GGCTGGTTCATGCATGstochastic_pseudotime
#> Pyy -0.790955
#> Rbp4 -0.794672
#> Sst -0.334802
#> ACACCCTAGGACAGCTstochastic_pseudotime
#> Pyy -0.7909422
#> Rbp4 -0.7945868
#> Sst -0.3347934
#> CGATGTAGTACTCTCCstochastic_pseudotime
#> Pyy -0.7909380
#> Rbp4 -0.7945585
#> Sst -0.3347905
#> TCAGGTAAGGCGTACAstochastic_pseudotime
#> Pyy -0.7907460
#> Rbp4 -0.7933846
#> Sst -0.3346702
#> AGCAGCCGTGTAACGGstochastic_pseudotime
#> Pyy -0.7905451
#> Rbp4 -0.7923024
#> Sst -0.3345589
#> CCTACCACATCGATTGstochastic_pseudotime
#> Pyy -0.7905436
#> Rbp4 -0.7922951
#> Sst -0.3345582
#> AAGACCTAGTAGGCCAstochastic_pseudotime
#> Pyy -0.7904733
#> Rbp4 -0.7919408
#> Sst -0.3345221
#> GGACAAGTCAAAGACAstochastic_pseudotime
#> Pyy -0.7904082
#> Rbp4 -0.7916219
#> Sst -0.3344899
#> GACTAACGTCATCCCTstochastic_pseudotime
#> Pyy -0.7903488
#> Rbp4 -0.7913379
#> Sst -0.3344613
#> CGCCAAGCAAAGTCAAstochastic_pseudotime
#> Pyy -0.7903259
#> Rbp4 -0.7912298
#> Sst -0.3344505
#> CCGGGATAGATCTGAAstochastic_pseudotime
#> Pyy -0.7901479
#> Rbp4 -0.7904161
#> Sst -0.3343701
#> TACACGAGTGCAACTTstochastic_pseudotime
#> Pyy -0.7900801
#> Rbp4 -0.7901167
#> Sst -0.3343410
#> CGTTCTGTCACAATGCstochastic_pseudotime
#> Pyy -0.7898968
#> Rbp4 -0.7893317
#> Sst -0.3342658
#> CAGCCGATCCTATTCAstochastic_pseudotime
#> Pyy -0.7897578
#> Rbp4 -0.7887560
#> Sst -0.3342119
#> AGGGATGTCGCATGGCstochastic_pseudotime
#> Pyy -0.7894817
#> Rbp4 -0.7876538
#> Sst -0.3341115
#> GTAGTCAGTCCGACGTstochastic_pseudotime
#> Pyy -0.7892904
#> Rbp4 -0.7869168
#> Sst -0.3340465
#> AGCAGCCGTCGCATCGstochastic_pseudotime
#> Pyy -0.7891969
#> Rbp4 -0.7865632
#> Sst -0.3340159
#> TGCTACCCATAAGACAstochastic_pseudotime
#> Pyy -0.7881570
#> Rbp4 -0.7828520
#> Sst -0.3337173
#> AGCTCCTTCAATACCGstochastic_pseudotime
#> Pyy -0.7881250
#> Rbp4 -0.7827428
#> Sst -0.3337092
#> GAATGAAAGAATGTGTstochastic_pseudotime
#> Pyy -0.7873312
#> Rbp4 -0.7801074
#> Sst -0.3335208
#> TTGTAGGTCAAAGTAGstochastic_pseudotime
#> Pyy -0.7870326
#> Rbp4 -0.7791466
#> Sst -0.3334564
#> AAACCTGGTAAGTGGCstochastic_pseudotime
#> Pyy -0.7869933
#> Rbp4 -0.7790212
#> Sst -0.3334481
#> AAATGCCCATGCTAGTstochastic_pseudotime
#> Pyy -0.7869354
#> Rbp4 -0.7788368
#> Sst -0.3334361
#> GACTGCGAGAATCTCCstochastic_pseudotime
#> Pyy -0.7868838
#> Rbp4 -0.7786731
#> Sst -0.3334254
#> CGATTGAAGTCAAGGCstochastic_pseudotime
#> Pyy -0.7867654
#> Rbp4 -0.7782988
#> Sst -0.3334013
#> CCATGTCTCCGCATAAstochastic_pseudotime
#> Pyy -0.7867443
#> Rbp4 -0.7782323
#> Sst -0.3333970
#> CAAGAAAAGAGTACCGstochastic_pseudotime
#> Pyy -0.7866669
#> Rbp4 -0.7779890
#> Sst -0.3333816
#> GGCGTGTCACCAGGTCstochastic_pseudotime
#> Pyy -0.7864514
#> Rbp4 -0.7773160
#> Sst -0.3333394
#> CCGTGGATCTTAGAGCstochastic_pseudotime
#> Pyy -0.7861919
#> Rbp4 -0.7765138
#> Sst -0.3332904
#> TGCGGGTAGACGCACAstochastic_pseudotime
#> Pyy -0.7859384
#> Rbp4 -0.7757382
#> Sst -0.3332443
#> AAGCCGCCAATGGACGstochastic_pseudotime
#> Pyy -0.7855317
#> Rbp4 -0.7745095
#> Sst -0.3331735
#> ACACTGAGTCCATGATstochastic_pseudotime
#> Pyy -0.7847699
#> Rbp4 -0.7722547
#> Sst -0.3330509
#> AGCTTGAAGACACGACstochastic_pseudotime
#> Pyy -0.7838104
#> Rbp4 -0.7694901
#> Sst -0.3329120
#> TCTATTGTCGTATCAGstochastic_pseudotime
#> Pyy -0.7837198
#> Rbp4 -0.7692329
#> Sst -0.3328997
#> TCGCGAGAGTACGCGAstochastic_pseudotime
#> Pyy -0.7833030
#> Rbp4 -0.7680582
#> Sst -0.3328445
#> TCAACGATCAACCATGstochastic_pseudotime
#> Pyy -0.7812479
#> Rbp4 -0.7624382
#> Sst -0.3326056
#> CACCAGGCATAAAGGTstochastic_pseudotime
#> Pyy -0.7812348
#> Rbp4 -0.7624031
#> Sst -0.3326042
#> TGAGCCGTCCGCTGTTstochastic_pseudotime
#> Pyy -0.7802239
#> Rbp4 -0.7597313
#> Sst -0.3325033
#> ACTGTCCCAGTTTACGstochastic_pseudotime
#> Pyy -0.7800411
#> Rbp4 -0.7592540
#> Sst -0.3324861
#> GATCGATAGAAAGTGGstochastic_pseudotime
#> Pyy -0.7794114
#> Rbp4 -0.7576222
#> Sst -0.3324287
#> GATCGTAAGTAGGTGCstochastic_pseudotime
#> Pyy -0.7789320
#> Rbp4 -0.7563926
#> Sst -0.3323871
#> CACAGGCCAAGGCTCCstochastic_pseudotime
#> Pyy -0.7778795
#> Rbp4 -0.7537298
#> Sst -0.3323013
#> TGTGTTTGTATGAATGstochastic_pseudotime
#> Pyy -0.7776866
#> Rbp4 -0.7532471
#> Sst -0.3322863
#> GGCTCGAAGATCACGGstochastic_pseudotime
#> Pyy -0.7772472
#> Rbp4 -0.7521531
#> Sst -0.3322532
#> GGGTCTGTCATGTGGTstochastic_pseudotime
#> Pyy -0.7763982
#> Rbp4 -0.7500610
#> Sst -0.3321921
#> TACAGTGGTAAACGCGstochastic_pseudotime
#> Pyy -0.7762973
#> Rbp4 -0.7498141
#> Sst -0.3321851
#> TCTCTAATCCCAACGGstochastic_pseudotime
#> Pyy -0.7760029
#> Rbp4 -0.7490963
#> Sst -0.3321650
#> AGTTGGTGTTGTCGCGstochastic_pseudotime
#> Pyy -0.7756266
#> Rbp4 -0.7481833
#> Sst -0.3321399
#> CCAGCGACAGACGTAGstochastic_pseudotime
#> Pyy -0.7752984
#> Rbp4 -0.7473913
#> Sst -0.3321186
#> TCAATCTCATCCGCGAstochastic_pseudotime
#> Pyy -0.7747885
#> Rbp4 -0.7461685
#> Sst -0.3320864
#> TCAGATGCACTCGACGstochastic_pseudotime
#> Pyy -0.7740744
#> Rbp4 -0.7444709
#> Sst -0.3320433
#> GTTACAGTCCGATATGstochastic_pseudotime
#> Pyy -0.7732052
#> Rbp4 -0.7424272
#> Sst -0.3319935
#> TGGACGCTCTTGTTTGstochastic_pseudotime
#> Pyy -0.7729897
#> Rbp4 -0.7419241
#> Sst -0.3319816
#> CTGCGGACATTAGCCAstochastic_pseudotime
#> Pyy -0.7705612
#> Rbp4 -0.7363518
#> Sst -0.3318583
#> CACCACTGTGTGTGCCstochastic_pseudotime
#> Pyy -0.7674059
#> Rbp4 -0.7293513
#> Sst -0.3317229
#> GTAACTGGTCACTGGCstochastic_pseudotime
#> Pyy -0.7656879
#> Rbp4 -0.7256415
#> Sst -0.3316586
#> GGCGTGTCACCGATATstochastic_pseudotime
#> Pyy -0.7648361
#> Rbp4 -0.7238267
#> Sst -0.3316289
#> AGAGTGGCACCTCGGAstochastic_pseudotime
#> Pyy -0.7634883
#> Rbp4 -0.7209870
#> Sst -0.3315844
#> CAGCTAACATGCCTAAstochastic_pseudotime
#> Pyy -0.7633028
#> Rbp4 -0.7205990
#> Sst -0.3315785
#> ATCCGAAGTACACCGCstochastic_pseudotime
#> Pyy -0.7632614
#> Rbp4 -0.7205125
#> Sst -0.3315772
#> CAAGGCCTCTCAACTTstochastic_pseudotime
#> Pyy -0.7632464
#> Rbp4 -0.7204813
#> Sst -0.3315767
#> ACTGATGCATGTCTCCstochastic_pseudotime
#> Pyy -0.7624413
#> Rbp4 -0.7188065
#> Sst -0.3315519
#> CATATGGTCACAGTACstochastic_pseudotime
#> Pyy -0.7623422
#> Rbp4 -0.7186014
#> Sst -0.3315489
#> TTCCCAGTCATAGCACstochastic_pseudotime
#> Pyy -0.7620501
#> Rbp4 -0.7179974
#> Sst -0.3315401
#> GGACGTCGTCAGAAGCstochastic_pseudotime
#> Pyy -0.7613065
#> Rbp4 -0.7164676
#> Sst -0.3315184
#> GGGCACTGTCTCCATCstochastic_pseudotime
#> Pyy -0.7603444
#> Rbp4 -0.7145038
#> Sst -0.3314915
#> CCCATACTCGTGGACCstochastic_pseudotime
#> Pyy -0.7593123
#> Rbp4 -0.7124158
#> Sst -0.3314639
#> TGCCCTAAGTCCGGTCstochastic_pseudotime
#> Pyy -0.7584403
#> Rbp4 -0.7106663
#> Sst -0.3314415
#> GCTGCGATCCCGGATGstochastic_pseudotime
#> Pyy -0.7574949
#> Rbp4 -0.7087843
#> Sst -0.3314183
#> TAGTGGTTCCTCAACCstochastic_pseudotime
#> Pyy -0.7511255
#> Rbp4 -0.6964736
#> Sst -0.3312840
#> CTACATTCACCGTTGGstochastic_pseudotime
#> Pyy -0.7502661
#> Rbp4 -0.6948582
#> Sst -0.3312684
#> AGGTCATGTTTAGGAAstochastic_pseudotime
#> Pyy -0.7496470
#> Rbp4 -0.6937003
#> Sst -0.3312575
#> CCTACCAGTTGCTCCTstochastic_pseudotime
#> Pyy -0.7490419
#> Rbp4 -0.6925740
#> Sst -0.3312471
#> CGTCACTTCACTTATCstochastic_pseudotime
#> Pyy -0.7488032
#> Rbp4 -0.6921309
#> Sst -0.3312430
#> CCTTCCCTCGTCGTTCstochastic_pseudotime
#> Pyy -0.7461273
#> Rbp4 -0.6872139
#> Sst -0.3312001
#> AATCCAGTCGGTCCGAstochastic_pseudotime
#> Pyy -0.7441367
#> Rbp4 -0.6836132
#> Sst -0.3311708
#> CAAGTTGTCTAACTGGstochastic_pseudotime
#> Pyy -0.7312881
#> Rbp4 -0.6614013
#> Sst -0.3310232
#> TTAGGCAGTTTGTTGGstochastic_pseudotime
#> Pyy -0.7293048
#> Rbp4 -0.6581139
#> Sst -0.3310054
#> AATCCAGTCAGGTTCAstochastic_pseudotime
#> Pyy -0.7255925
#> Rbp4 -0.6520505
#> Sst -0.3309749
#> GTACTCCCACAGGTTTstochastic_pseudotime
#> Pyy -0.7245596
#> Rbp4 -0.6503834
#> Sst -0.3309670
#> GCGCCAATCTTATCTGstochastic_pseudotime
#> Pyy -0.7224335
#> Rbp4 -0.6469782
#> Sst -0.3309514
#> TCATTTGCATTGGCGCstochastic_pseudotime
#> Pyy -0.7220135
#> Rbp4 -0.6463097
#> Sst -0.3309485
#> GACGTTAGTGTGAATAstochastic_pseudotime
#> Pyy -0.7147040
#> Rbp4 -0.6348800
#> Sst -0.3309023
#> AAAGCAAAGCTACCTAstochastic_pseudotime
#> Pyy -0.7122435
#> Rbp4 -0.6311157
#> Sst -0.3308887
#> ACATCAGAGAGACTTAstochastic_pseudotime
#> Pyy -0.7106574
#> Rbp4 -0.6287098
#> Sst -0.3308805
#> ACATACGGTCTCTCTGstochastic_pseudotime
#> Pyy -0.7069514
#> Rbp4 -0.6231501
#> Sst -0.3308625
#> TTAACTCGTAATCGTCstochastic_pseudotime
#> Pyy -0.7051758
#> Rbp4 -0.6205159
#> Sst -0.3308545
#> GTTCATTAGGCAGTCAstochastic_pseudotime
#> Pyy -0.7046216
#> Rbp4 -0.6196975
#> Sst -0.3308521
#> CATTATCGTCATATCGstochastic_pseudotime
#> Pyy -0.6986476
#> Rbp4 -0.6109864
#> Sst -0.3308282
#> TTTCCTCGTGGCGAATstochastic_pseudotime
#> Pyy -0.6865795
#> Rbp4 -0.5939599
#> Sst -0.3307899
#> GCAGTTACATTTCACTstochastic_pseudotime
#> Pyy -0.6844913
#> Rbp4 -0.5910850
#> Sst -0.3307844
#> CTTAACTTCAGCTTAGstochastic_pseudotime
#> Pyy -0.6802939
#> Rbp4 -0.5853657
#> Sst -0.3307742
#> AGATCTGTCCGTCAAAstochastic_pseudotime
#> Pyy -0.6755473
#> Rbp4 -0.5789895
#> Sst -0.3307640
#> TCTCATAAGAATGTGTstochastic_pseudotime
#> Pyy -0.6595530
#> Rbp4 -0.5581600
#> Sst -0.3307375
#> GTATCTTTCGTGGACCstochastic_pseudotime
#> Pyy -0.6569997
#> Rbp4 -0.5549214
#> Sst -0.3307342
#> GAAGCAGGTCGCGAAAstochastic_pseudotime
#> Pyy -0.6522815
#> Rbp4 -0.5489952
#> Sst -0.3307288
#> AACACGTGTCGACTGCstochastic_pseudotime
#> Pyy -0.6418770
#> Rbp4 -0.5361802
#> Sst -0.3307192
#> GTCTTCGTCTACCAGAstochastic_pseudotime
#> Pyy -0.6391610
#> Rbp4 -0.5328895
#> Sst -0.3307172
#> TAGTTGGCAGTAACGGstochastic_pseudotime
#> Pyy -0.6385462
#> Rbp4 -0.5321476
#> Sst -0.3307168
#> AATCCAGAGGGTTCCCstochastic_pseudotime
#> Pyy -0.6332918
#> Rbp4 -0.5258515
#> Sst -0.3307134
#> TCCCGATAGTCGTTTGstochastic_pseudotime
#> Pyy -0.6294911
#> Rbp4 -0.5213454
#> Sst -0.3307114
#> CGAGCACAGGCAGGTTstochastic_pseudotime
#> Pyy -0.6264774
#> Rbp4 -0.5178003
#> Sst -0.3307100
#> TAAGAGATCTGCGACGstochastic_pseudotime
#> Pyy -0.6130514
#> Rbp4 -0.5022874
#> Sst -0.3307048
#> TGGGAAGCACGTAAGGstochastic_pseudotime
#> Pyy -0.6111449
#> Rbp4 -0.5001195
#> Sst -0.3307042
#> CACACCTGTTATCCGAstochastic_pseudotime
#> Pyy -0.6079731
#> Rbp4 -0.4965314
#> Sst -0.3307030
#> GATCGCGCACCAGGCTstochastic_pseudotime
#> Pyy -0.6071073
#> Rbp4 -0.4955558
#> Sst -0.3307027
#> CTCGGAGGTGAAGGCTstochastic_pseudotime
#> Pyy -0.6059613
#> Rbp4 -0.4942669
#> Sst -0.3307023
#> AAGGTTCGTCAACTGTstochastic_pseudotime
#> Pyy -0.5930588
#> Rbp4 -0.4799476
#> Sst -0.3306968
#> CAGCTGGGTCTAACGTstochastic_pseudotime
#> Pyy -0.5800841
#> Rbp4 -0.4658764
#> Sst -0.3306893
#> CAACCAAAGCGTTCCGstochastic_pseudotime
#> Pyy -0.5737947
#> Rbp4 -0.4591643
#> Sst -0.3306847
#> TGGCCAGCAATGAAACstochastic_pseudotime
#> Pyy -0.5479548
#> Rbp4 -0.4322565
#> Sst -0.3306581
#> CTAATGGCATGGTTGTstochastic_pseudotime
#> Pyy -0.5419559
#> Rbp4 -0.4261507
#> Sst -0.3306500
#> CTTGGCTCAAAGGAAGstochastic_pseudotime
#> Pyy -0.5383523
#> Rbp4 -0.4225065
#> Sst -0.3306448
#> TCAGCAATCGCCGTGAstochastic_pseudotime
#> Pyy -0.5361548
#> Rbp4 -0.4202926
#> Sst -0.3306415
#> CGGTTAATCACCGGGTstochastic_pseudotime
#> Pyy -0.5306598
#> Rbp4 -0.4147843
#> Sst -0.3306328
#> CTACATTGTTACTGACstochastic_pseudotime
#> Pyy -0.5154494
#> Rbp4 -0.3997329
#> Sst -0.3306055
#> CTGCTGTAGACTGGGTstochastic_pseudotime
#> Pyy -0.5126073
#> Rbp4 -0.3969509
#> Sst -0.3305998
#> GCTCTGTGTCCATGATstochastic_pseudotime
#> Pyy -0.5069737
#> Rbp4 -0.3914634
#> Sst -0.3305881
#> CGACTTCCAGCTGCACstochastic_pseudotime
#> Pyy -0.5067424
#> Rbp4 -0.3912389
#> Sst -0.3305876
#> CAGCTGGCAAGTTGTCstochastic_pseudotime
#> Pyy -0.5017109
#> Rbp4 -0.3863688
#> Sst -0.3305766
#> CCTTACGCACAACGCCstochastic_pseudotime
#> Pyy -0.4969829
#> Rbp4 -0.3818172
#> Sst -0.3305658
#> TAGTGGTCATTCACTTstochastic_pseudotime
#> Pyy -0.4937074
#> Rbp4 -0.3786777
#> Sst -0.3305581
#> CAGGTGCCATCAGTCAstochastic_pseudotime
#> Pyy -0.4899906
#> Rbp4 -0.3751284
#> Sst -0.3305490
#> TACTCATAGGTGTTAAstochastic_pseudotime
#> Pyy -0.4841584
#> Rbp4 -0.3695871
#> Sst -0.3305342
#> AGCTCCTCAGTTTACGstochastic_pseudotime
#> Pyy -0.4806822
#> Rbp4 -0.3663000
#> Sst -0.3305251
#> GTCACGGCATCCGTGGstochastic_pseudotime
#> Pyy -0.4771400
#> Rbp4 -0.3629625
#> Sst -0.3305155
#> GTCACGGTCTTGCCGTstochastic_pseudotime
#> Pyy -0.4739970
#> Rbp4 -0.3600110
#> Sst -0.3305069
#> TTGACTTTCACCGGGTstochastic_pseudotime
#> Pyy -0.4629345
#> Rbp4 -0.3496943
#> Sst -0.3304748
#> CCTCAGTAGTGCGATGstochastic_pseudotime
#> Pyy -0.4583391
#> Rbp4 -0.3454405
#> Sst -0.3304608
#> TTCGGTCTCGACCAGCstochastic_pseudotime
#> Pyy -0.4506995
#> Rbp4 -0.3384088
#> Sst -0.3304366
#> CGTTGGGCAGGCGATAstochastic_pseudotime
#> Pyy -0.4284481
#> Rbp4 -0.3181963
#> Sst -0.3303600
#> CCACGGAAGTCTCCTCstochastic_pseudotime
#> Pyy -0.4245273
#> Rbp4 -0.3146741
#> Sst -0.3303456
#> GATGCTAGTGTTAAGAstochastic_pseudotime
#> Pyy -0.4030353
#> Rbp4 -0.2955619
#> Sst -0.3302616
#> GTGTTAGGTGAACCTTstochastic_pseudotime
#> Pyy -0.3926791
#> Rbp4 -0.2864642
#> Sst -0.3302182
#> AGCTCCTTCGCCCTTAstochastic_pseudotime
#> Pyy -0.3655384
#> Rbp4 -0.2629393
#> Sst -0.3300959
#> TGCGTGGGTCCCTTGTstochastic_pseudotime
#> Pyy -0.3629730
#> Rbp4 -0.2607382
#> Sst -0.3300837
#> GGAGCAAGTATCACCAstochastic_pseudotime
#> Pyy -0.3617043
#> Rbp4 -0.2596510
#> Sst -0.3300776
#> CGTAGCGTCGGAAATAstochastic_pseudotime
#> Pyy -0.3582023
#> Rbp4 -0.2566548
#> Sst -0.3300607
#> CTGGTCTAGGATTCGGstochastic_pseudotime
#> Pyy -0.3500905
#> Rbp4 -0.2497405
#> Sst -0.3300208
#> GGCGTGTTCGAGAGCAstochastic_pseudotime
#> Pyy -0.3230358
#> Rbp4 -0.2269301
#> Sst -0.3298798
#> AACCATGGTTGAACTCstochastic_pseudotime
#> Pyy -0.3099458
#> Rbp4 -0.2160236
#> Sst -0.3298073
#> ACAGCCGAGAGAACAGstochastic_pseudotime
#> Pyy -0.3071145
#> Rbp4 -0.2136752
#> Sst -0.3297913
#> CGAATGTGTCTGGAGAstochastic_pseudotime
#> Pyy -0.3046789
#> Rbp4 -0.2116579
#> Sst -0.3297774
#> GACGGCTTCAACTCTTstochastic_pseudotime
#> Pyy -0.2924844
#> Rbp4 -0.2015978
#> Sst -0.3297064
#> CTTTGCGAGACCACGAstochastic_pseudotime
#> Pyy -0.2725958
#> Rbp4 -0.1853281
#> Sst -0.3295854
#> TTCTACACATAAAGGTstochastic_pseudotime
#> Pyy -0.2722482
#> Rbp4 -0.1850452
#> Sst -0.3295832
#> GCATGATGTCACTGGCstochastic_pseudotime
#> Pyy -0.2639304
#> Rbp4 -0.1782902
#> Sst -0.3295307
#> ACACCCTTCCCAGGTGstochastic_pseudotime
#> Pyy -0.2476068
#> Rbp4 -0.1651123
#> Sst -0.3294245
#> CTCCTAGCACAACGTTstochastic_pseudotime
#> Pyy -0.2421849
#> Rbp4 -0.1607574
#> Sst -0.3293883
#> CTCTGGTCAAGTTGTCstochastic_pseudotime
#> Pyy -0.2399934
#> Rbp4 -0.1590003
#> Sst -0.3293735
#> CATCAGATCATCGCTCstochastic_pseudotime
#> Pyy -0.2192521
#> Rbp4 -0.1424546
#> Sst -0.3292298
#> CCACTACAGAGCTGGTstochastic_pseudotime
#> Pyy -0.2161256
#> Rbp4 -0.1399734
#> Sst -0.3292075
#> CTCGGAGGTCATTAGCstochastic_pseudotime
#> Pyy -0.2104512
#> Rbp4 -0.1354786
#> Sst -0.3291667
#> TGGTTAGCAGTCGTGCstochastic_pseudotime
#> Pyy -0.1705263
#> Rbp4 -0.1041424
#> Sst -0.3288646
#> TCGAGGCAGGCATGGTstochastic_pseudotime
#> Pyy -0.15329809
#> Rbp4 -0.09076654
#> Sst -0.32872613
#> GTACTTTTCTTCGGTCstochastic_pseudotime
#> Pyy -0.12781577
#> Rbp4 -0.07113028
#> Sst -0.32851206
#> ACGAGGATCGCCGTGAstochastic_pseudotime
#> Pyy -0.12712456
#> Rbp4 -0.07059999
#> Sst -0.32850610
#> ATGAGGGTCTTGACGAstochastic_pseudotime
#> Pyy -0.07325158
#> Rbp4 -0.02962121
#> Sst -0.32801552
#> CGATCGGAGCTGCAAGstochastic_pseudotime
#> Pyy -0.06961810
#> Rbp4 -0.02688092
#> Sst -0.32798055
#> GTAGGCCAGCTAACAAstochastic_pseudotime
#> Pyy -0.06173806
#> Rbp4 -0.02094751
#> Sst -0.32790388
#> GTCCTCACACCACGTGstochastic_pseudotime
#> Pyy -0.01483077
#> Rbp4 0.01411746
#> Sst -0.32742311
#> CTGAAGTTCTGCGGCAstochastic_pseudotime
#> Pyy 0.009316151
#> Rbp4 0.032011508
#> Sst -0.327158778
#> GGACATTGTCTCCCTAstochastic_pseudotime
#> Pyy 0.01353253
#> Rbp4 0.03512597
#> Sst -0.32711141
#> CGAGCACGTAGTAGTAstochastic_pseudotime
#> Pyy 0.03220123
#> Rbp4 0.04888145
#> Sst -0.32689722
#> GTGCATAAGAACAATCstochastic_pseudotime
#> Pyy 0.03842212
#> Rbp4 0.05345309
#> Sst -0.32682421
#> ATCTGCCCATGTTGACstochastic_pseudotime
#> Pyy 0.04395866
#> Rbp4 0.05751690
#> Sst -0.32675854
#> ACTGCTCAGGTGTTAAstochastic_pseudotime
#> Pyy 0.05747486
#> Rbp4 0.06741892
#> Sst -0.32659541
#> AGCTCTCAGACATAACstochastic_pseudotime
#> Pyy 0.06701968
#> Rbp4 0.07439586
#> Sst -0.32647779
#> TGACGGCCATATGAGAstochastic_pseudotime
#> Pyy 0.07600593
#> Rbp4 0.08095309
#> Sst -0.32636518
#> CAAGTTGGTGTGCCTGstochastic_pseudotime
#> Pyy 0.09351296
#> Rbp4 0.09369734
#> Sst -0.32614050
#> GATCAGTAGGTGATATstochastic_pseudotime
#> Pyy 0.1062553
#> Rbp4 0.1029488
#> Sst -0.3259725
#> ACGCCGAAGGGTGTTGstochastic_pseudotime
#> Pyy 0.1696444
#> Rbp4 0.1486989
#> Sst -0.3250770
#> GGACGTCAGGGTGTTGstochastic_pseudotime
#> Pyy 0.1781179
#> Rbp4 0.1547834
#> Sst -0.3249494
#> GGACAGACAATCCAACstochastic_pseudotime
#> Pyy 0.1911083
#> Rbp4 0.1640985
#> Sst -0.3247501
#> TCGCGAGCACTTCTGCstochastic_pseudotime
#> Pyy 0.2179757
#> Rbp4 0.1833185
#> Sst -0.3243227
#> TAAGTGCTCCAAATGCstochastic_pseudotime
#> Pyy 0.2295003
#> Rbp4 0.1915450
#> Sst -0.3241330
#> TGCGTGGAGGTTCCTAstochastic_pseudotime
#> Pyy 0.2621559
#> Rbp4 0.2148033
#> Sst -0.3235736
#> ACTATCTTCAAGATCCstochastic_pseudotime
#> Pyy 0.2652268
#> Rbp4 0.2169868
#> Sst -0.3235192
#> TGTGTTTAGGAATGGAstochastic_pseudotime
#> Pyy 0.2679938
#> Rbp4 0.2189537
#> Sst -0.3234700
#> GAGCAGATCAACTCTTstochastic_pseudotime
#> Pyy 0.2764312
#> Rbp4 0.2249485
#> Sst -0.3233185
#> ACGATGTTCGCAGGCTstochastic_pseudotime
#> Pyy 0.2813534
#> Rbp4 0.2284437
#> Sst -0.3232290
#> GTCATTTGTCGTCTTCstochastic_pseudotime
#> Pyy 0.2823963
#> Rbp4 0.2291842
#> Sst -0.3232100
#> TTTGGTTTCCTTTCGGstochastic_pseudotime
#> Pyy 0.2959760
#> Rbp4 0.2388191
#> Sst -0.3229585
#> AAAGCAAGTGCAGTAGstochastic_pseudotime
#> Pyy 0.3281583
#> Rbp4 0.2616147
#> Sst -0.3223372
#> CACACCTGTACATGTCstochastic_pseudotime
#> Pyy 0.3601428
#> Rbp4 0.2842248
#> Sst -0.3216826
#> CGATGTAAGTTTAGGAstochastic_pseudotime
#> Pyy 0.3751247
#> Rbp4 0.2948027
#> Sst -0.3213626
#> GCGCAGTGTGCTAGCCstochastic_pseudotime
#> Pyy 0.3769620
#> Rbp4 0.2960993
#> Sst -0.3213227
#> CTGAAACGTAGCGCAAstochastic_pseudotime
#> Pyy 0.4042477
#> Rbp4 0.3153456
#> Sst -0.3207147
#> CGTGTCTGTAGCGTCCstochastic_pseudotime
#> Pyy 0.4077701
#> Rbp4 0.3178288
#> Sst -0.3206340
#> AGTGGGAGTGGCAAACstochastic_pseudotime
#> Pyy 0.4271178
#> Rbp4 0.3314637
#> Sst -0.3201809
#> AGGCCACCATGACATCstochastic_pseudotime
#> Pyy 0.4357535
#> Rbp4 0.3375474
#> Sst -0.3199734
#> TTTGTCAAGAATGTGTstochastic_pseudotime
#> Pyy 0.4361821
#> Rbp4 0.3378493
#> Sst -0.3199630
#> AAGGAGCAGTACATGAstochastic_pseudotime
#> Pyy 0.4405215
#> Rbp4 0.3409059
#> Sst -0.3198574
#> ACACCGGTCATGTCTTstochastic_pseudotime
#> Pyy 0.4412172
#> Rbp4 0.3413959
#> Sst -0.3198404
#> GAGGTGAGTCCGCTGAstochastic_pseudotime
#> Pyy 0.4421428
#> Rbp4 0.3420478
#> Sst -0.3198177
#> CTCGAAAGTGGTGTAGstochastic_pseudotime
#> Pyy 0.4551603
#> Rbp4 0.3512152
#> Sst -0.3194947
#> AAGGTTCAGATAGTCAstochastic_pseudotime
#> Pyy 0.4937098
#> Rbp4 0.3783556
#> Sst -0.3184905
#> AGTGTCATCCCTTGTGstochastic_pseudotime
#> Pyy 0.5068047
#> Rbp4 0.3875741
#> Sst -0.3181323
#> ATCACGAGTGCACCACstochastic_pseudotime
#> Pyy 0.5254666
#> Rbp4 0.4007127
#> Sst -0.3176063
#> TACGGGCAGCCAACAGstochastic_pseudotime
#> Pyy 0.5687299
#> Rbp4 0.4311845
#> Sst -0.3163120
#> CTCAGAACATAGGATAstochastic_pseudotime
#> Pyy 0.5828911
#> Rbp4 0.4411652
#> Sst -0.3158643
#> TATCTCACACGCGAAAstochastic_pseudotime
#> Pyy 0.6036208
#> Rbp4 0.4557833
#> Sst -0.3151863
#> GATTCAGTCGCCAGCAstochastic_pseudotime
#> Pyy 0.6122917
#> Rbp4 0.4619011
#> Sst -0.3148944
#> TCACAAGCAACGATGGstochastic_pseudotime
#> Pyy 0.6222322
#> Rbp4 0.4689174
#> Sst -0.3145536
#> TGTGTTTGTAGATTAGstochastic_pseudotime
#> Pyy 0.6311351
#> Rbp4 0.4752038
#> Sst -0.3142426
#> GGCGTGTTCAGCTTAGstochastic_pseudotime
#> Pyy 0.6348739
#> Rbp4 0.4778446
#> Sst -0.3141104
#> AGTAGTCGTGAGGGAGstochastic_pseudotime
#> Pyy 0.6363129
#> Rbp4 0.4788611
#> Sst -0.3140592
#> GTACGTAGTCTCTTTAstochastic_pseudotime
#> Pyy 0.6421269
#> Rbp4 0.4829689
#> Sst -0.3138510
#> GAATGAATCATCGGATstochastic_pseudotime
#> Pyy 0.6421359
#> Rbp4 0.4829754
#> Sst -0.3138507
#> GCTGCGAAGAACAACTstochastic_pseudotime
#> Pyy 0.6587535
#> Rbp4 0.4947232
#> Sst -0.3132422
#> TCTGGAAGTCATCGGCstochastic_pseudotime
#> Pyy 0.6917780
#> Rbp4 0.5181038
#> Sst -0.3119710
#> CTGCTGTCAAAGCAATstochastic_pseudotime
#> Pyy 0.6965099
#> Rbp4 0.5214580
#> Sst -0.3117818
#> CATCAGAGTCTCTTTAstochastic_pseudotime
#> Pyy 0.7008619
#> Rbp4 0.5245438
#> Sst -0.3116062
#> GCAATCACAGCTGCTGstochastic_pseudotime
#> Pyy 0.7096939
#> Rbp4 0.5308092
#> Sst -0.3112450
#> CCCAGTTTCAGCACATstochastic_pseudotime
#> Pyy 0.7354834
#> Rbp4 0.5491291
#> Sst -0.3101524
#> CACAGTAGTGCACTTAstochastic_pseudotime
#> Pyy 0.7453353
#> Rbp4 0.5561381
#> Sst -0.3097196
#> GAACCTATCACTTATCstochastic_pseudotime
#> Pyy 0.7482641
#> Rbp4 0.5582230
#> Sst -0.3095892
#> GGCAATTCACGGCTACstochastic_pseudotime
#> Pyy 0.7535708
#> Rbp4 0.5620021
#> Sst -0.3093510
#> TTGAACGGTGAGGGAGstochastic_pseudotime
#> Pyy 0.7541134
#> Rbp4 0.5623885
#> Sst -0.3093265
#> GATTCAGAGCGATGACstochastic_pseudotime
#> Pyy 0.7561764
#> Rbp4 0.5638583
#> Sst -0.3092331
#> GCATGCGAGGAACTGCstochastic_pseudotime
#> Pyy 0.7602553
#> Rbp4 0.5667650
#> Sst -0.3090473
#> GAACGGAAGTCAAGCGstochastic_pseudotime
#> Pyy 0.7705726
#> Rbp4 0.5741229
#> Sst -0.3085701
#> ACCAGTAGTTCGTTGAstochastic_pseudotime
#> Pyy 0.7909096
#> Rbp4 0.5886501
#> Sst -0.3075994
#> GGAAAGCCAATGTAAGstochastic_pseudotime
#> Pyy 0.7934037
#> Rbp4 0.5904340
#> Sst -0.3074775
#> CTCGTACTCTTTAGTCstochastic_pseudotime
#> Pyy 0.8165952
#> Rbp4 0.6070471
#> Sst -0.3063132
#> GTGCTTCAGAGGGATAstochastic_pseudotime
#> Pyy 0.8224572
#> Rbp4 0.6112540
#> Sst -0.3060099
#> AGGGAGTTCGGAGGTAstochastic_pseudotime
#> Pyy 0.8361871
#> Rbp4 0.6211204
#> Sst -0.3052847
#> CTAACTTAGAGGTACCstochastic_pseudotime
#> Pyy 0.8386866
#> Rbp4 0.6229186
#> Sst -0.3051504
#> CAGGTGCAGCCAGGATstochastic_pseudotime
#> Pyy 0.8434050
#> Rbp4 0.6263147
#> Sst -0.3048950
#> GCATGATGTTTAGGAAstochastic_pseudotime
#> Pyy 0.8584270
#> Rbp4 0.6371428
#> Sst -0.3040645
#> CCACGGAAGGGTGTTGstochastic_pseudotime
#> Pyy 0.8877669
#> Rbp4 0.6583644
#> Sst -0.3023635
#> CATGACATCATGCATGstochastic_pseudotime
#> Pyy 0.8878216
#> Rbp4 0.6584041
#> Sst -0.3023603
#> GACGTGCGTCACCTAAstochastic_pseudotime
#> Pyy 0.8952590
#> Rbp4 0.6638001
#> Sst -0.3019117
#> CCACGGAAGATCCTGTstochastic_pseudotime
#> Pyy 0.9058747
#> Rbp4 0.6715142
#> Sst -0.3012588
#> TTGGAACAGAAGATTCstochastic_pseudotime
#> Pyy 0.9118185
#> Rbp4 0.6758399
#> Sst -0.3008866
#> CCACCTATCTAAGCCAstochastic_pseudotime
#> Pyy 0.9154205
#> Rbp4 0.6784636
#> Sst -0.3006587
#> AGGTCATGTCTCCCTAstochastic_pseudotime
#> Pyy 0.9299331
#> Rbp4 0.6890528
#> Sst -0.2997219
#> ATAGACCAGTGATCGGstochastic_pseudotime
#> Pyy 0.9396138
#> Rbp4 0.6961333
#> Sst -0.2990801
#> GAACCTAAGTAGATGTstochastic_pseudotime
#> Pyy 0.9435524
#> Rbp4 0.6990179
#> Sst -0.2988150
#> GATCGATGTTGTTTGGstochastic_pseudotime
#> Pyy 0.9644868
#> Rbp4 0.7143907
#> Sst -0.2973662
#> TTCTCCTAGTCCATACstochastic_pseudotime
#> Pyy 0.9649651
#> Rbp4 0.7147427
#> Sst -0.2973323
#> AACTCCCCAGTTCATGstochastic_pseudotime
#> Pyy 0.9721728
#> Rbp4 0.7200525
#> Sst -0.2968169
#> GGGATGAGTCTGCGGTstochastic_pseudotime
#> Pyy 0.9737081
#> Rbp4 0.7211846
#> Sst -0.2967061
#> CTCGAAATCCTGCCATstochastic_pseudotime
#> Pyy 0.9740530
#> Rbp4 0.7214390
#> Sst -0.2966811
#> CGGGTCAAGGCGATACstochastic_pseudotime
#> Pyy 1.001401
#> Rbp4 0.741676
#> Sst -0.294638
#> GACCTGGGTTCGTGATstochastic_pseudotime
#> Pyy 1.0057702
#> Rbp4 0.7449214
#> Sst -0.2942996
#> CCTACACAGTACGTTCstochastic_pseudotime
#> Pyy 1.0286499
#> Rbp4 0.7619777
#> Sst -0.2924696
#> GACCAATGTTATCCGAstochastic_pseudotime
#> Pyy 1.0451188
#> Rbp4 0.7743206
#> Sst -0.2910900
#> CATCGGGCACGTTGGCstochastic_pseudotime
#> Pyy 1.0505070
#> Rbp4 0.7783715
#> Sst -0.2906267
#> ACTTGTTTCACCCGAGstochastic_pseudotime
#> Pyy 1.0677622
#> Rbp4 0.7913876
#> Sst -0.2891019
#> CCGTTCAAGCTAAACAstochastic_pseudotime
#> Pyy 1.0748849
#> Rbp4 0.7967807
#> Sst -0.2884535
#> ATCATGGAGGAATGGAstochastic_pseudotime
#> Pyy 1.0820688
#> Rbp4 0.8022323
#> Sst -0.2877881
#> AGGGATGGTCGACTGCstochastic_pseudotime
#> Pyy 1.0843277
#> Rbp4 0.8039492
#> Sst -0.2875764
#> ACCAGTAAGTGATCGGstochastic_pseudotime
#> Pyy 1.0876198
#> Rbp4 0.8064535
#> Sst -0.2872657
#> GCGACCATCACCAGGCstochastic_pseudotime
#> Pyy 1.0892088
#> Rbp4 0.8076633
#> Sst -0.2871148
#> CGAGAAGTCGTTACAGstochastic_pseudotime
#> Pyy 1.0964873
#> Rbp4 0.8132128
#> Sst -0.2864162
#> CTCTAATAGTTATCGCstochastic_pseudotime
#> Pyy 1.1142710
#> Rbp4 0.8268306
#> Sst -0.2846543
#> CTACGTCAGCTAGGCAstochastic_pseudotime
#> Pyy 1.1160173
#> Rbp4 0.8281724
#> Sst -0.2844770
#> ACTTGTTAGTGAAGTTstochastic_pseudotime
#> Pyy 1.1292571
#> Rbp4 0.8383737
#> Sst -0.2831064
#> CGTTCTGAGGACGAAAstochastic_pseudotime
#> Pyy 1.1387184
#> Rbp4 0.8456947
#> Sst -0.2820979
#> GTGCATAGTTCAACCAstochastic_pseudotime
#> Pyy 1.1478173
#> Rbp4 0.8527608
#> Sst -0.2811041
#> ACAGCTAAGTCGTTTGstochastic_pseudotime
#> Pyy 1.1559775
#> Rbp4 0.8591198
#> Sst -0.2801924
#> CACCACTAGCGATCCCstochastic_pseudotime
#> Pyy 1.1582976
#> Rbp4 0.8609317
#> Sst -0.2799296
#> CATGCCTCACCCATTCstochastic_pseudotime
#> Pyy 1.1750913
#> Rbp4 0.8740995
#> Sst -0.2779773
#> CAAGGCCTCAGTGCATstochastic_pseudotime
#> Pyy 1.1772900
#> Rbp4 0.8758306
#> Sst -0.2777151
#> CCGGGATTCGACAGCCstochastic_pseudotime
#> Pyy 1.1832029
#> Rbp4 0.8804942
#> Sst -0.2770021
#> CCACGGAAGCAATCTCstochastic_pseudotime
#> Pyy 1.2033045
#> Rbp4 0.8964436
#> Sst -0.2744888
#> GTGGGTCTCCGAATGTstochastic_pseudotime
#> Pyy 1.2068064
#> Rbp4 0.8992377
#> Sst -0.2740363
#> GCATGTAGTTGCGCACstochastic_pseudotime
#> Pyy 1.2074629
#> Rbp4 0.8997621
#> Sst -0.2739510
#> TGCGTGGAGTACACCTstochastic_pseudotime
#> Pyy 1.2133852
#> Rbp4 0.9044998
#> Sst -0.2731740
#> CGCTTCATCTCTGTCGstochastic_pseudotime
#> Pyy 1.2263554
#> Rbp4 0.9149251
#> Sst -0.2714255
#> AGGTCATCACTTCTGCstochastic_pseudotime
#> Pyy 1.2333707
#> Rbp4 0.9205933
#> Sst -0.2704520
#> TATGCCCAGAACAATCstochastic_pseudotime
#> Pyy 1.2364903
#> Rbp4 0.9231207
#> Sst -0.2700127
#> ATAGACCAGCGTGTCCstochastic_pseudotime
#> Pyy 1.2432387
#> Rbp4 0.9286026
#> Sst -0.2690482
#> CGCCAAGTCTAAGCCAstochastic_pseudotime
#> Pyy 1.2507856
#> Rbp4 0.9347576
#> Sst -0.2679464
#> CGCGGTAAGCTGCAAGstochastic_pseudotime
#> Pyy 1.2568899
#> Rbp4 0.9397554
#> Sst -0.2670367
#> AGAATAGCAATCACACstochastic_pseudotime
#> Pyy 1.2615507
#> Rbp4 0.9435834
#> Sst -0.2663307
#> CGTCTACAGGGAGTAAstochastic_pseudotime
#> Pyy 1.2627236
#> Rbp4 0.9445483
#> Sst -0.2661514
#> GGGAATGCAAAGTGCGstochastic_pseudotime
#> Pyy 1.2643837
#> Rbp4 0.9459153
#> Sst -0.2658966
#> AACTTTCTCCAGATCAstochastic_pseudotime
#> Pyy 1.2681036
#> Rbp4 0.9489833
#> Sst -0.2653208
#> AGAGTGGAGGCGATACstochastic_pseudotime
#> Pyy 1.2726285
#> Rbp4 0.9527245
#> Sst -0.2646114
#> AAACGGGCAAAGAATCstochastic_pseudotime
#> Pyy 1.2736890
#> Rbp4 0.9536029
#> Sst -0.2644437
#> GGGATGAAGGGCATGTstochastic_pseudotime
#> Pyy 1.2832615
#> Rbp4 0.9615578
#> Sst -0.2629043
#> AGTCTTTCACGGACAAstochastic_pseudotime
#> Pyy 1.2859342
#> Rbp4 0.9637874
#> Sst -0.2624662
#> GCAAACTCAGACAAATstochastic_pseudotime
#> Pyy 1.2887860
#> Rbp4 0.9661709
#> Sst -0.2619945
#> ACACCAAGTATAGGTAstochastic_pseudotime
#> Pyy 1.3044998
#> Rbp4 0.9793856
#> Sst -0.2593160
#> ACGCAGCCATTCTCATstochastic_pseudotime
#> Pyy 1.3100604
#> Rbp4 0.9840964
#> Sst -0.2583347
#> CTAACTTCATCTGGTAstochastic_pseudotime
#> Pyy 1.3130647
#> Rbp4 0.9866493
#> Sst -0.2577969
#> TGGGCGTGTGTGCGTCstochastic_pseudotime
#> Pyy 1.3231851
#> Rbp4 0.9952904
#> Sst -0.2559447
#> TGAGAGGCAGGAACGTstochastic_pseudotime
#> Pyy 1.3443160
#> Rbp4 1.0135504
#> Sst -0.2518631
#> AAGACCTAGACCTTTGstochastic_pseudotime
#> Pyy 1.3462962
#> Rbp4 1.0152776
#> Sst -0.2514649
#> GCGCCAAAGCTCCTTCstochastic_pseudotime
#> Pyy 1.347102
#> Rbp4 1.015981
#> Sst -0.251302
#> GCATGTATCGTGGACCstochastic_pseudotime
#> Pyy 1.3477648
#> Rbp4 1.0165603
#> Sst -0.2511677
#> GGGAGATAGTGACATAstochastic_pseudotime
#> Pyy 1.3526293
#> Rbp4 1.0208205
#> Sst -0.2501719
#> GTTCTCGAGAATTCCCstochastic_pseudotime
#> Pyy 1.3563488
#> Rbp4 1.0240899
#> Sst -0.2493986
#> GGGCATCCATTTCAGGstochastic_pseudotime
#> Pyy 1.3592086
#> Rbp4 1.0266108
#> Sst -0.2487969
#> TATTACCTCGTTGCCTstochastic_pseudotime
#> Pyy 1.3659098
#> Rbp4 1.0325430
#> Sst -0.2473617
#> CGAATGTTCTTCATGTstochastic_pseudotime
#> Pyy 1.3787854
#> Rbp4 1.0440442
#> Sst -0.2445006
#> CGGAGTCAGTTTAGGAstochastic_pseudotime
#> Pyy 1.3829399
#> Rbp4 1.0477855
#> Sst -0.2435468
#> AGATTGCAGCGTGTCCstochastic_pseudotime
#> Pyy 1.3859801
#> Rbp4 1.0505330
#> Sst -0.2428391
#> GGATGTTAGTAAGTACstochastic_pseudotime
#> Pyy 1.3923172
#> Rbp4 1.0562871
#> Sst -0.2413363
#> GATCGATAGGATGGTCstochastic_pseudotime
#> Pyy 1.3928430
#> Rbp4 1.0567662
#> Sst -0.2412099
#> TCAGGTACAGTCACTAstochastic_pseudotime
#> Pyy 1.4070645
#> Rbp4 1.0698262
#> Sst -0.2376872
#> CCTTCGATCACAGGCCstochastic_pseudotime
#> Pyy 1.4122883
#> Rbp4 1.0746748
#> Sst -0.2363405
#> GGCGACTGTAAGTTCCstochastic_pseudotime
#> Pyy 1.4129309
#> Rbp4 1.0752732
#> Sst -0.2361728
#> TTCGGTCGTATAGTAGstochastic_pseudotime
#> Pyy 1.4140559
#> Rbp4 1.0763220
#> Sst -0.2358781
#> CTTCTCTCAGCATACTstochastic_pseudotime
#> Pyy 1.4146249
#> Rbp4 1.0768529
#> Sst -0.2357285
#> TTGCCGTCACCGAATTstochastic_pseudotime
#> Pyy 1.4182340
#> Rbp4 1.0802288
#> Sst -0.2347711
#> CGTGTCTCAGAAGCACstochastic_pseudotime
#> Pyy 1.4210961
#> Rbp4 1.0829162
#> Sst -0.2340013
#> AACTCTTCATTTGCCCstochastic_pseudotime
#> Pyy 1.4247186
#> Rbp4 1.0863308
#> Sst -0.2330132
#> GCATGCGCAGCTCCGAstochastic_pseudotime
#> Pyy 1.4249087
#> Rbp4 1.0865105
#> Sst -0.2329609
#> TTTGGTTAGACAGGCTstochastic_pseudotime
#> Pyy 1.4322677
#> Rbp4 1.0934960
#> Sst -0.2309028
#> CGATGGCTCAGTGTTGstochastic_pseudotime
#> Pyy 1.4403773
#> Rbp4 1.1012707
#> Sst -0.2285547
#> TACTCGCAGTAAGTACstochastic_pseudotime
#> Pyy 1.4431440
#> Rbp4 1.1039423
#> Sst -0.2277335
#> TCAATCTTCGAACGGAstochastic_pseudotime
#> Pyy 1.4467719
#> Rbp4 1.1074607
#> Sst -0.2266405
#> GCTGGGTGTCATACTGstochastic_pseudotime
#> Pyy 1.4470518
#> Rbp4 1.1077330
#> Sst -0.2265554
#> ACGATACAGATGAGAGstochastic_pseudotime
#> Pyy 1.4487690
#> Rbp4 1.1094052
#> Sst -0.2260308
#> GTATCTTGTACTCAACstochastic_pseudotime
#> Pyy 1.4539273
#> Rbp4 1.1144530
#> Sst -0.2244291
#> ACGATACTCGCGCCAAstochastic_pseudotime
#> Pyy 1.4567105
#> Rbp4 1.1171923
#> Sst -0.2235482
#> GATCGATGTAGCGATGstochastic_pseudotime
#> Pyy 1.4617919
#> Rbp4 1.1222228
#> Sst -0.2219088
#> CCTACACTCTTTACACstochastic_pseudotime
#> Pyy 1.4686240
#> Rbp4 1.1290486
#> Sst -0.2196381
#> AAGGTTCAGGAGCGAGstochastic_pseudotime
#> Pyy 1.4712260
#> Rbp4 1.1316677
#> Sst -0.2187525
#> CAGTCCTCAGGGCATAstochastic_pseudotime
#> Pyy 1.481040
#> Rbp4 1.141648
#> Sst -0.215302
#> CCCATACCATGCAACTstochastic_pseudotime
#> Pyy 1.4849843
#> Rbp4 1.1457072
#> Sst -0.2138637
#> GCTTGAAGTCAACTGTstochastic_pseudotime
#> Pyy 1.4851820
#> Rbp4 1.1459113
#> Sst -0.2137908
#> CTTCTCTAGTCCGTATstochastic_pseudotime
#> Pyy 1.4902668
#> Rbp4 1.1511880
#> Sst -0.2118884
#> AGCTTGACATCTATGGstochastic_pseudotime
#> Pyy 1.496734
#> Rbp4 1.157971
#> Sst -0.209390
#> CTCGAGGCAAGTCTGTstochastic_pseudotime
#> Pyy 1.4980806
#> Rbp4 1.1593930
#> Sst -0.2088585
#> CAGAATCCATTGGGCCstochastic_pseudotime
#> Pyy 1.4984190
#> Rbp4 1.1597510
#> Sst -0.2087242
#> CTTCTCTGTCAGAGGTstochastic_pseudotime
#> Pyy 1.5064631
#> Rbp4 1.1683319
#> Sst -0.2054548
#> GATGAAACAGGCTGAAstochastic_pseudotime
#> Pyy 1.516113
#> Rbp4 1.178809
#> Sst -0.201324
#> ATTACTCTCTGCCAGGstochastic_pseudotime
#> Pyy 1.5320901
#> Rbp4 1.1966355
#> Sst -0.1939251
#> GGGTCTGTCCATGAACstochastic_pseudotime
#> Pyy 1.5398800
#> Rbp4 1.2055644
#> Sst -0.1900342
#> ACCTTTATCCTGCAGGstochastic_pseudotime
#> Pyy 1.5409138
#> Rbp4 1.2067619
#> Sst -0.1895026
#> GGGAGATAGATGTGGCstochastic_pseudotime
#> Pyy 1.5429606
#> Rbp4 1.2091418
#> Sst -0.1884392
#> ATCCACCCAGCTCGCAstochastic_pseudotime
#> Pyy 1.5479107
#> Rbp4 1.2149477
#> Sst -0.1858055
#> TCGAGGCAGAACAATCstochastic_pseudotime
#> Pyy 1.5492463
#> Rbp4 1.2165267
#> Sst -0.1850793
#> GCTTCCAAGTTAAGTGstochastic_pseudotime
#> Pyy 1.5524232
#> Rbp4 1.2203046
#> Sst -0.1833247
#> AAATGCCCAATGGAATstochastic_pseudotime
#> Pyy 1.5527356
#> Rbp4 1.2206777
#> Sst -0.1831501
#> AGTTGGTAGAGCCTAGstochastic_pseudotime
#> Pyy 1.5612056
#> Rbp4 1.2309165
#> Sst -0.1782621
#> GTGTGCGGTGTAAGTAstochastic_pseudotime
#> Pyy 1.5678043
#> Rbp4 1.2390623
#> Sst -0.1742377
#> CGGAGCTAGATAGTCAstochastic_pseudotime
#> Pyy 1.5686187
#> Rbp4 1.2400785
#> Sst -0.1737269
#> GAACGGACAAGGACACstochastic_pseudotime
#> Pyy 1.5686453
#> Rbp4 1.2401117
#> Sst -0.1737102
#> ACAGCTATCAAGGCTTstochastic_pseudotime
#> Pyy 1.5727029
#> Rbp4 1.2452120
#> Sst -0.1711168
#> GGGACCTCACTGTCGGstochastic_pseudotime
#> Pyy 1.5785145
#> Rbp4 1.2526285
#> Sst -0.1672554
#> CCCAATCCAACTGGCCstochastic_pseudotime
#> Pyy 1.5792657
#> Rbp4 1.2535971
#> Sst -0.1667431
#> AATCGGTTCGTATCAGstochastic_pseudotime
#> Pyy 1.5853117
#> Rbp4 1.2614797
#> Sst -0.1625028
#> GACCAATCAGACGCCTstochastic_pseudotime
#> Pyy 1.5871821
#> Rbp4 1.2639506
#> Sst -0.1611471
#> CCTCAGTCAGACACTTstochastic_pseudotime
#> Pyy 1.5876116
#> Rbp4 1.2645202
#> Sst -0.1608328
#> GCGAGAAGTGGGTATGstochastic_pseudotime
#> Pyy 1.5891066
#> Rbp4 1.2665096
#> Sst -0.1597296
#> ACAGCCGAGAGGTACCstochastic_pseudotime
#> Pyy 1.5893045
#> Rbp4 1.2667737
#> Sst -0.1595825
#> ACTTGTTAGTTAAGTGstochastic_pseudotime
#> Pyy 1.5918071
#> Rbp4 1.2701297
#> Sst -0.1577006
#> CTGAAGTGTTTGGGCCstochastic_pseudotime
#> Pyy 1.5983987
#> Rbp4 1.2791156
#> Sst -0.1525403
#> CACTCCACATCGTCGGstochastic_pseudotime
#> Pyy 1.6007134
#> Rbp4 1.2823241
#> Sst -0.1506541
#> CCACCTAAGACTTGAAstochastic_pseudotime
#> Pyy 1.6066155
#> Rbp4 1.2906381
#> Sst -0.1456561
#> GTCTTCGTCCGTTGCTstochastic_pseudotime
#> Pyy 1.611746
#> Rbp4 1.298030
#> Sst -0.141075
#> TACACGACATGTAGTCstochastic_pseudotime
#> Pyy 1.6143522
#> Rbp4 1.3018480
#> Sst -0.1386562
#> GTGGGTCGTCCAGTATstochastic_pseudotime
#> Pyy 1.6180482
#> Rbp4 1.3073391
#> Sst -0.1351137
#> GCGGGTTCAAGTAATGstochastic_pseudotime
#> Pyy 1.6191397
#> Rbp4 1.3089786
#> Sst -0.1340411
#> CAGAGAGTCGGCCGATstochastic_pseudotime
#> Pyy 1.6265573
#> Rbp4 1.3203503
#> Sst -0.1264076
#> TGCGGGTAGGGTTCCCstochastic_pseudotime
#> Pyy 1.6293523
#> Rbp4 1.3247462
#> Sst -0.1233634
#> CATATTCTCCTGTAGAstochastic_pseudotime
#> Pyy 1.6295314
#> Rbp4 1.3250302
#> Sst -0.1231649
#> CACAAACCACGAAAGCstochastic_pseudotime
#> Pyy 1.6309030
#> Rbp4 1.3272133
#> Sst -0.1216315
#> TGCGTGGGTTACTGACstochastic_pseudotime
#> Pyy 1.6310472
#> Rbp4 1.3274437
#> Sst -0.1214689
#> TCTTTCCGTGCAACTTstochastic_pseudotime
#> Pyy 1.6310715
#> Rbp4 1.3274825
#> Sst -0.1214415
#> CCACTACCAACGCACCstochastic_pseudotime
#> Pyy 1.6312960
#> Rbp4 1.3278417
#> Sst -0.1211876
#> TACCTTATCCGATATGstochastic_pseudotime
#> Pyy 1.6331337
#> Rbp4 1.3307983
#> Sst -0.1190843
#> TGCGGGTTCCACTCCAstochastic_pseudotime
#> Pyy 1.6361098
#> Rbp4 1.3356512
#> Sst -0.1155774
#> GCTTCCAAGACATAACstochastic_pseudotime
#> Pyy 1.6369054
#> Rbp4 1.3369626
#> Sst -0.1146181
#> CAGTCCTAGGTGGGTTstochastic_pseudotime
#> Pyy 1.6389281
#> Rbp4 1.3403242
#> Sst -0.1121356
#> CGCGGTAAGAGCTGGTstochastic_pseudotime
#> Pyy 1.643817
#> Rbp4 1.348622
#> Sst -0.105862
#> GAGCAGAGTTTGCATGstochastic_pseudotime
#> Pyy 1.64814271
#> Rbp4 1.35618388
#> Sst -0.09995902
#> ACGCCAGGTTACAGAAstochastic_pseudotime
#> Pyy 1.65192992
#> Rbp4 1.36299114
#> Sst -0.09448753
#> GAAGCAGGTCTAGAGGstochastic_pseudotime
#> Pyy 1.65310339
#> Rbp4 1.36513834
#> Sst -0.09272992
#> GTTCTCGCAAGAAAGGstochastic_pseudotime
#> Pyy 1.65396179
#> Rbp4 1.36672092
#> Sst -0.09142457
#> ACTGATGCATGGTCTAstochastic_pseudotime
#> Pyy 1.65514748
#> Rbp4 1.36892391
#> Sst -0.08959335
#> TACAGTGCACAGGCCTstochastic_pseudotime
#> Pyy 1.65802448
#> Rbp4 1.37435473
#> Sst -0.08500768
#> TCTCATACAAATTGCCstochastic_pseudotime
#> Pyy 1.65934303
#> Rbp4 1.37688606
#> Sst -0.08283503
#> TCCACACCAGGCGATAstochastic_pseudotime
#> Pyy 1.6640296
#> Rbp4 1.3861168
#> Sst -0.0747171
#> GATTCAGAGTACGTTCstochastic_pseudotime
#> Pyy 1.66469304
#> Rbp4 1.38745482
#> Sst -0.07351438
#> AGTCTTTGTTACGGAGstochastic_pseudotime
#> Pyy 1.67411473
#> Rbp4 1.40743485
#> Sst -0.05473337
#> TTTGTCATCGAATGCTstochastic_pseudotime
#> Pyy 1.67614088
#> Rbp4 1.41200493
#> Sst -0.05021173
#> GCGCAACGTTTCGCTCstochastic_pseudotime
#> Pyy 1.67627655
#> Rbp4 1.41231489
#> Sst -0.04990189
#> ACGCCGAGTTTGCATGstochastic_pseudotime
#> Pyy 1.68485475
#> Rbp4 1.43308288
#> Sst -0.02818467
#> CGTGAGCTCTTCTGGCstochastic_pseudotime
#> Pyy 1.68715724
#> Rbp4 1.43911959
#> Sst -0.02150204
#> CATATGGGTTACTGACstochastic_pseudotime
#> Pyy 1.68742678
#> Rbp4 1.43984151
#> Sst -0.02069121
#> AGGGTGAGTGCGAAACstochastic_pseudotime
#> Pyy 1.68842071
#> Rbp4 1.44253300
#> Sst -0.01764588
#> AAACGGGTCGCATGGCstochastic_pseudotime
#> Pyy 1.68966926
#> Rbp4 1.44598270
#> Sst -0.01369059
#> GACGTGCTCCGGCACAstochastic_pseudotime
#> Pyy 1.69029924
#> Rbp4 1.44775400
#> Sst -0.01163664
#> TGTCCCATCTCTGCTGstochastic_pseudotime
#> Pyy 1.690981207
#> Rbp4 1.449695848
#> Sst -0.009366756
#> TTTATGCAGGTTACCTstochastic_pseudotime
#> Pyy 1.69688024
#> Rbp4 1.46773701
#> Sst 0.01266506
#> ATCATGGGTATTCGTGstochastic_pseudotime
#> Pyy 1.69688809
#> Rbp4 1.46776276
#> Sst 0.01269777
#> GGACGTCGTCGAGATGstochastic_pseudotime
#> Pyy 1.6994528
#> Rbp4 1.4764806
#> Sst 0.0239858
#> CGACTTCTCACGCGGTstochastic_pseudotime
#> Pyy 1.70265786
#> Rbp4 1.48841088
#> Sst 0.04015539
#> TTTGTCATCTGTTTGTstochastic_pseudotime
#> Pyy 1.70369230
#> Rbp4 1.49257206
#> Sst 0.04599996
#> CGAGAAGAGGGTTCCCstochastic_pseudotime
#> Pyy 1.70436346
#> Rbp4 1.49536998
#> Sst 0.04999127
#> CACAGGCCACGTCAGCstochastic_pseudotime
#> Pyy 1.70438296
#> Rbp4 1.49545254
#> Sst 0.05010982
#> AAATGCCGTGATAAGTstochastic_pseudotime
#> Pyy 1.70561237
#> Rbp4 1.50081142
#> Sst 0.05789826
#> TTATGCTCACCCAGTGstochastic_pseudotime
#> Pyy 1.70674291
#> Rbp4 1.50604421
#> Sst 0.06568644
#> CCGTGGATCTGTCTCGstochastic_pseudotime
#> Pyy 1.70954118
#> Rbp4 1.52071223
#> Sst 0.08852435
#> TTAACTCCAGGATTGGstochastic_pseudotime
#> Pyy 1.71059337
#> Rbp4 1.52713561
#> Sst 0.09901454
#> TGAGAGGAGGTAAACTstochastic_pseudotime
#> Pyy 1.7113843
#> Rbp4 1.5324543
#> Sst 0.1079367
#> TTGAACGAGAGCAATTstochastic_pseudotime
#> Pyy 1.7134773
#> Rbp4 1.5500363
#> Sst 0.1390318
#> TGAGAGGAGCCAGGATstochastic_pseudotime
#> Pyy 1.7143253
#> Rbp4 1.5602834
#> Sst 0.1583564
#> AGTGAGGTCTCCAACCstochastic_pseudotime
#> Pyy 1.7143915
#> Rbp4 1.5612553
#> Sst 0.1602376
#> GGGAGATAGCGAAGGGstochastic_pseudotime
#> Pyy 1.7144723
#> Rbp4 1.5624965
#> Sst 0.1626524
#> CTAAGACGTATCAGTCstochastic_pseudotime
#> Pyy 1.7146310
#> Rbp4 1.5651381
#> Sst 0.1678388
#> CGGACTGTCTTGAGACstochastic_pseudotime
#> Pyy 1.7147792
#> Rbp4 1.5679410
#> Sst 0.1734123
#> GACGCGTGTCGGCTCAstochastic_pseudotime
#> Pyy 1.7151119
#> Rbp4 1.5768181
#> Sst 0.1915557
#> CCCAGTTGTCGTGGCTstochastic_pseudotime
#> Pyy 1.7151646
#> Rbp4 1.5791399
#> Sst 0.1964274
#> GTGCATATCAAGGCTTstochastic_pseudotime
#> Pyy 1.7152365
#> Rbp4 1.5858371
#> Sst 0.2107826
#> CTCGAGGGTAAGTAGTstochastic_pseudotime
#> Pyy 1.7151552
#> Rbp4 1.5943961
#> Sst 0.2298035
#> GGGAATGAGCACACAGstochastic_pseudotime
#> Pyy 1.7132824
#> Rbp4 1.6248783
#> Sst 0.3042182
#> TCGGGACGTCTGCGGTstochastic_pseudotime
#> Pyy 1.7129991
#> Rbp4 1.6275610
#> Sst 0.3113038
#> GCACTCTCAGCGTCCAstochastic_pseudotime
#> Pyy 1.7125254
#> Rbp4 1.6316919
#> Sst 0.3223961
#> CTCGTCAAGAACAATCstochastic_pseudotime
#> Pyy 1.7119695
#> Rbp4 1.6361031
#> Sst 0.3344881
#> AGCTTGAAGAGTGACCstochastic_pseudotime
#> Pyy 1.7118262
#> Rbp4 1.6371781
#> Sst 0.3374741
#> CGAATGTTCACCGGGTstochastic_pseudotime
#> Pyy 1.7107961
#> Rbp4 1.6443211
#> Sst 0.3577164
#> CCTACCATCTGCCCTAstochastic_pseudotime
#> Pyy 1.7100841
#> Rbp4 1.6487827
#> Sst 0.3707207
#> TTCTTAGTCAGTGTTGstochastic_pseudotime
#> Pyy 1.7076439
#> Rbp4 1.6621144
#> Sst 0.4113065
#> CTGGTCTAGGTGATTAstochastic_pseudotime
#> Pyy 1.7049922
#> Rbp4 1.6743616
#> Sst 0.4509914
#> GACCAATGTTGGACCCstochastic_pseudotime
#> Pyy 1.7037655
#> Rbp4 1.6794930
#> Sst 0.4683391
#> TACTCGCGTCGGCATCstochastic_pseudotime
#> Pyy 1.7012231
#> Rbp4 1.6893368
#> Sst 0.5028628
#> TACTCGCCAGATCGGAstochastic_pseudotime
#> Pyy 1.6998672
#> Rbp4 1.6942313
#> Sst 0.5206586
#> TGTCCCACATTATCTCstochastic_pseudotime
#> Pyy 1.6997918
#> Rbp4 1.6944972
#> Sst 0.5216375
#> CAGCTGGGTTCTCATTstochastic_pseudotime
#> Pyy 1.6990547
#> Rbp4 1.6970648
#> Sst 0.5311576
#> AAAGATGAGTCTTGCAstochastic_pseudotime
#> Pyy 1.6986680
#> Rbp4 1.6983892
#> Sst 0.5361148
#> CGCGTTTCAGTCTTCCstochastic_pseudotime
#> Pyy 1.6966697
#> Rbp4 1.7050093
#> Sst 0.5613833
#> GAAACTCAGAAACCTAstochastic_pseudotime
#> Pyy 1.687360
#> Rbp4 1.732167
#> Sst 0.674044
#> GGAATAAGTAAGAGAGstochastic_pseudotime
#> Pyy 1.6791145
#> Rbp4 1.7528954
#> Sst 0.7706103
#> TCTATTGTCCTATTCAstochastic_pseudotime
#> Pyy 1.6687777
#> Rbp4 1.7762059
#> Sst 0.8912828
#> TATCTCACATTGTGCAstochastic_pseudotime
#> Pyy 1.655937
#> Rbp4 1.802559
#> Sst 1.044444
#> TGGCTGGGTACCCAATstochastic_pseudotime
#> Pyy 1.653386
#> Rbp4 1.807560
#> Sst 1.075621
#> AGCATACCACAGCCCAstochastic_pseudotime
#> Pyy 1.648753
#> Rbp4 1.816494
#> Sst 1.133050
#> TTGGAACGTATATGAGstochastic_pseudotime
#> Pyy 1.647973
#> Rbp4 1.817984
#> Sst 1.142843
#> CGTCACTTCTAACTCTstochastic_pseudotime
#> Pyy 1.640532
#> Rbp4 1.831963
#> Sst 1.237862
#> CGTCCATGTCTAACGTstochastic_pseudotime
#> Pyy 1.638600
#> Rbp4 1.835529
#> Sst 1.263028
#> AGGGAGTTCCTCAATTstochastic_pseudotime
#> Pyy 1.638020
#> Rbp4 1.836593
#> Sst 1.270611
#> ACTATCTGTCAGGACAstochastic_pseudotime
#> Pyy 1.633559
#> Rbp4 1.844708
#> Sst 1.329603
#> TCACAAGAGTGACATAstochastic_pseudotime
#> Pyy 1.624327
#> Rbp4 1.861055
#> Sst 1.454907
#> GCATGTAAGCGTGTCCstochastic_pseudotime
#> Pyy 1.623385
#> Rbp4 1.862689
#> Sst 1.467931
#> GGACAGAAGGCCGAATstochastic_pseudotime
#> Pyy 1.622070
#> Rbp4 1.864959
#> Sst 1.486173
#> TCAGGTATCTGTCCGTstochastic_pseudotime
#> Pyy 1.620911
#> Rbp4 1.866951
#> Sst 1.502324
#> CTTGGCTCATCCCACTstochastic_pseudotime
#> Pyy 1.620212
#> Rbp4 1.868148
#> Sst 1.512098
#> GTCACGGAGCTATGCTstochastic_pseudotime
#> Pyy 1.616083
#> Rbp4 1.875145
#> Sst 1.570265
#> GTTTCTACAGGACCCTstochastic_pseudotime
#> Pyy 1.614849
#> Rbp4 1.877214
#> Sst 1.587809
#> GATCTAGAGCTAGCCCstochastic_pseudotime
#> Pyy 1.607177
#> Rbp4 1.889835
#> Sst 1.698305
#> TGTGGTAGTGCCTGCAstochastic_pseudotime
#> Pyy 1.597856
#> Rbp4 1.904619
#> Sst 1.835772
#> ATCTGCCCAATCCGATstochastic_pseudotime
#> Pyy 1.594328
#> Rbp4 1.910058
#> Sst 1.888648
#> GTGGGTCCATAAAGGTstochastic_pseudotime
#> Pyy 1.593522
#> Rbp4 1.911288
#> Sst 1.900783
#> AGAGCGACAGTAAGATstochastic_pseudotime
#> Pyy 1.592834
#> Rbp4 1.912335
#> Sst 1.911163
#> CGGACGTAGACACGACstochastic_pseudotime
#> Pyy 1.586759
#> Rbp4 1.921438
#> Sst 2.003493
#> AAAGATGAGTCATGCTstochastic_pseudotime
#> Pyy 1.585908
#> Rbp4 1.922692
#> Sst 2.016514
#> GATTCAGTCGTCCAGGstochastic_pseudotime
#> Pyy 1.578043
#> Rbp4 1.934054
#> Sst 2.137861
#> TACGGATAGGCACATGstochastic_pseudotime
#> Pyy 1.575070
#> Rbp4 1.938239
#> Sst 2.184153
#> AGGGATGTCGCATGATstochastic_pseudotime
#> Pyy 1.572416
#> Rbp4 1.941924
#> Sst 2.225649
#> GTATTCTTCTCTAAGGstochastic_pseudotime
#> Pyy 1.570518
#> Rbp4 1.944529
#> Sst 2.255420
#> CATCGAAGTCACACGCstochastic_pseudotime
#> Pyy 1.569265
#> Rbp4 1.946236
#> Sst 2.275110
#> GTCGTAAAGTTTAGGAstochastic_pseudotime
#> Pyy 1.560980
#> Rbp4 1.957254
#> Sst 2.406047
#> CTTAGGATCAACGGGAstochastic_pseudotime
#> Pyy 1.553111
#> Rbp4 1.967289
#> Sst 2.531333
#> GCCTCTAAGCTAGTCTstochastic_pseudotime
#> Pyy 1.552743
#> Rbp4 1.967748
#> Sst 2.537207
#> GTTCATTTCCGAACGCstochastic_pseudotime
#> Pyy 1.552593
#> Rbp4 1.967935
#> Sst 2.539603
#> CTAAGACTCTGCGGCAstochastic_pseudotime
#> Pyy 1.538433
#> Rbp4 1.984897
#> Sst 2.766252
#> AGCTCTCGTTCAGTACstochastic_pseudotime
#> Pyy 1.534320
#> Rbp4 1.989574
#> Sst 2.832126
#> GTACTTTGTACCGTATstochastic_pseudotime
#> Pyy 1.533019
#> Rbp4 1.991029
#> Sst 2.852952
#> CTGAAACGTATGGTTCstochastic_pseudotime
#> Pyy 1.532416
#> Rbp4 1.991700
#> Sst 2.862593
#> TGAGAGGAGGCGATACstochastic_pseudotime
#> Pyy 1.528719
#> Rbp4 1.995761
#> Sst 2.921707
#> ATCATCTGTGTTTGTGstochastic_pseudotime
#> Pyy 1.528198
#> Rbp4 1.996326
#> Sst 2.930030
#> TTGGCAAAGAGTAAGGstochastic_pseudotime
#> Pyy 1.526815
#> Rbp4 1.997817
#> Sst 2.952106
#> CTAGTGATCCCAGGTGstochastic_pseudotime
#> Pyy 1.518329
#> Rbp4 2.006690
#> Sst 3.087099
#> CCTAGCTGTGGCCCTAstochastic_pseudotime
#> Pyy 1.511517
#> Rbp4 2.013470
#> Sst 3.194653
#> CCTTCGAAGATAGCATstochastic_pseudotime
#> Pyy 1.511186
#> Rbp4 2.013791
#> Sst 3.199853
#> GCATGATCAAGCGAGTstochastic_pseudotime
#> Pyy 1.507540
#> Rbp4 2.017288
#> Sst 3.257004
#> AGCTTGAGTGCAGTAGstochastic_pseudotime
#> Pyy 1.498850
#> Rbp4 2.025273
#> Sst 3.391875
#> CGTCAGGTCCGCAAGCstochastic_pseudotime
#> Pyy 1.495476
#> Rbp4 2.028241
#> Sst 3.443632
#> CCGGTAGTCGGCTTGGstochastic_pseudotime
#> Pyy 1.493247
#> Rbp4 2.030161
#> Sst 3.477624
#> CAAGGCCTCTTACCTAstochastic_pseudotime
#> Pyy 1.492230
#> Rbp4 2.031027
#> Sst 3.493089
#> TTTCCTCCAGGATCGAstochastic_pseudotime
#> Pyy 1.492134
#> Rbp4 2.031108
#> Sst 3.494537
#> CAGATCAAGCTGTTCAstochastic_pseudotime
#> Pyy 1.489144
#> Rbp4 2.033613
#> Sst 3.539747
#> TCAGATGGTACACCGCstochastic_pseudotime
#> Pyy 1.487699
#> Rbp4 2.034803
#> Sst 3.561478
#> CATCGAAGTACGAAATstochastic_pseudotime
#> Pyy 1.480389
#> Rbp4 2.040616
#> Sst 3.670105
#> TACGGGCTCTTCGGTCstochastic_pseudotime
#> Pyy 1.473823
#> Rbp4 2.045547
#> Sst 3.765681
#> TGATTTCGTGAGGGTTstochastic_pseudotime
#> Pyy 1.468746
#> Rbp4 2.049171
#> Sst 3.838142
#> CCTATTACAGACAAGCstochastic_pseudotime
#> Pyy 1.465297
#> Rbp4 2.051540
#> Sst 3.886593
#> GTCGGGTCAGGCTGAAstochastic_pseudotime
#> Pyy 1.463718
#> Rbp4 2.052599
#> Sst 3.908562
#> CCCAGTTAGCATCATCstochastic_pseudotime
#> Pyy 1.447842
#> Rbp4 2.062381
#> Sst 4.121215
#> GGCTCGAAGTGACTCTstochastic_pseudotime
#> Pyy 1.439325
#> Rbp4 2.066981
#> Sst 4.228535
#> TTCGGTCAGGGCATGTstochastic_pseudotime
#> Pyy 1.437905
#> Rbp4 2.067704
#> Sst 4.245923
#> AGTGGGACAGGTCGTCstochastic_pseudotime
#> Pyy 1.437073
#> Rbp4 2.068122
#> Sst 4.256046
#> GTTTCTAAGAAGATTCstochastic_pseudotime
#> Pyy 1.433421
#> Rbp4 2.069906
#> Sst 4.299876
#> CGACCTTAGGCTAGACstochastic_pseudotime
#> Pyy 1.430100
#> Rbp4 2.071457
#> Sst 4.338859
#> TGAGAGGAGATCCCATstochastic_pseudotime
#> Pyy 1.423483
#> Rbp4 2.074345
#> Sst 4.413948
#> CTAGTGATCAAAGACAstochastic_pseudotime
#> Pyy 1.421475
#> Rbp4 2.075168
#> Sst 4.436035
#> GGACGTCGTCTAGGTTstochastic_pseudotime
#> Pyy 1.413549
#> Rbp4 2.078180
#> Sst 4.519944
#> CACATTTTCGAGGTAGstochastic_pseudotime
#> Pyy 1.411980
#> Rbp4 2.078731
#> Sst 4.535914
#> TTCTACATCGCTTAGAstochastic_pseudotime
#> Pyy 1.390011
#> Rbp4 2.084892
#> Sst 4.736148
#> TCGCGAGAGTCCGTATstochastic_pseudotime
#> Pyy 1.388370
#> Rbp4 2.085237
#> Sst 4.749279
#> TACTCATCAGATCCATstochastic_pseudotime
#> Pyy 1.351903
#> Rbp4 2.088834
#> Sst 4.970799
#> CAACCAACAACCGCCAstochastic_pseudotime
#> Pyy 1.336348
#> Rbp4 2.088042
#> Sst 5.022656
#> ACGAGGATCATCACCCstochastic_pseudotime
#> Pyy 1.313310
#> Rbp4 2.084378
#> Sst 5.051346
#> GCATGTAAGAATCTCCstochastic_pseudotime
#> Pyy 1.263218
#> Rbp4 2.066474
#> Sst 4.919715
#> AGGCCGTCACGGTGTCstochastic_pseudotime
#> Pyy 1.259998
#> Rbp4 2.064870
#> Sst 4.902621
#> CACTCCATCAACACACstochastic_pseudotime
#> Pyy 1.258896
#> Rbp4 2.064309
#> Sst 4.896545
#> CTTGGCTGTTAGAACAstochastic_pseudotime
#> Pyy 1.256533
#> Rbp4 2.063086
#> Sst 4.883136
#> CCCATACAGACTTTCGstochastic_pseudotime
#> Pyy 1.252455
#> Rbp4 2.060906
#> Sst 4.858764
#> CCGTGGACATAGAAACstochastic_pseudotime
#> Pyy 1.249693
#> Rbp4 2.059382
#> Sst 4.841394
#> TCTCTAAAGCTGGAACstochastic_pseudotime
#> Pyy 1.249125
#> Rbp4 2.059064
#> Sst 4.837737
#> GTGCTTCTCACGACTAstochastic_pseudotime
#> Pyy 1.248195
#> Rbp4 2.058539
#> Sst 4.831682
#> GGCTCGACAGCTTCGGstochastic_pseudotime
#> Pyy 1.165609
#> Rbp4 1.995070
#> Sst 4.031226
#> GTCTCGTTCTGCGTAAstochastic_pseudotime
#> Pyy 1.146359
#> Rbp4 1.975705
#> Sst 3.788556
#> GCTCCTAAGGGCATGTstochastic_pseudotime
#> Pyy 1.088781
#> Rbp4 1.908286
#> Sst 3.005526
#> GTGGGTCCATCGATTGstochastic_pseudotime
#> Pyy 1.029660
#> Rbp4 1.825373
#> Sst 2.197104
#> CCACGGAGTCTAGTCAstochastic_pseudotime
#> Pyy 1.016820
#> Rbp4 1.805678
#> Sst 2.030046
#> CTAACTTAGATCACGGstochastic_pseudotime
#> Pyy 0.9250899
#> Rbp4 1.6494355
#> Sst 1.0009838
#> TGTCCCAGTCCGTGACstochastic_pseudotime
#> Pyy 0.9064676
#> Rbp4 1.6147066
#> Sst 0.8335855
#> ATCCACCAGAGCCTAGstochastic_pseudotime
#> Pyy 0.8903864
#> Rbp4 1.5839889
#> Sst 0.7009207
#> GTAGGCCGTTACCAGTstochastic_pseudotime
#> Pyy 0.8667432
#> Rbp4 1.5376729
#> Sst 0.5255735
#> TCTGGAACACCTATCCstochastic_pseudotime
#> Pyy 0.8331566
#> Rbp4 1.4696971
#> Sst 0.3150752
#> ACGTCAAAGGTGTTAAstochastic_pseudotime
#> Pyy 0.74236057
#> Rbp4 1.27525730
#> Sst -0.06018372
#> ACTTGTTCATGGTCATstochastic_pseudotime
#> Pyy 0.74105373
#> Rbp4 1.27236414
#> Sst -0.06387338
#> GGACAGATCAGGCGAAstochastic_pseudotime
#> Pyy 0.73810972
#> Rbp4 1.26583819
#> Sst -0.07203649
#> TACTTGTAGACAAAGGstochastic_pseudotime
#> Pyy 0.72927166
#> Rbp4 1.24617939
#> Sst -0.09533638
#> AAATGCCAGACTAAGTstochastic_pseudotime
#> Pyy 0.6764264
#> Rbp4 1.1267807
#> Sst -0.2017598
#> AAGTCTGGTTGGGACAstochastic_pseudotime
#> Pyy 0.6456256
#> Rbp4 1.0560188
#> Sst -0.2428822
#> AGACGTTCAATGGTCTstochastic_pseudotime
#> Pyy 0.6349080
#> Rbp4 1.0312452
#> Sst -0.2543869
#> CTACACCCATCAGTCAstochastic_pseudotime
#> Pyy 0.5914427
#> Rbp4 0.9302165
#> Sst -0.2894085
#> CGTTCTGTCGATAGAAstochastic_pseudotime
#> Pyy 0.5647498
#> Rbp4 0.8679066
#> Sst -0.3036981
#> GACCAATAGAATGTGTstochastic_pseudotime
#> Pyy 0.5583705
#> Rbp4 0.8530040
#> Sst -0.3064857
#> TGACTTTAGCCAGAACstochastic_pseudotime
#> Pyy 0.5448563
#> Rbp4 0.8214334
#> Sst -0.3117123
#> TCACAAGCAGACTCGCstochastic_pseudotime
#> Pyy 0.5080235
#> Rbp4 0.7355054
#> Sst -0.3221252
#> CTTTGCGTCCACGTGGstochastic_pseudotime
#> Pyy 0.4658005
#> Rbp4 0.6375516
#> Sst -0.3291709
#> CTCTGGTCAAGACACGstochastic_pseudotime
#> Pyy 0.4110703
#> Rbp4 0.5122033
#> Sst -0.3337641
#> AGCATACGTCCGCTGAstochastic_pseudotime
#> Pyy 0.3103629
#> Rbp4 0.2893772
#> Sst -0.3364267
#> GCTGCGATCGGCTACGstochastic_pseudotime
#> Pyy 0.3079523
#> Rbp4 0.2842036
#> Sst -0.3364500
#> CCACCTACAGCTCGACstochastic_pseudotime
#> Pyy 0.2842866
#> Rbp4 0.2338768
#> Sst -0.3366313
#> GGCAATTGTAGAGCTGstochastic_pseudotime
#> Pyy 0.2522962
#> Rbp4 0.1672673
#> Sst -0.3367774
#> ACTTACTCACATGTGTstochastic_pseudotime
#> Pyy 0.2331133
#> Rbp4 0.1281638
#> Sst -0.3368300
#> ACGAGCCCATGAGCGAstochastic_pseudotime
#> Pyy 0.2271599
#> Rbp4 0.1161621
#> Sst -0.3368427
#> CCCAGTTGTGCGCTTGstochastic_pseudotime
#> Pyy 0.2252602
#> Rbp4 0.1123461
#> Sst -0.3368464
#> GACGTTACATCTCGCTstochastic_pseudotime
#> Pyy 0.14641729
#> Rbp4 -0.03984763
#> Sst -0.33692027
#> AAACGGGGTACAGTTCstochastic_pseudotime
#> Pyy 0.05300876
#> Rbp4 -0.20292923
#> Sst -0.33693356
#> GCGCGATGTCCGAATTstochastic_pseudotime
#> Pyy 0.05045194
#> Rbp4 -0.20710939
#> Sst -0.33693366
#> TAGTTGGTCTTGCAAGstochastic_pseudotime
#> Pyy 0.006087735
#> Rbp4 -0.277119555
#> Sst -0.336934554
#> TGGCCAGCAAGGACTGstochastic_pseudotime
#> Pyy 0.005014737
#> Rbp4 -0.278753034
#> Sst -0.336934565
#> TGTGGTACACATCCGGstochastic_pseudotime
#> Pyy 0.003724758
#> Rbp4 -0.280713056
#> Sst -0.336934578
#> attr(,"scaled:center")
#> Pyy Rbp4 Sst
#> 62.113066 19.747098 2.682374
#> attr(,"scaled:scale")
#> Pyy Rbp4 Sst
#> 77.691894 24.451344 7.961104
#>
#> $cell_order
#> $cell_order$stochastic_pseudotime
#> [1] "TCAATCTGTCAAAGATstochastic_pseudotime"
#> [2] "CTTGGCTAGACAGACCstochastic_pseudotime"
#> [3] "GTATTCTCACTTGGATstochastic_pseudotime"
#> [4] "AGATTGCAGCTGTCTAstochastic_pseudotime"
#> [5] "CCATTCGCATGCCTAAstochastic_pseudotime"
#> [6] "GTATTCTGTCCGTCAGstochastic_pseudotime"
#> [7] "TGGACGCTCAGGTAAAstochastic_pseudotime"
#> [8] "ATCATCTTCTGTCAAGstochastic_pseudotime"
#> [9] "TTCTACATCTGCAGTAstochastic_pseudotime"
#> [10] "TATCTCAGTTCGCTAAstochastic_pseudotime"
#> [11] "CAGCCGAAGTAGGTGCstochastic_pseudotime"
#> [12] "AGTCTTTCACCAGGTCstochastic_pseudotime"
#> [13] "ATTACTCAGTTGCAGGstochastic_pseudotime"
#> [14] "CAGCAGCCACACTGCGstochastic_pseudotime"
#> [15] "AGTGAGGGTTACGGAGstochastic_pseudotime"
#> [16] "TGAGCATTCGGGAGTAstochastic_pseudotime"
#> [17] "AACTCAGGTTGGAGGTstochastic_pseudotime"
#> [18] "GGACGTCGTTTAGCTGstochastic_pseudotime"
#> [19] "CTAGCCTGTTCGGGCTstochastic_pseudotime"
#> [20] "TAGTGGTCAACTGCGCstochastic_pseudotime"
#> [21] "GAATGAACAGCCTTGGstochastic_pseudotime"
#> [22] "TGGCCAGAGCTACCTAstochastic_pseudotime"
#> [23] "ATTACTCTCAGGCGAAstochastic_pseudotime"
#> [24] "GATGAAAAGTTGTAGAstochastic_pseudotime"
#> [25] "CCGTACTTCAATAAGGstochastic_pseudotime"
#> [26] "TTAACTCCAAAGAATCstochastic_pseudotime"
#> [27] "TATGCCCTCTTACCTAstochastic_pseudotime"
#> [28] "CCATTCGGTAGGGACTstochastic_pseudotime"
#> [29] "TAGGCATTCCAAAGTCstochastic_pseudotime"
#> [30] "CTACACCGTCGCCATGstochastic_pseudotime"
#> [31] "AACTGGTGTGCCTGTGstochastic_pseudotime"
#> [32] "TGCGCAGGTACGCACCstochastic_pseudotime"
#> [33] "CTCATTACAAGCGCTCstochastic_pseudotime"
#> [34] "TGACTTTAGCGTTGCCstochastic_pseudotime"
#> [35] "GATCGTAGTCCTAGCGstochastic_pseudotime"
#> [36] "GGACAGATCCTGCAGGstochastic_pseudotime"
#> [37] "TTTATGCGTCGAACAGstochastic_pseudotime"
#> [38] "CGAACATAGCCAGTAGstochastic_pseudotime"
#> [39] "AAGCCGCAGGCAGGTTstochastic_pseudotime"
#> [40] "TTTATGCTCCATTCTAstochastic_pseudotime"
#> [41] "TAGAGCTGTTGTCGCGstochastic_pseudotime"
#> [42] "TAGAGCTGTATGAAACstochastic_pseudotime"
#> [43] "CGTGTAATCCATGCTCstochastic_pseudotime"
#> [44] "TGACTAGTCCACGTGGstochastic_pseudotime"
#> [45] "TGCGCAGTCTGCCAGGstochastic_pseudotime"
#> [46] "TGAGAGGGTAAGGGCTstochastic_pseudotime"
#> [47] "AACTCAGTCTGGTTCCstochastic_pseudotime"
#> [48] "CTCTGGTAGTCCCACGstochastic_pseudotime"
#> [49] "ACAGCTATCTGGGCCAstochastic_pseudotime"
#> [50] "CGGTTAAGTAAACACAstochastic_pseudotime"
#> [51] "AGGCCGTGTACCAGTTstochastic_pseudotime"
#> [52] "CGCCAAGCACCGGAAAstochastic_pseudotime"
#> [53] "CGGTTAAAGAGCTGCAstochastic_pseudotime"
#> [54] "ATAAGAGCATCGATTGstochastic_pseudotime"
#> [55] "GTAACTGTCAGTGCATstochastic_pseudotime"
#> [56] "CCTAGCTTCGATGAGGstochastic_pseudotime"
#> [57] "GATGCTAGTAGAAGGAstochastic_pseudotime"
#> [58] "TGTGGTACAAGACGTGstochastic_pseudotime"
#> [59] "TCGTACCCACGCATCGstochastic_pseudotime"
#> [60] "CTGCGGATCAGCATGTstochastic_pseudotime"
#> [61] "CAGCCGAAGCGATATAstochastic_pseudotime"
#> [62] "CAGCAGCAGACAAAGGstochastic_pseudotime"
#> [63] "TCTGAGAGTCAAACTCstochastic_pseudotime"
#> [64] "CTAGAGTCACTGTTAGstochastic_pseudotime"
#> [65] "ACGGGCTGTGCGATAGstochastic_pseudotime"
#> [66] "ACCGTAAGTTATCACGstochastic_pseudotime"
#> [67] "AAGACCTCAGGTTTCAstochastic_pseudotime"
#> [68] "TGTATTCCAATGACCTstochastic_pseudotime"
#> [69] "CCTAGCTCATACTACGstochastic_pseudotime"
#> [70] "CACACTCAGATCCCATstochastic_pseudotime"
#> [71] "ACTGATGGTGAGGGTTstochastic_pseudotime"
#> [72] "CAGCTAAAGTCCATACstochastic_pseudotime"
#> [73] "TGCTGCTGTCCGTCAGstochastic_pseudotime"
#> [74] "CACATAGAGCGTGTCCstochastic_pseudotime"
#> [75] "AGGGAGTAGGGTATCGstochastic_pseudotime"
#> [76] "CAGCGACCACAGGAGTstochastic_pseudotime"
#> [77] "AGAGCTTGTTAAAGACstochastic_pseudotime"
#> [78] "GCTGCTTGTCTTCAAGstochastic_pseudotime"
#> [79] "TGGCGCATCACAACGTstochastic_pseudotime"
#> [80] "GTCAAGTGTGGTCCGTstochastic_pseudotime"
#> [81] "ACGTCAACAGACAAATstochastic_pseudotime"
#> [82] "GACTAACTCAGTCCCTstochastic_pseudotime"
#> [83] "TTGACTTAGACAAGCCstochastic_pseudotime"
#> [84] "CGATGGCTCTGTGCAAstochastic_pseudotime"
#> [85] "GAGCAGAAGCGTGTCCstochastic_pseudotime"
#> [86] "ACAGCCGAGTGGTCCCstochastic_pseudotime"
#> [87] "AGAATAGCAGTACACTstochastic_pseudotime"
#> [88] "AGAGCGATCTCTTGATstochastic_pseudotime"
#> [89] "ATTATCCAGTGAACATstochastic_pseudotime"
#> [90] "CACACTCTCATGTGGTstochastic_pseudotime"
#> [91] "CGTTAGAAGTATCTCGstochastic_pseudotime"
#> [92] "TCTATTGCACAGGAGTstochastic_pseudotime"
#> [93] "CTTCTCTAGGCAGGTTstochastic_pseudotime"
#> [94] "CCTACACTCCTTTACAstochastic_pseudotime"
#> [95] "CTGCCTAGTCTCCATCstochastic_pseudotime"
#> [96] "GGAAAGCGTCTTGATGstochastic_pseudotime"
#> [97] "CCGTGGATCCAAGCCGstochastic_pseudotime"
#> [98] "ATCCACCGTACCATCAstochastic_pseudotime"
#> [99] "AGCTTGACAGTAAGATstochastic_pseudotime"
#> [100] "GTGCATAAGCTCCTCTstochastic_pseudotime"
#> [101] "CAACCAATCGGGAGTAstochastic_pseudotime"
#> [102] "CCTCTGAGTATAAACGstochastic_pseudotime"
#> [103] "ACAGCTATCAGCATGTstochastic_pseudotime"
#> [104] "GTGTTAGCACCATCCTstochastic_pseudotime"
#> [105] "CATCAGACATGCATGTstochastic_pseudotime"
#> [106] "CACACAACAGCCAGAAstochastic_pseudotime"
#> [107] "GGGCATCCATGACATCstochastic_pseudotime"
#> [108] "GGAATAAGTTCGGGCTstochastic_pseudotime"
#> [109] "CATATGGCATGTTGACstochastic_pseudotime"
#> [110] "CTACACCGTCGAATCTstochastic_pseudotime"
#> [111] "CCCATACCACATCCAAstochastic_pseudotime"
#> [112] "GGAGCAAAGCTTCGCGstochastic_pseudotime"
#> [113] "CTAGCCTGTCTCTTATstochastic_pseudotime"
#> [114] "GAGTCCGCAATTGCTGstochastic_pseudotime"
#> [115] "CGGAGCTCATTGGGCCstochastic_pseudotime"
#> [116] "AGGGAGTAGTGTCTCAstochastic_pseudotime"
#> [117] "AGCGGTCGTGTATGGGstochastic_pseudotime"
#> [118] "GCGCAACTCACAACGTstochastic_pseudotime"
#> [119] "TTCTCAAAGCCGCCTAstochastic_pseudotime"
#> [120] "GAACATCGTAATCGTCstochastic_pseudotime"
#> [121] "CGAGCACAGCTGAAATstochastic_pseudotime"
#> [122] "TGGTTCCGTCACCTAAstochastic_pseudotime"
#> [123] "CGTCTACAGATCTGCTstochastic_pseudotime"
#> [124] "ACGTCAACACTGCCAGstochastic_pseudotime"
#> [125] "CTGAAACTCGCCGTGAstochastic_pseudotime"
#> [126] "CTACCCAGTGCGCTTGstochastic_pseudotime"
#> [127] "CTTAGGACACAGGTTTstochastic_pseudotime"
#> [128] "CGATGGCGTTACGGAGstochastic_pseudotime"
#> [129] "TACGGATAGAGCTGGTstochastic_pseudotime"
#> [130] "TGGGAAGCATGACATCstochastic_pseudotime"
#> [131] "TAGCCGGTCAACACACstochastic_pseudotime"
#> [132] "TGACGGCAGGAATGGAstochastic_pseudotime"
#> [133] "CGGACACAGTGTCTCAstochastic_pseudotime"
#> [134] "TCTCTAAGTTACCGATstochastic_pseudotime"
#> [135] "TGGCCAGGTCGGCATCstochastic_pseudotime"
#> [136] "ACTGATGTCCCTAACCstochastic_pseudotime"
#> [137] "TTCCCAGGTATTCTCTstochastic_pseudotime"
#> [138] "CCTAGCTCAGACTCGCstochastic_pseudotime"
#> [139] "AAGGCAGAGCTGAAATstochastic_pseudotime"
#> [140] "CGGGTCAAGGCTCAGAstochastic_pseudotime"
#> [141] "ATCATGGTCCAGAGGAstochastic_pseudotime"
#> [142] "CTGATCCTCAGTTGACstochastic_pseudotime"
#> [143] "AGATTGCCACCAGGCTstochastic_pseudotime"
#> [144] "TCTGGAACACACGCTGstochastic_pseudotime"
#> [145] "CAGCAGCGTTCACGGCstochastic_pseudotime"
#> [146] "TTCTCCTCAATGGTCTstochastic_pseudotime"
#> [147] "TTGACTTTCCAGTAGTstochastic_pseudotime"
#> [148] "GGGCACTGTGGCAAACstochastic_pseudotime"
#> [149] "CGAGCACTCTACCTGCstochastic_pseudotime"
#> [150] "TTGACTTTCAGCAACTstochastic_pseudotime"
#> [151] "GGTATTGGTCCCGACAstochastic_pseudotime"
#> [152] "ACACCGGCATGTCCTCstochastic_pseudotime"
#> [153] "CTGAAACAGACTAGGCstochastic_pseudotime"
#> [154] "GGACAAGGTGATAAGTstochastic_pseudotime"
#> [155] "TACCTTAAGTACATGAstochastic_pseudotime"
#> [156] "GGGAATGAGTGTACGGstochastic_pseudotime"
#> [157] "GAAATGACAACTGGCCstochastic_pseudotime"
#> [158] "TTTGCGCAGACAGACCstochastic_pseudotime"
#> [159] "CACATTTGTTTCGCTCstochastic_pseudotime"
#> [160] "TTTGGTTCACCAGATTstochastic_pseudotime"
#> [161] "TAAGTGCAGGGTTTCTstochastic_pseudotime"
#> [162] "TGCTACCCAGGGCATAstochastic_pseudotime"
#> [163] "ATTGGTGTCCAGTATGstochastic_pseudotime"
#> [164] "ATTTCTGGTAGTGAATstochastic_pseudotime"
#> [165] "CTAGCCTTCAGCGATTstochastic_pseudotime"
#> [166] "CACCTTGAGAGTAATCstochastic_pseudotime"
#> [167] "GAAATGACACATGACTstochastic_pseudotime"
#> [168] "CGGACTGAGGTAGCTGstochastic_pseudotime"
#> [169] "CTCAGAAGTCCTCTTGstochastic_pseudotime"
#> [170] "AACTGGTTCTTACCGCstochastic_pseudotime"
#> [171] "CTCGTCACAACTGCTAstochastic_pseudotime"
#> [172] "CACAGTAGTTCCTCCAstochastic_pseudotime"
#> [173] "GGGTTGCCAAGCTGAGstochastic_pseudotime"
#> [174] "TACGGTACATGTTCCCstochastic_pseudotime"
#> [175] "TGAAAGAGTTATCACGstochastic_pseudotime"
#> [176] "TACAGTGCAATCTACGstochastic_pseudotime"
#> [177] "GGACGTCCACGCATCGstochastic_pseudotime"
#> [178] "CTAACTTCATTGGGCCstochastic_pseudotime"
#> [179] "AAACCTGAGCCTTGATstochastic_pseudotime"
#> [180] "CCTTCCCAGGCAGGTTstochastic_pseudotime"
#> [181] "TCACGAATCCTATGTTstochastic_pseudotime"
#> [182] "AAAGCAACACATGGGAstochastic_pseudotime"
#> [183] "GAAGCAGTCAAGGCTTstochastic_pseudotime"
#> [184] "AGACGTTTCTTACCTAstochastic_pseudotime"
#> [185] "TAGACCAAGGAATCGCstochastic_pseudotime"
#> [186] "TGAGCATTCACCCGAGstochastic_pseudotime"
#> [187] "GGGACCTTCGAATGCTstochastic_pseudotime"
#> [188] "GTACTCCCACGTCTCTstochastic_pseudotime"
#> [189] "ACTGAACAGCCTCGTGstochastic_pseudotime"
#> [190] "CTTAACTCAAGCGTAGstochastic_pseudotime"
#> [191] "ACACCGGCATCACGTAstochastic_pseudotime"
#> [192] "CAAGAAATCGTACCGGstochastic_pseudotime"
#> [193] "CGAACATCAGACGTAGstochastic_pseudotime"
#> [194] "ACGGCCACACGTGAGAstochastic_pseudotime"
#> [195] "GAATGAACAATCGAAAstochastic_pseudotime"
#> [196] "CTAAGACAGCCACGCTstochastic_pseudotime"
#> [197] "TAGTTGGGTACCGTATstochastic_pseudotime"
#> [198] "CCTTCGACAGCTGTTAstochastic_pseudotime"
#> [199] "AGCAGCCTCTTTAGTCstochastic_pseudotime"
#> [200] "CGTCACTCATAGTAAGstochastic_pseudotime"
#> [201] "TACTTACCAACTGCGCstochastic_pseudotime"
#> [202] "CATGACAGTAGCTTGTstochastic_pseudotime"
#> [203] "CCTTCCCCAAAGTGCGstochastic_pseudotime"
#> [204] "GGGTTGCTCGAACGGAstochastic_pseudotime"
#> [205] "CTGGTCTCAGGAATGCstochastic_pseudotime"
#> [206] "TGAGGGACAGACTCGCstochastic_pseudotime"
#> [207] "GGTGTTAGTTCCTCCAstochastic_pseudotime"
#> [208] "TGGTTCCCACCGCTAGstochastic_pseudotime"
#> [209] "GACACGCCAAAGGAAGstochastic_pseudotime"
#> [210] "CACAGTATCCTCCTAGstochastic_pseudotime"
#> [211] "CGTAGGCAGCGTAGTGstochastic_pseudotime"
#> [212] "AACGTTGGTGCCTTGGstochastic_pseudotime"
#> [213] "CAAGGCCAGTGTGGCAstochastic_pseudotime"
#> [214] "CTCTGGTCAGTTCATGstochastic_pseudotime"
#> [215] "TATCTCACAACTGCTAstochastic_pseudotime"
#> [216] "GCTGCAGGTTACCGATstochastic_pseudotime"
#> [217] "TACGGATAGTTTAGGAstochastic_pseudotime"
#> [218] "ACTTTCAAGGATATACstochastic_pseudotime"
#> [219] "ATAGACCTCTAACTGGstochastic_pseudotime"
#> [220] "GACTACAGTTCGTGATstochastic_pseudotime"
#> [221] "AAACGGGAGATATGGTstochastic_pseudotime"
#> [222] "CTCGTCATCGGTCTAAstochastic_pseudotime"
#> [223] "TCTCTAAGTCGCATCGstochastic_pseudotime"
#> [224] "GAAATGAGTCGGATCCstochastic_pseudotime"
#> [225] "GACGGCTAGGTGATATstochastic_pseudotime"
#> [226] "CGTCACTCACGAAATAstochastic_pseudotime"
#> [227] "TATCAGGCACCAGATTstochastic_pseudotime"
#> [228] "TGACTTTAGCGTTTACstochastic_pseudotime"
#> [229] "GGGCACTCATTTCAGGstochastic_pseudotime"
#> [230] "GAGTCCGAGTTAAGTGstochastic_pseudotime"
#> [231] "GTTCTCGCAGACACTTstochastic_pseudotime"
#> [232] "GTATTCTCACATTAGCstochastic_pseudotime"
#> [233] "AACTCCCTCGAGAGCAstochastic_pseudotime"
#> [234] "CGTCAGGAGCCTATGTstochastic_pseudotime"
#> [235] "GTTCATTAGAAGATTCstochastic_pseudotime"
#> [236] "TCAGCAACACCAGGCTstochastic_pseudotime"
#> [237] "CGTCAGGCATGGGAACstochastic_pseudotime"
#> [238] "CCTACACAGATCCGAGstochastic_pseudotime"
#> [239] "CAGAATCGTGTAAGTAstochastic_pseudotime"
#> [240] "TGCGTGGAGGTAAACTstochastic_pseudotime"
#> [241] "TGATTTCAGTGACTCTstochastic_pseudotime"
#> [242] "TCAATCTCATCTCCCAstochastic_pseudotime"
#> [243] "CCTTACGAGATCACGGstochastic_pseudotime"
#> [244] "TGAGCCGTCATGTCCCstochastic_pseudotime"
#> [245] "CCACCTATCACCAGGCstochastic_pseudotime"
#> [246] "GCAATCATCCAACCAAstochastic_pseudotime"
#> [247] "AGAGTGGGTAGCACGAstochastic_pseudotime"
#> [248] "AGTAGTCGTTCTGTTTstochastic_pseudotime"
#> [249] "GCGGGTTGTTACTGACstochastic_pseudotime"
#> [250] "GCATGATTCAAACGGGstochastic_pseudotime"
#> [251] "TCATTACGTCAGAAGCstochastic_pseudotime"
#> [252] "GATCTAGGTGCCTTGGstochastic_pseudotime"
#> [253] "AGTAGTCCACATGACTstochastic_pseudotime"
#> [254] "CGTTAGAGTGCAACGAstochastic_pseudotime"
#> [255] "CTCGTACCAATGGATAstochastic_pseudotime"
#> [256] "TTGCCGTTCTCTGTCGstochastic_pseudotime"
#> [257] "ACATACGAGTAGGCCAstochastic_pseudotime"
#> [258] "TTTACTGGTGCTAGCCstochastic_pseudotime"
#> [259] "AGCTTGACAATAGAGTstochastic_pseudotime"
#> [260] "CTCAGAATCAGGTTCAstochastic_pseudotime"
#> [261] "CGTCACTAGGGTGTGTstochastic_pseudotime"
#> [262] "CTTGGCTAGGACACCAstochastic_pseudotime"
#> [263] "TGTCCCAAGTTTAGGAstochastic_pseudotime"
#> [264] "TTCTACAAGATCGATAstochastic_pseudotime"
#> [265] "AGCTCCTGTGTGCCTGstochastic_pseudotime"
#> [266] "GCCTCTATCGCTTAGAstochastic_pseudotime"
#> [267] "GACGTTAAGACGCAACstochastic_pseudotime"
#> [268] "GGGTCTGCATGAAGTAstochastic_pseudotime"
#> [269] "CTTTGCGAGGAATGGAstochastic_pseudotime"
#> [270] "TACGGGCAGCGTCAAGstochastic_pseudotime"
#> [271] "CCGTTCACACATGACTstochastic_pseudotime"
#> [272] "GACGCGTCAGTCGTGCstochastic_pseudotime"
#> [273] "ACTTACTAGCCGGTAAstochastic_pseudotime"
#> [274] "GATGAAACATGGTTGTstochastic_pseudotime"
#> [275] "AGGCCACAGCTGTCTAstochastic_pseudotime"
#> [276] "CACATTTTCGCAGGCTstochastic_pseudotime"
#> [277] "CGAGCACTCTTCGAGAstochastic_pseudotime"
#> [278] "CAAGGCCAGCTGTTCAstochastic_pseudotime"
#> [279] "TTGAACGGTGATGCCCstochastic_pseudotime"
#> [280] "ACTGAGTAGTGACTCTstochastic_pseudotime"
#> [281] "GTATCTTCAGTGGGATstochastic_pseudotime"
#> [282] "TCTGGAATCGGTGTCGstochastic_pseudotime"
#> [283] "CATGACACAACAACCTstochastic_pseudotime"
#> [284] "GAGGTGAGTGACAAATstochastic_pseudotime"
#> [285] "AACTTTCGTGACCAAGstochastic_pseudotime"
#> [286] "TACACGACAACGATCTstochastic_pseudotime"
#> [287] "CCACTACAGAGTACCGstochastic_pseudotime"
#> [288] "TCTTTCCTCGTCTGCTstochastic_pseudotime"
#> [289] "GGCCGATTCACTCTTAstochastic_pseudotime"
#> [290] "GTAACGTGTCACTGGCstochastic_pseudotime"
#> [291] "CGGTTAATCGTCTGAAstochastic_pseudotime"
#> [292] "TCAGGTAAGTCAATAGstochastic_pseudotime"
#> [293] "TGGCCAGCACGAAAGCstochastic_pseudotime"
#> [294] "GATGAGGTCTGGGCCAstochastic_pseudotime"
#> [295] "GCAGTTATCTTGAGACstochastic_pseudotime"
#> [296] "TTCTACAGTACTCTCCstochastic_pseudotime"
#> [297] "CGCTGGAGTCCATCCTstochastic_pseudotime"
#> [298] "CGTGTAAGTCTTGATGstochastic_pseudotime"
#> [299] "TGCGGGTTCTCAAACGstochastic_pseudotime"
#> [300] "TACGGATGTGTTCGATstochastic_pseudotime"
#> [301] "ATCCGAAGTGACTCATstochastic_pseudotime"
#> [302] "CTCTGGTCAACACCTAstochastic_pseudotime"
#> [303] "AAACGGGTCAGCTCTCstochastic_pseudotime"
#> [304] "TGAGCCGTCCGAACGCstochastic_pseudotime"
#> [305] "AGAGCTTAGCCGATTTstochastic_pseudotime"
#> [306] "CGAATGTAGTTCCACAstochastic_pseudotime"
#> [307] "CTTAGGAGTCCGAATTstochastic_pseudotime"
#> [308] "ATTGGACAGTAATCCCstochastic_pseudotime"
#> [309] "GGTGTTAAGGATCGCAstochastic_pseudotime"
#> [310] "TGGACGCAGTGTTGAAstochastic_pseudotime"
#> [311] "TCGTACCCATATACGCstochastic_pseudotime"
#> [312] "CGACTTCCAGCCTATAstochastic_pseudotime"
#> [313] "AAGGCAGTCCGAGCCAstochastic_pseudotime"
#> [314] "ACGAGGAAGTTACCCAstochastic_pseudotime"
#> [315] "TCAGCTCAGTCGTACTstochastic_pseudotime"
#> [316] "CGTCAGGTCCTGCCATstochastic_pseudotime"
#> [317] "TGATTTCAGTACGCCCstochastic_pseudotime"
#> [318] "AGAGTGGGTCACCTAAstochastic_pseudotime"
#> [319] "CGATCGGCACGCCAGTstochastic_pseudotime"
#> [320] "TGCCCATCACTGTGTAstochastic_pseudotime"
#> [321] "AACTTTCCACTGCCAGstochastic_pseudotime"
#> [322] "GTCCTCATCATTTGGGstochastic_pseudotime"
#> [323] "GTGCGGTAGTAGGCCAstochastic_pseudotime"
#> [324] "CGACCTTAGCGCTTATstochastic_pseudotime"
#> [325] "GTCTCGTAGGCTAGACstochastic_pseudotime"
#> [326] "GCATGATAGCCTTGATstochastic_pseudotime"
#> [327] "ACTTTCACAACTGCTAstochastic_pseudotime"
#> [328] "CCAATCCAGAGTAAGGstochastic_pseudotime"
#> [329] "ATTATCCAGAAACCTAstochastic_pseudotime"
#> [330] "TCGGGACAGAGAACAGstochastic_pseudotime"
#> [331] "AGCGGTCGTACCGAGAstochastic_pseudotime"
#> [332] "TTCCCAGAGTTACCCAstochastic_pseudotime"
#> [333] "CTCGAGGTCTGTTGAGstochastic_pseudotime"
#> [334] "ATTATCCAGACCCACCstochastic_pseudotime"
#> [335] "CCTCAGTGTTACCAGTstochastic_pseudotime"
#> [336] "GCCTCTAAGTCCGGTCstochastic_pseudotime"
#> [337] "TTCGAAGAGTACGCCCstochastic_pseudotime"
#> [338] "GCTGCGAAGCTAGCCCstochastic_pseudotime"
#> [339] "GCGGGTTAGACTTGAAstochastic_pseudotime"
#> [340] "GTATCTTCATCGATGTstochastic_pseudotime"
#> [341] "ACTTACTAGAGGGCTTstochastic_pseudotime"
#> [342] "GGGTCTGCACAGGCCTstochastic_pseudotime"
#> [343] "GGTATTGGTACTCGCGstochastic_pseudotime"
#> [344] "TGTGGTATCCAGTAGTstochastic_pseudotime"
#> [345] "CTCAGAACACTAGTACstochastic_pseudotime"
#> [346] "CAGAATCGTCATTAGCstochastic_pseudotime"
#> [347] "ACCAGTATCGTTTAGGstochastic_pseudotime"
#> [348] "TTTACTGCAGCATACTstochastic_pseudotime"
#> [349] "GCAGCCACAGCGTTCGstochastic_pseudotime"
#> [350] "CTGTGCTCATTACCTTstochastic_pseudotime"
#> [351] "CTCGAAAGTAAGAGGAstochastic_pseudotime"
#> [352] "TATGCCCGTCTAGCCGstochastic_pseudotime"
#> [353] "GGGCATCGTGGTCTCGstochastic_pseudotime"
#> [354] "CATGACACATCGATTGstochastic_pseudotime"
#> [355] "AACTTTCCACAGTCGCstochastic_pseudotime"
#> [356] "GAAATGAGTCACCCAGstochastic_pseudotime"
#> [357] "ACTTACTCAATCAGAAstochastic_pseudotime"
#> [358] "TGCTGCTAGGATGCGTstochastic_pseudotime"
#> [359] "AACTCAGGTGCCTGTGstochastic_pseudotime"
#> [360] "GTATCTTGTGGCCCTAstochastic_pseudotime"
#> [361] "GTCCTCATCTGGAGCCstochastic_pseudotime"
#> [362] "TGACTAGTCCTATTCAstochastic_pseudotime"
#> [363] "TGAGCATGTTAAAGACstochastic_pseudotime"
#> [364] "TGCCAAACATGACATCstochastic_pseudotime"
#> [365] "AAGTCTGTCCGAGCCAstochastic_pseudotime"
#> [366] "ACATCAGTCCTTGGTCstochastic_pseudotime"
#> [367] "GTGCGGTCAGCGTAAGstochastic_pseudotime"
#> [368] "GTCTCGTCATAGTAAGstochastic_pseudotime"
#> [369] "GATGAGGAGTGGACGTstochastic_pseudotime"
#> [370] "AGAGCTTAGGTTACCTstochastic_pseudotime"
#> [371] "GCTGGGTGTCTAGAGGstochastic_pseudotime"
#> [372] "GGGATGAGTTGTGGAGstochastic_pseudotime"
#> [373] "AGCGGTCGTCGAATCTstochastic_pseudotime"
#> [374] "AGGCCGTCACGACGAAstochastic_pseudotime"
#> [375] "CGAGAAGCACGCATCGstochastic_pseudotime"
#> [376] "GTACTCCTCCAACCAAstochastic_pseudotime"
#> [377] "ATGTGTGCACAAGTAAstochastic_pseudotime"
#> [378] "TGACTAGGTGTATGGGstochastic_pseudotime"
#> [379] "AGGGATGGTTAGGGTGstochastic_pseudotime"
#> [380] "CGTGTAATCATTATCCstochastic_pseudotime"
#> [381] "CTGAAACTCGATAGAAstochastic_pseudotime"
#> [382] "TTGAACGAGGAGTTTAstochastic_pseudotime"
#> [383] "AGCGTCGCACAGGCCTstochastic_pseudotime"
#> [384] "CCACGGAGTTACGACTstochastic_pseudotime"
#> [385] "CTGAAACTCTGTTTGTstochastic_pseudotime"
#> [386] "AGATTGCAGTTCCACAstochastic_pseudotime"
#> [387] "GTATCTTGTCGCGGTTstochastic_pseudotime"
#> [388] "GAGTCCGAGCGATGACstochastic_pseudotime"
#> [389] "AACCATGCACAGGAGTstochastic_pseudotime"
#> [390] "ATGTGTGTCAAAGACAstochastic_pseudotime"
#> [391] "CCGTACTAGGAGTACCstochastic_pseudotime"
#> [392] "CCGTACTAGTCCGTATstochastic_pseudotime"
#> [393] "GACGTTAAGACGCTTTstochastic_pseudotime"
#> [394] "CCACGGAGTCAACATCstochastic_pseudotime"
#> [395] "CATGGCGAGAGTCTGGstochastic_pseudotime"
#> [396] "GAAATGAAGCTCCTCTstochastic_pseudotime"
#> [397] "ACGCCAGTCCCAAGTAstochastic_pseudotime"
#> [398] "CGGTTAAGTCTAGCCGstochastic_pseudotime"
#> [399] "GTCTCGTTCACTTCATstochastic_pseudotime"
#> [400] "GACCAATTCAACGGCCstochastic_pseudotime"
#> [401] "CTCTGGTAGCAATCTCstochastic_pseudotime"
#> [402] "TCTCTAAGTGGCAAACstochastic_pseudotime"
#> [403] "CATCGGGTCTTCGGTCstochastic_pseudotime"
#> [404] "CAACCAACACCTCGTTstochastic_pseudotime"
#> [405] "CTGGTCTTCGCATGGCstochastic_pseudotime"
#> [406] "ACTGTCCTCGCTAGCGstochastic_pseudotime"
#> [407] "CTAAGACAGCACGCCTstochastic_pseudotime"
#> [408] "CGGCTAGGTACTCGCGstochastic_pseudotime"
#> [409] "TCTCATAGTGGACGATstochastic_pseudotime"
#> [410] "GGATGTTTCCAGTATGstochastic_pseudotime"
#> [411] "CTTAGGATCACTCTTAstochastic_pseudotime"
#> [412] "TACGGATTCCAAGTACstochastic_pseudotime"
#> [413] "TGAGAGGAGCCGTCGTstochastic_pseudotime"
#> [414] "CTTGGCTCAGCCACCAstochastic_pseudotime"
#> [415] "AATCGGTCATATGGTCstochastic_pseudotime"
#> [416] "TACTTACCATGGGACAstochastic_pseudotime"
#> [417] "TGAGGGAAGAGGTACCstochastic_pseudotime"
#> [418] "TCCCGATCAACGATGGstochastic_pseudotime"
#> [419] "GTCACAACACGTCTCTstochastic_pseudotime"
#> [420] "TTTGGTTCACGAAGCAstochastic_pseudotime"
#> [421] "GGGAATGTCACAAACCstochastic_pseudotime"
#> [422] "ACAGCCGCATCGTCGGstochastic_pseudotime"
#> [423] "CGTGAGCTCAGCGATTstochastic_pseudotime"
#> [424] "ATCATGGGTCCGCTGAstochastic_pseudotime"
#> [425] "GGCAATTCATCTCCCAstochastic_pseudotime"
#> [426] "CCTATTATCATCGCTCstochastic_pseudotime"
#> [427] "CAAGGCCCACATTTCTstochastic_pseudotime"
#> [428] "CTCACACGTCACACGCstochastic_pseudotime"
#> [429] "AACCATGGTTCGGCACstochastic_pseudotime"
#> [430] "CTGCGGACAGACTCGCstochastic_pseudotime"
#> [431] "ACGCAGCGTAATCACCstochastic_pseudotime"
#> [432] "CCATGTCGTCGGCTCAstochastic_pseudotime"
#> [433] "TTGCGTCCACCGATATstochastic_pseudotime"
#> [434] "CACAAACAGTAGCGGTstochastic_pseudotime"
#> [435] "ACTGATGCATCAGTACstochastic_pseudotime"
#> [436] "TAGTTGGCACGTAAGGstochastic_pseudotime"
#> [437] "CAGCTAAGTACCGAGAstochastic_pseudotime"
#> [438] "CGTCCATTCGCGCCAAstochastic_pseudotime"
#> [439] "TTCGGTCAGCTAGCCCstochastic_pseudotime"
#> [440] "GTTAAGCAGGATTCGGstochastic_pseudotime"
#> [441] "GGACAGATCCTTTCGGstochastic_pseudotime"
#> [442] "AGTTGGTTCACATAGCstochastic_pseudotime"
#> [443] "TTCTCAACAATAGAGTstochastic_pseudotime"
#> [444] "GTAGTCACATCGATGTstochastic_pseudotime"
#> [445] "GCTGCGAAGTATTGGAstochastic_pseudotime"
#> [446] "CGTCAGGGTAGGCATGstochastic_pseudotime"
#> [447] "AACTCAGTCCTCGCATstochastic_pseudotime"
#> [448] "AAATGCCCACCAACCGstochastic_pseudotime"
#> [449] "CCGTTCAAGGACCACAstochastic_pseudotime"
#> [450] "AATCGGTTCCAAACTGstochastic_pseudotime"
#> [451] "TCACGAAGTCCGAGTCstochastic_pseudotime"
#> [452] "GGCTGGTAGTCACGCCstochastic_pseudotime"
#> [453] "GGACGTCCATGGATGGstochastic_pseudotime"
#> [454] "CAGCCGATCGTTTATCstochastic_pseudotime"
#> [455] "TTGACTTGTTCCATGAstochastic_pseudotime"
#> [456] "GGCTGGTTCATGCATGstochastic_pseudotime"
#> [457] "ACACCCTAGGACAGCTstochastic_pseudotime"
#> [458] "CGATGTAGTACTCTCCstochastic_pseudotime"
#> [459] "TCAGGTAAGGCGTACAstochastic_pseudotime"
#> [460] "AGCAGCCGTGTAACGGstochastic_pseudotime"
#> [461] "CCTACCACATCGATTGstochastic_pseudotime"
#> [462] "AAGACCTAGTAGGCCAstochastic_pseudotime"
#> [463] "GGACAAGTCAAAGACAstochastic_pseudotime"
#> [464] "GACTAACGTCATCCCTstochastic_pseudotime"
#> [465] "CGCCAAGCAAAGTCAAstochastic_pseudotime"
#> [466] "CCGGGATAGATCTGAAstochastic_pseudotime"
#> [467] "TACACGAGTGCAACTTstochastic_pseudotime"
#> [468] "CGTTCTGTCACAATGCstochastic_pseudotime"
#> [469] "CAGCCGATCCTATTCAstochastic_pseudotime"
#> [470] "AGGGATGTCGCATGGCstochastic_pseudotime"
#> [471] "GTAGTCAGTCCGACGTstochastic_pseudotime"
#> [472] "AGCAGCCGTCGCATCGstochastic_pseudotime"
#> [473] "TGCTACCCATAAGACAstochastic_pseudotime"
#> [474] "AGCTCCTTCAATACCGstochastic_pseudotime"
#> [475] "GAATGAAAGAATGTGTstochastic_pseudotime"
#> [476] "TTGTAGGTCAAAGTAGstochastic_pseudotime"
#> [477] "AAACCTGGTAAGTGGCstochastic_pseudotime"
#> [478] "AAATGCCCATGCTAGTstochastic_pseudotime"
#> [479] "GACTGCGAGAATCTCCstochastic_pseudotime"
#> [480] "CGATTGAAGTCAAGGCstochastic_pseudotime"
#> [481] "CCATGTCTCCGCATAAstochastic_pseudotime"
#> [482] "CAAGAAAAGAGTACCGstochastic_pseudotime"
#> [483] "GGCGTGTCACCAGGTCstochastic_pseudotime"
#> [484] "CCGTGGATCTTAGAGCstochastic_pseudotime"
#> [485] "TGCGGGTAGACGCACAstochastic_pseudotime"
#> [486] "AAGCCGCCAATGGACGstochastic_pseudotime"
#> [487] "ACACTGAGTCCATGATstochastic_pseudotime"
#> [488] "AGCTTGAAGACACGACstochastic_pseudotime"
#> [489] "TCTATTGTCGTATCAGstochastic_pseudotime"
#> [490] "TCGCGAGAGTACGCGAstochastic_pseudotime"
#> [491] "TCAACGATCAACCATGstochastic_pseudotime"
#> [492] "CACCAGGCATAAAGGTstochastic_pseudotime"
#> [493] "TGAGCCGTCCGCTGTTstochastic_pseudotime"
#> [494] "ACTGTCCCAGTTTACGstochastic_pseudotime"
#> [495] "GATCGATAGAAAGTGGstochastic_pseudotime"
#> [496] "GATCGTAAGTAGGTGCstochastic_pseudotime"
#> [497] "CACAGGCCAAGGCTCCstochastic_pseudotime"
#> [498] "TGTGTTTGTATGAATGstochastic_pseudotime"
#> [499] "GGCTCGAAGATCACGGstochastic_pseudotime"
#> [500] "GGGTCTGTCATGTGGTstochastic_pseudotime"
#> [501] "TACAGTGGTAAACGCGstochastic_pseudotime"
#> [502] "TCTCTAATCCCAACGGstochastic_pseudotime"
#> [503] "AGTTGGTGTTGTCGCGstochastic_pseudotime"
#> [504] "CCAGCGACAGACGTAGstochastic_pseudotime"
#> [505] "TCAATCTCATCCGCGAstochastic_pseudotime"
#> [506] "TCAGATGCACTCGACGstochastic_pseudotime"
#> [507] "GTTACAGTCCGATATGstochastic_pseudotime"
#> [508] "TGGACGCTCTTGTTTGstochastic_pseudotime"
#> [509] "CTGCGGACATTAGCCAstochastic_pseudotime"
#> [510] "CACCACTGTGTGTGCCstochastic_pseudotime"
#> [511] "GTAACTGGTCACTGGCstochastic_pseudotime"
#> [512] "GGCGTGTCACCGATATstochastic_pseudotime"
#> [513] "AGAGTGGCACCTCGGAstochastic_pseudotime"
#> [514] "CAGCTAACATGCCTAAstochastic_pseudotime"
#> [515] "ATCCGAAGTACACCGCstochastic_pseudotime"
#> [516] "CAAGGCCTCTCAACTTstochastic_pseudotime"
#> [517] "ACTGATGCATGTCTCCstochastic_pseudotime"
#> [518] "CATATGGTCACAGTACstochastic_pseudotime"
#> [519] "TTCCCAGTCATAGCACstochastic_pseudotime"
#> [520] "GGACGTCGTCAGAAGCstochastic_pseudotime"
#> [521] "GGGCACTGTCTCCATCstochastic_pseudotime"
#> [522] "CCCATACTCGTGGACCstochastic_pseudotime"
#> [523] "TGCCCTAAGTCCGGTCstochastic_pseudotime"
#> [524] "GCTGCGATCCCGGATGstochastic_pseudotime"
#> [525] "TAGTGGTTCCTCAACCstochastic_pseudotime"
#> [526] "CTACATTCACCGTTGGstochastic_pseudotime"
#> [527] "AGGTCATGTTTAGGAAstochastic_pseudotime"
#> [528] "CCTACCAGTTGCTCCTstochastic_pseudotime"
#> [529] "CGTCACTTCACTTATCstochastic_pseudotime"
#> [530] "CCTTCCCTCGTCGTTCstochastic_pseudotime"
#> [531] "AATCCAGTCGGTCCGAstochastic_pseudotime"
#> [532] "CAAGTTGTCTAACTGGstochastic_pseudotime"
#> [533] "TTAGGCAGTTTGTTGGstochastic_pseudotime"
#> [534] "AATCCAGTCAGGTTCAstochastic_pseudotime"
#> [535] "GTACTCCCACAGGTTTstochastic_pseudotime"
#> [536] "GCGCCAATCTTATCTGstochastic_pseudotime"
#> [537] "TCATTTGCATTGGCGCstochastic_pseudotime"
#> [538] "GACGTTAGTGTGAATAstochastic_pseudotime"
#> [539] "AAAGCAAAGCTACCTAstochastic_pseudotime"
#> [540] "ACATCAGAGAGACTTAstochastic_pseudotime"
#> [541] "ACATACGGTCTCTCTGstochastic_pseudotime"
#> [542] "TTAACTCGTAATCGTCstochastic_pseudotime"
#> [543] "GTTCATTAGGCAGTCAstochastic_pseudotime"
#> [544] "CATTATCGTCATATCGstochastic_pseudotime"
#> [545] "TTTCCTCGTGGCGAATstochastic_pseudotime"
#> [546] "GCAGTTACATTTCACTstochastic_pseudotime"
#> [547] "CTTAACTTCAGCTTAGstochastic_pseudotime"
#> [548] "AGATCTGTCCGTCAAAstochastic_pseudotime"
#> [549] "TCTCATAAGAATGTGTstochastic_pseudotime"
#> [550] "GTATCTTTCGTGGACCstochastic_pseudotime"
#> [551] "GAAGCAGGTCGCGAAAstochastic_pseudotime"
#> [552] "AACACGTGTCGACTGCstochastic_pseudotime"
#> [553] "GTCTTCGTCTACCAGAstochastic_pseudotime"
#> [554] "TAGTTGGCAGTAACGGstochastic_pseudotime"
#> [555] "AATCCAGAGGGTTCCCstochastic_pseudotime"
#> [556] "TCCCGATAGTCGTTTGstochastic_pseudotime"
#> [557] "CGAGCACAGGCAGGTTstochastic_pseudotime"
#> [558] "TAAGAGATCTGCGACGstochastic_pseudotime"
#> [559] "TGGGAAGCACGTAAGGstochastic_pseudotime"
#> [560] "CACACCTGTTATCCGAstochastic_pseudotime"
#> [561] "GATCGCGCACCAGGCTstochastic_pseudotime"
#> [562] "CTCGGAGGTGAAGGCTstochastic_pseudotime"
#> [563] "AAGGTTCGTCAACTGTstochastic_pseudotime"
#> [564] "CAGCTGGGTCTAACGTstochastic_pseudotime"
#> [565] "CAACCAAAGCGTTCCGstochastic_pseudotime"
#> [566] "TGGCCAGCAATGAAACstochastic_pseudotime"
#> [567] "CTAATGGCATGGTTGTstochastic_pseudotime"
#> [568] "CTTGGCTCAAAGGAAGstochastic_pseudotime"
#> [569] "TCAGCAATCGCCGTGAstochastic_pseudotime"
#> [570] "CGGTTAATCACCGGGTstochastic_pseudotime"
#> [571] "CTACATTGTTACTGACstochastic_pseudotime"
#> [572] "CTGCTGTAGACTGGGTstochastic_pseudotime"
#> [573] "GCTCTGTGTCCATGATstochastic_pseudotime"
#> [574] "CGACTTCCAGCTGCACstochastic_pseudotime"
#> [575] "CAGCTGGCAAGTTGTCstochastic_pseudotime"
#> [576] "CCTTACGCACAACGCCstochastic_pseudotime"
#> [577] "TAGTGGTCATTCACTTstochastic_pseudotime"
#> [578] "CAGGTGCCATCAGTCAstochastic_pseudotime"
#> [579] "TACTCATAGGTGTTAAstochastic_pseudotime"
#> [580] "AGCTCCTCAGTTTACGstochastic_pseudotime"
#> [581] "GTCACGGCATCCGTGGstochastic_pseudotime"
#> [582] "GTCACGGTCTTGCCGTstochastic_pseudotime"
#> [583] "TTGACTTTCACCGGGTstochastic_pseudotime"
#> [584] "CCTCAGTAGTGCGATGstochastic_pseudotime"
#> [585] "TTCGGTCTCGACCAGCstochastic_pseudotime"
#> [586] "CGTTGGGCAGGCGATAstochastic_pseudotime"
#> [587] "CCACGGAAGTCTCCTCstochastic_pseudotime"
#> [588] "GATGCTAGTGTTAAGAstochastic_pseudotime"
#> [589] "GTGTTAGGTGAACCTTstochastic_pseudotime"
#> [590] "AGCTCCTTCGCCCTTAstochastic_pseudotime"
#> [591] "TGCGTGGGTCCCTTGTstochastic_pseudotime"
#> [592] "GGAGCAAGTATCACCAstochastic_pseudotime"
#> [593] "CGTAGCGTCGGAAATAstochastic_pseudotime"
#> [594] "CTGGTCTAGGATTCGGstochastic_pseudotime"
#> [595] "GGCGTGTTCGAGAGCAstochastic_pseudotime"
#> [596] "AACCATGGTTGAACTCstochastic_pseudotime"
#> [597] "ACAGCCGAGAGAACAGstochastic_pseudotime"
#> [598] "CGAATGTGTCTGGAGAstochastic_pseudotime"
#> [599] "GACGGCTTCAACTCTTstochastic_pseudotime"
#> [600] "CTTTGCGAGACCACGAstochastic_pseudotime"
#> [601] "TTCTACACATAAAGGTstochastic_pseudotime"
#> [602] "GCATGATGTCACTGGCstochastic_pseudotime"
#> [603] "ACACCCTTCCCAGGTGstochastic_pseudotime"
#> [604] "CTCCTAGCACAACGTTstochastic_pseudotime"
#> [605] "CTCTGGTCAAGTTGTCstochastic_pseudotime"
#> [606] "CATCAGATCATCGCTCstochastic_pseudotime"
#> [607] "CCACTACAGAGCTGGTstochastic_pseudotime"
#> [608] "CTCGGAGGTCATTAGCstochastic_pseudotime"
#> [609] "TGGTTAGCAGTCGTGCstochastic_pseudotime"
#> [610] "TCGAGGCAGGCATGGTstochastic_pseudotime"
#> [611] "GTACTTTTCTTCGGTCstochastic_pseudotime"
#> [612] "ACGAGGATCGCCGTGAstochastic_pseudotime"
#> [613] "ATGAGGGTCTTGACGAstochastic_pseudotime"
#> [614] "CGATCGGAGCTGCAAGstochastic_pseudotime"
#> [615] "GTAGGCCAGCTAACAAstochastic_pseudotime"
#> [616] "GTCCTCACACCACGTGstochastic_pseudotime"
#> [617] "CTGAAGTTCTGCGGCAstochastic_pseudotime"
#> [618] "GGACATTGTCTCCCTAstochastic_pseudotime"
#> [619] "CGAGCACGTAGTAGTAstochastic_pseudotime"
#> [620] "GTGCATAAGAACAATCstochastic_pseudotime"
#> [621] "ATCTGCCCATGTTGACstochastic_pseudotime"
#> [622] "ACTGCTCAGGTGTTAAstochastic_pseudotime"
#> [623] "AGCTCTCAGACATAACstochastic_pseudotime"
#> [624] "TGACGGCCATATGAGAstochastic_pseudotime"
#> [625] "CAAGTTGGTGTGCCTGstochastic_pseudotime"
#> [626] "GATCAGTAGGTGATATstochastic_pseudotime"
#> [627] "ACGCCGAAGGGTGTTGstochastic_pseudotime"
#> [628] "GGACGTCAGGGTGTTGstochastic_pseudotime"
#> [629] "GGACAGACAATCCAACstochastic_pseudotime"
#> [630] "TCGCGAGCACTTCTGCstochastic_pseudotime"
#> [631] "TAAGTGCTCCAAATGCstochastic_pseudotime"
#> [632] "TGCGTGGAGGTTCCTAstochastic_pseudotime"
#> [633] "ACTATCTTCAAGATCCstochastic_pseudotime"
#> [634] "TGTGTTTAGGAATGGAstochastic_pseudotime"
#> [635] "GAGCAGATCAACTCTTstochastic_pseudotime"
#> [636] "ACGATGTTCGCAGGCTstochastic_pseudotime"
#> [637] "GTCATTTGTCGTCTTCstochastic_pseudotime"
#> [638] "TTTGGTTTCCTTTCGGstochastic_pseudotime"
#> [639] "AAAGCAAGTGCAGTAGstochastic_pseudotime"
#> [640] "CACACCTGTACATGTCstochastic_pseudotime"
#> [641] "CGATGTAAGTTTAGGAstochastic_pseudotime"
#> [642] "GCGCAGTGTGCTAGCCstochastic_pseudotime"
#> [643] "CTGAAACGTAGCGCAAstochastic_pseudotime"
#> [644] "CGTGTCTGTAGCGTCCstochastic_pseudotime"
#> [645] "AGTGGGAGTGGCAAACstochastic_pseudotime"
#> [646] "AGGCCACCATGACATCstochastic_pseudotime"
#> [647] "TTTGTCAAGAATGTGTstochastic_pseudotime"
#> [648] "AAGGAGCAGTACATGAstochastic_pseudotime"
#> [649] "ACACCGGTCATGTCTTstochastic_pseudotime"
#> [650] "GAGGTGAGTCCGCTGAstochastic_pseudotime"
#> [651] "CTCGAAAGTGGTGTAGstochastic_pseudotime"
#> [652] "AAGGTTCAGATAGTCAstochastic_pseudotime"
#> [653] "AGTGTCATCCCTTGTGstochastic_pseudotime"
#> [654] "ATCACGAGTGCACCACstochastic_pseudotime"
#> [655] "TACGGGCAGCCAACAGstochastic_pseudotime"
#> [656] "CTCAGAACATAGGATAstochastic_pseudotime"
#> [657] "TATCTCACACGCGAAAstochastic_pseudotime"
#> [658] "GATTCAGTCGCCAGCAstochastic_pseudotime"
#> [659] "TCACAAGCAACGATGGstochastic_pseudotime"
#> [660] "TGTGTTTGTAGATTAGstochastic_pseudotime"
#> [661] "GGCGTGTTCAGCTTAGstochastic_pseudotime"
#> [662] "AGTAGTCGTGAGGGAGstochastic_pseudotime"
#> [663] "GTACGTAGTCTCTTTAstochastic_pseudotime"
#> [664] "GAATGAATCATCGGATstochastic_pseudotime"
#> [665] "GCTGCGAAGAACAACTstochastic_pseudotime"
#> [666] "TCTGGAAGTCATCGGCstochastic_pseudotime"
#> [667] "CTGCTGTCAAAGCAATstochastic_pseudotime"
#> [668] "CATCAGAGTCTCTTTAstochastic_pseudotime"
#> [669] "GCAATCACAGCTGCTGstochastic_pseudotime"
#> [670] "CCCAGTTTCAGCACATstochastic_pseudotime"
#> [671] "CACAGTAGTGCACTTAstochastic_pseudotime"
#> [672] "GAACCTATCACTTATCstochastic_pseudotime"
#> [673] "GGCAATTCACGGCTACstochastic_pseudotime"
#> [674] "TTGAACGGTGAGGGAGstochastic_pseudotime"
#> [675] "GATTCAGAGCGATGACstochastic_pseudotime"
#> [676] "GCATGCGAGGAACTGCstochastic_pseudotime"
#> [677] "GAACGGAAGTCAAGCGstochastic_pseudotime"
#> [678] "ACCAGTAGTTCGTTGAstochastic_pseudotime"
#> [679] "GGAAAGCCAATGTAAGstochastic_pseudotime"
#> [680] "CTCGTACTCTTTAGTCstochastic_pseudotime"
#> [681] "GTGCTTCAGAGGGATAstochastic_pseudotime"
#> [682] "AGGGAGTTCGGAGGTAstochastic_pseudotime"
#> [683] "CTAACTTAGAGGTACCstochastic_pseudotime"
#> [684] "CAGGTGCAGCCAGGATstochastic_pseudotime"
#> [685] "GCATGATGTTTAGGAAstochastic_pseudotime"
#> [686] "CCACGGAAGGGTGTTGstochastic_pseudotime"
#> [687] "CATGACATCATGCATGstochastic_pseudotime"
#> [688] "GACGTGCGTCACCTAAstochastic_pseudotime"
#> [689] "CCACGGAAGATCCTGTstochastic_pseudotime"
#> [690] "TTGGAACAGAAGATTCstochastic_pseudotime"
#> [691] "CCACCTATCTAAGCCAstochastic_pseudotime"
#> [692] "AGGTCATGTCTCCCTAstochastic_pseudotime"
#> [693] "ATAGACCAGTGATCGGstochastic_pseudotime"
#> [694] "GAACCTAAGTAGATGTstochastic_pseudotime"
#> [695] "GATCGATGTTGTTTGGstochastic_pseudotime"
#> [696] "TTCTCCTAGTCCATACstochastic_pseudotime"
#> [697] "AACTCCCCAGTTCATGstochastic_pseudotime"
#> [698] "GGGATGAGTCTGCGGTstochastic_pseudotime"
#> [699] "CTCGAAATCCTGCCATstochastic_pseudotime"
#> [700] "CGGGTCAAGGCGATACstochastic_pseudotime"
#> [701] "GACCTGGGTTCGTGATstochastic_pseudotime"
#> [702] "CCTACACAGTACGTTCstochastic_pseudotime"
#> [703] "GACCAATGTTATCCGAstochastic_pseudotime"
#> [704] "CATCGGGCACGTTGGCstochastic_pseudotime"
#> [705] "ACTTGTTTCACCCGAGstochastic_pseudotime"
#> [706] "CCGTTCAAGCTAAACAstochastic_pseudotime"
#> [707] "ATCATGGAGGAATGGAstochastic_pseudotime"
#> [708] "AGGGATGGTCGACTGCstochastic_pseudotime"
#> [709] "ACCAGTAAGTGATCGGstochastic_pseudotime"
#> [710] "GCGACCATCACCAGGCstochastic_pseudotime"
#> [711] "CGAGAAGTCGTTACAGstochastic_pseudotime"
#> [712] "CTCTAATAGTTATCGCstochastic_pseudotime"
#> [713] "CTACGTCAGCTAGGCAstochastic_pseudotime"
#> [714] "ACTTGTTAGTGAAGTTstochastic_pseudotime"
#> [715] "CGTTCTGAGGACGAAAstochastic_pseudotime"
#> [716] "GTGCATAGTTCAACCAstochastic_pseudotime"
#> [717] "ACAGCTAAGTCGTTTGstochastic_pseudotime"
#> [718] "CACCACTAGCGATCCCstochastic_pseudotime"
#> [719] "CATGCCTCACCCATTCstochastic_pseudotime"
#> [720] "CAAGGCCTCAGTGCATstochastic_pseudotime"
#> [721] "CCGGGATTCGACAGCCstochastic_pseudotime"
#> [722] "CCACGGAAGCAATCTCstochastic_pseudotime"
#> [723] "GTGGGTCTCCGAATGTstochastic_pseudotime"
#> [724] "GCATGTAGTTGCGCACstochastic_pseudotime"
#> [725] "TGCGTGGAGTACACCTstochastic_pseudotime"
#> [726] "CGCTTCATCTCTGTCGstochastic_pseudotime"
#> [727] "AGGTCATCACTTCTGCstochastic_pseudotime"
#> [728] "TATGCCCAGAACAATCstochastic_pseudotime"
#> [729] "ATAGACCAGCGTGTCCstochastic_pseudotime"
#> [730] "CGCCAAGTCTAAGCCAstochastic_pseudotime"
#> [731] "CGCGGTAAGCTGCAAGstochastic_pseudotime"
#> [732] "AGAATAGCAATCACACstochastic_pseudotime"
#> [733] "CGTCTACAGGGAGTAAstochastic_pseudotime"
#> [734] "GGGAATGCAAAGTGCGstochastic_pseudotime"
#> [735] "AACTTTCTCCAGATCAstochastic_pseudotime"
#> [736] "AGAGTGGAGGCGATACstochastic_pseudotime"
#> [737] "AAACGGGCAAAGAATCstochastic_pseudotime"
#> [738] "GGGATGAAGGGCATGTstochastic_pseudotime"
#> [739] "AGTCTTTCACGGACAAstochastic_pseudotime"
#> [740] "GCAAACTCAGACAAATstochastic_pseudotime"
#> [741] "ACACCAAGTATAGGTAstochastic_pseudotime"
#> [742] "ACGCAGCCATTCTCATstochastic_pseudotime"
#> [743] "CTAACTTCATCTGGTAstochastic_pseudotime"
#> [744] "TGGGCGTGTGTGCGTCstochastic_pseudotime"
#> [745] "TGAGAGGCAGGAACGTstochastic_pseudotime"
#> [746] "AAGACCTAGACCTTTGstochastic_pseudotime"
#> [747] "GCGCCAAAGCTCCTTCstochastic_pseudotime"
#> [748] "GCATGTATCGTGGACCstochastic_pseudotime"
#> [749] "GGGAGATAGTGACATAstochastic_pseudotime"
#> [750] "GTTCTCGAGAATTCCCstochastic_pseudotime"
#> [751] "GGGCATCCATTTCAGGstochastic_pseudotime"
#> [752] "TATTACCTCGTTGCCTstochastic_pseudotime"
#> [753] "CGAATGTTCTTCATGTstochastic_pseudotime"
#> [754] "CGGAGTCAGTTTAGGAstochastic_pseudotime"
#> [755] "AGATTGCAGCGTGTCCstochastic_pseudotime"
#> [756] "GGATGTTAGTAAGTACstochastic_pseudotime"
#> [757] "GATCGATAGGATGGTCstochastic_pseudotime"
#> [758] "TCAGGTACAGTCACTAstochastic_pseudotime"
#> [759] "CCTTCGATCACAGGCCstochastic_pseudotime"
#> [760] "GGCGACTGTAAGTTCCstochastic_pseudotime"
#> [761] "TTCGGTCGTATAGTAGstochastic_pseudotime"
#> [762] "CTTCTCTCAGCATACTstochastic_pseudotime"
#> [763] "TTGCCGTCACCGAATTstochastic_pseudotime"
#> [764] "CGTGTCTCAGAAGCACstochastic_pseudotime"
#> [765] "AACTCTTCATTTGCCCstochastic_pseudotime"
#> [766] "GCATGCGCAGCTCCGAstochastic_pseudotime"
#> [767] "TTTGGTTAGACAGGCTstochastic_pseudotime"
#> [768] "CGATGGCTCAGTGTTGstochastic_pseudotime"
#> [769] "TACTCGCAGTAAGTACstochastic_pseudotime"
#> [770] "TCAATCTTCGAACGGAstochastic_pseudotime"
#> [771] "GCTGGGTGTCATACTGstochastic_pseudotime"
#> [772] "ACGATACAGATGAGAGstochastic_pseudotime"
#> [773] "GTATCTTGTACTCAACstochastic_pseudotime"
#> [774] "ACGATACTCGCGCCAAstochastic_pseudotime"
#> [775] "GATCGATGTAGCGATGstochastic_pseudotime"
#> [776] "CCTACACTCTTTACACstochastic_pseudotime"
#> [777] "AAGGTTCAGGAGCGAGstochastic_pseudotime"
#> [778] "CAGTCCTCAGGGCATAstochastic_pseudotime"
#> [779] "CCCATACCATGCAACTstochastic_pseudotime"
#> [780] "GCTTGAAGTCAACTGTstochastic_pseudotime"
#> [781] "CTTCTCTAGTCCGTATstochastic_pseudotime"
#> [782] "AGCTTGACATCTATGGstochastic_pseudotime"
#> [783] "CTCGAGGCAAGTCTGTstochastic_pseudotime"
#> [784] "CAGAATCCATTGGGCCstochastic_pseudotime"
#> [785] "CTTCTCTGTCAGAGGTstochastic_pseudotime"
#> [786] "GATGAAACAGGCTGAAstochastic_pseudotime"
#> [787] "ATTACTCTCTGCCAGGstochastic_pseudotime"
#> [788] "GGGTCTGTCCATGAACstochastic_pseudotime"
#> [789] "ACCTTTATCCTGCAGGstochastic_pseudotime"
#> [790] "GGGAGATAGATGTGGCstochastic_pseudotime"
#> [791] "ATCCACCCAGCTCGCAstochastic_pseudotime"
#> [792] "TCGAGGCAGAACAATCstochastic_pseudotime"
#> [793] "GCTTCCAAGTTAAGTGstochastic_pseudotime"
#> [794] "AAATGCCCAATGGAATstochastic_pseudotime"
#> [795] "AGTTGGTAGAGCCTAGstochastic_pseudotime"
#> [796] "GTGTGCGGTGTAAGTAstochastic_pseudotime"
#> [797] "CGGAGCTAGATAGTCAstochastic_pseudotime"
#> [798] "GAACGGACAAGGACACstochastic_pseudotime"
#> [799] "ACAGCTATCAAGGCTTstochastic_pseudotime"
#> [800] "GGGACCTCACTGTCGGstochastic_pseudotime"
#> [801] "CCCAATCCAACTGGCCstochastic_pseudotime"
#> [802] "AATCGGTTCGTATCAGstochastic_pseudotime"
#> [803] "GACCAATCAGACGCCTstochastic_pseudotime"
#> [804] "CCTCAGTCAGACACTTstochastic_pseudotime"
#> [805] "GCGAGAAGTGGGTATGstochastic_pseudotime"
#> [806] "ACAGCCGAGAGGTACCstochastic_pseudotime"
#> [807] "ACTTGTTAGTTAAGTGstochastic_pseudotime"
#> [808] "CTGAAGTGTTTGGGCCstochastic_pseudotime"
#> [809] "CACTCCACATCGTCGGstochastic_pseudotime"
#> [810] "CCACCTAAGACTTGAAstochastic_pseudotime"
#> [811] "GTCTTCGTCCGTTGCTstochastic_pseudotime"
#> [812] "TACACGACATGTAGTCstochastic_pseudotime"
#> [813] "GTGGGTCGTCCAGTATstochastic_pseudotime"
#> [814] "GCGGGTTCAAGTAATGstochastic_pseudotime"
#> [815] "CAGAGAGTCGGCCGATstochastic_pseudotime"
#> [816] "TGCGGGTAGGGTTCCCstochastic_pseudotime"
#> [817] "CATATTCTCCTGTAGAstochastic_pseudotime"
#> [818] "CACAAACCACGAAAGCstochastic_pseudotime"
#> [819] "TGCGTGGGTTACTGACstochastic_pseudotime"
#> [820] "TCTTTCCGTGCAACTTstochastic_pseudotime"
#> [821] "CCACTACCAACGCACCstochastic_pseudotime"
#> [822] "TACCTTATCCGATATGstochastic_pseudotime"
#> [823] "TGCGGGTTCCACTCCAstochastic_pseudotime"
#> [824] "GCTTCCAAGACATAACstochastic_pseudotime"
#> [825] "CAGTCCTAGGTGGGTTstochastic_pseudotime"
#> [826] "CGCGGTAAGAGCTGGTstochastic_pseudotime"
#> [827] "GAGCAGAGTTTGCATGstochastic_pseudotime"
#> [828] "ACGCCAGGTTACAGAAstochastic_pseudotime"
#> [829] "GAAGCAGGTCTAGAGGstochastic_pseudotime"
#> [830] "GTTCTCGCAAGAAAGGstochastic_pseudotime"
#> [831] "ACTGATGCATGGTCTAstochastic_pseudotime"
#> [832] "TACAGTGCACAGGCCTstochastic_pseudotime"
#> [833] "TCTCATACAAATTGCCstochastic_pseudotime"
#> [834] "TCCACACCAGGCGATAstochastic_pseudotime"
#> [835] "GATTCAGAGTACGTTCstochastic_pseudotime"
#> [836] "AGTCTTTGTTACGGAGstochastic_pseudotime"
#> [837] "TTTGTCATCGAATGCTstochastic_pseudotime"
#> [838] "GCGCAACGTTTCGCTCstochastic_pseudotime"
#> [839] "ACGCCGAGTTTGCATGstochastic_pseudotime"
#> [840] "CGTGAGCTCTTCTGGCstochastic_pseudotime"
#> [841] "CATATGGGTTACTGACstochastic_pseudotime"
#> [842] "AGGGTGAGTGCGAAACstochastic_pseudotime"
#> [843] "AAACGGGTCGCATGGCstochastic_pseudotime"
#> [844] "GACGTGCTCCGGCACAstochastic_pseudotime"
#> [845] "TGTCCCATCTCTGCTGstochastic_pseudotime"
#> [846] "TTTATGCAGGTTACCTstochastic_pseudotime"
#> [847] "ATCATGGGTATTCGTGstochastic_pseudotime"
#> [848] "GGACGTCGTCGAGATGstochastic_pseudotime"
#> [849] "CGACTTCTCACGCGGTstochastic_pseudotime"
#> [850] "TTTGTCATCTGTTTGTstochastic_pseudotime"
#> [851] "CGAGAAGAGGGTTCCCstochastic_pseudotime"
#> [852] "CACAGGCCACGTCAGCstochastic_pseudotime"
#> [853] "AAATGCCGTGATAAGTstochastic_pseudotime"
#> [854] "TTATGCTCACCCAGTGstochastic_pseudotime"
#> [855] "CCGTGGATCTGTCTCGstochastic_pseudotime"
#> [856] "TTAACTCCAGGATTGGstochastic_pseudotime"
#> [857] "TGAGAGGAGGTAAACTstochastic_pseudotime"
#> [858] "TTGAACGAGAGCAATTstochastic_pseudotime"
#> [859] "TGAGAGGAGCCAGGATstochastic_pseudotime"
#> [860] "AGTGAGGTCTCCAACCstochastic_pseudotime"
#> [861] "GGGAGATAGCGAAGGGstochastic_pseudotime"
#> [862] "CTAAGACGTATCAGTCstochastic_pseudotime"
#> [863] "CGGACTGTCTTGAGACstochastic_pseudotime"
#> [864] "GACGCGTGTCGGCTCAstochastic_pseudotime"
#> [865] "CCCAGTTGTCGTGGCTstochastic_pseudotime"
#> [866] "GTGCATATCAAGGCTTstochastic_pseudotime"
#> [867] "CTCGAGGGTAAGTAGTstochastic_pseudotime"
#> [868] "GGGAATGAGCACACAGstochastic_pseudotime"
#> [869] "TCGGGACGTCTGCGGTstochastic_pseudotime"
#> [870] "GCACTCTCAGCGTCCAstochastic_pseudotime"
#> [871] "CTCGTCAAGAACAATCstochastic_pseudotime"
#> [872] "AGCTTGAAGAGTGACCstochastic_pseudotime"
#> [873] "CGAATGTTCACCGGGTstochastic_pseudotime"
#> [874] "CCTACCATCTGCCCTAstochastic_pseudotime"
#> [875] "TTCTTAGTCAGTGTTGstochastic_pseudotime"
#> [876] "CTGGTCTAGGTGATTAstochastic_pseudotime"
#> [877] "GACCAATGTTGGACCCstochastic_pseudotime"
#> [878] "TACTCGCGTCGGCATCstochastic_pseudotime"
#> [879] "TACTCGCCAGATCGGAstochastic_pseudotime"
#> [880] "TGTCCCACATTATCTCstochastic_pseudotime"
#> [881] "CAGCTGGGTTCTCATTstochastic_pseudotime"
#> [882] "AAAGATGAGTCTTGCAstochastic_pseudotime"
#> [883] "CGCGTTTCAGTCTTCCstochastic_pseudotime"
#> [884] "GAAACTCAGAAACCTAstochastic_pseudotime"
#> [885] "GGAATAAGTAAGAGAGstochastic_pseudotime"
#> [886] "TCTATTGTCCTATTCAstochastic_pseudotime"
#> [887] "TATCTCACATTGTGCAstochastic_pseudotime"
#> [888] "TGGCTGGGTACCCAATstochastic_pseudotime"
#> [889] "AGCATACCACAGCCCAstochastic_pseudotime"
#> [890] "TTGGAACGTATATGAGstochastic_pseudotime"
#> [891] "CGTCACTTCTAACTCTstochastic_pseudotime"
#> [892] "CGTCCATGTCTAACGTstochastic_pseudotime"
#> [893] "AGGGAGTTCCTCAATTstochastic_pseudotime"
#> [894] "ACTATCTGTCAGGACAstochastic_pseudotime"
#> [895] "TCACAAGAGTGACATAstochastic_pseudotime"
#> [896] "GCATGTAAGCGTGTCCstochastic_pseudotime"
#> [897] "GGACAGAAGGCCGAATstochastic_pseudotime"
#> [898] "TCAGGTATCTGTCCGTstochastic_pseudotime"
#> [899] "CTTGGCTCATCCCACTstochastic_pseudotime"
#> [900] "GTCACGGAGCTATGCTstochastic_pseudotime"
#> [901] "GTTTCTACAGGACCCTstochastic_pseudotime"
#> [902] "GATCTAGAGCTAGCCCstochastic_pseudotime"
#> [903] "TGTGGTAGTGCCTGCAstochastic_pseudotime"
#> [904] "ATCTGCCCAATCCGATstochastic_pseudotime"
#> [905] "GTGGGTCCATAAAGGTstochastic_pseudotime"
#> [906] "AGAGCGACAGTAAGATstochastic_pseudotime"
#> [907] "CGGACGTAGACACGACstochastic_pseudotime"
#> [908] "AAAGATGAGTCATGCTstochastic_pseudotime"
#> [909] "GATTCAGTCGTCCAGGstochastic_pseudotime"
#> [910] "TACGGATAGGCACATGstochastic_pseudotime"
#> [911] "AGGGATGTCGCATGATstochastic_pseudotime"
#> [912] "GTATTCTTCTCTAAGGstochastic_pseudotime"
#> [913] "CATCGAAGTCACACGCstochastic_pseudotime"
#> [914] "GTCGTAAAGTTTAGGAstochastic_pseudotime"
#> [915] "CTTAGGATCAACGGGAstochastic_pseudotime"
#> [916] "GCCTCTAAGCTAGTCTstochastic_pseudotime"
#> [917] "GTTCATTTCCGAACGCstochastic_pseudotime"
#> [918] "CTAAGACTCTGCGGCAstochastic_pseudotime"
#> [919] "AGCTCTCGTTCAGTACstochastic_pseudotime"
#> [920] "GTACTTTGTACCGTATstochastic_pseudotime"
#> [921] "CTGAAACGTATGGTTCstochastic_pseudotime"
#> [922] "TGAGAGGAGGCGATACstochastic_pseudotime"
#> [923] "ATCATCTGTGTTTGTGstochastic_pseudotime"
#> [924] "TTGGCAAAGAGTAAGGstochastic_pseudotime"
#> [925] "CTAGTGATCCCAGGTGstochastic_pseudotime"
#> [926] "CCTAGCTGTGGCCCTAstochastic_pseudotime"
#> [927] "CCTTCGAAGATAGCATstochastic_pseudotime"
#> [928] "GCATGATCAAGCGAGTstochastic_pseudotime"
#> [929] "AGCTTGAGTGCAGTAGstochastic_pseudotime"
#> [930] "CGTCAGGTCCGCAAGCstochastic_pseudotime"
#> [931] "CCGGTAGTCGGCTTGGstochastic_pseudotime"
#> [932] "CAAGGCCTCTTACCTAstochastic_pseudotime"
#> [933] "TTTCCTCCAGGATCGAstochastic_pseudotime"
#> [934] "CAGATCAAGCTGTTCAstochastic_pseudotime"
#> [935] "TCAGATGGTACACCGCstochastic_pseudotime"
#> [936] "CATCGAAGTACGAAATstochastic_pseudotime"
#> [937] "TACGGGCTCTTCGGTCstochastic_pseudotime"
#> [938] "TGATTTCGTGAGGGTTstochastic_pseudotime"
#> [939] "CCTATTACAGACAAGCstochastic_pseudotime"
#> [940] "GTCGGGTCAGGCTGAAstochastic_pseudotime"
#> [941] "CCCAGTTAGCATCATCstochastic_pseudotime"
#> [942] "GGCTCGAAGTGACTCTstochastic_pseudotime"
#> [943] "TTCGGTCAGGGCATGTstochastic_pseudotime"
#> [944] "AGTGGGACAGGTCGTCstochastic_pseudotime"
#> [945] "GTTTCTAAGAAGATTCstochastic_pseudotime"
#> [946] "CGACCTTAGGCTAGACstochastic_pseudotime"
#> [947] "TGAGAGGAGATCCCATstochastic_pseudotime"
#> [948] "CTAGTGATCAAAGACAstochastic_pseudotime"
#> [949] "GGACGTCGTCTAGGTTstochastic_pseudotime"
#> [950] "CACATTTTCGAGGTAGstochastic_pseudotime"
#> [951] "TTCTACATCGCTTAGAstochastic_pseudotime"
#> [952] "TCGCGAGAGTCCGTATstochastic_pseudotime"
#> [953] "TACTCATCAGATCCATstochastic_pseudotime"
#> [954] "CAACCAACAACCGCCAstochastic_pseudotime"
#> [955] "ACGAGGATCATCACCCstochastic_pseudotime"
#> [956] "GCATGTAAGAATCTCCstochastic_pseudotime"
#> [957] "AGGCCGTCACGGTGTCstochastic_pseudotime"
#> [958] "CACTCCATCAACACACstochastic_pseudotime"
#> [959] "CTTGGCTGTTAGAACAstochastic_pseudotime"
#> [960] "CCCATACAGACTTTCGstochastic_pseudotime"
#> [961] "CCGTGGACATAGAAACstochastic_pseudotime"
#> [962] "TCTCTAAAGCTGGAACstochastic_pseudotime"
#> [963] "GTGCTTCTCACGACTAstochastic_pseudotime"
#> [964] "GGCTCGACAGCTTCGGstochastic_pseudotime"
#> [965] "GTCTCGTTCTGCGTAAstochastic_pseudotime"
#> [966] "GCTCCTAAGGGCATGTstochastic_pseudotime"
#> [967] "GTGGGTCCATCGATTGstochastic_pseudotime"
#> [968] "CCACGGAGTCTAGTCAstochastic_pseudotime"
#> [969] "CTAACTTAGATCACGGstochastic_pseudotime"
#> [970] "TGTCCCAGTCCGTGACstochastic_pseudotime"
#> [971] "ATCCACCAGAGCCTAGstochastic_pseudotime"
#> [972] "GTAGGCCGTTACCAGTstochastic_pseudotime"
#> [973] "TCTGGAACACCTATCCstochastic_pseudotime"
#> [974] "ACGTCAAAGGTGTTAAstochastic_pseudotime"
#> [975] "ACTTGTTCATGGTCATstochastic_pseudotime"
#> [976] "GGACAGATCAGGCGAAstochastic_pseudotime"
#> [977] "TACTTGTAGACAAAGGstochastic_pseudotime"
#> [978] "AAATGCCAGACTAAGTstochastic_pseudotime"
#> [979] "AAGTCTGGTTGGGACAstochastic_pseudotime"
#> [980] "AGACGTTCAATGGTCTstochastic_pseudotime"
#> [981] "CTACACCCATCAGTCAstochastic_pseudotime"
#> [982] "CGTTCTGTCGATAGAAstochastic_pseudotime"
#> [983] "GACCAATAGAATGTGTstochastic_pseudotime"
#> [984] "TGACTTTAGCCAGAACstochastic_pseudotime"
#> [985] "TCACAAGCAGACTCGCstochastic_pseudotime"
#> [986] "CTTTGCGTCCACGTGGstochastic_pseudotime"
#> [987] "CTCTGGTCAAGACACGstochastic_pseudotime"
#> [988] "AGCATACGTCCGCTGAstochastic_pseudotime"
#> [989] "GCTGCGATCGGCTACGstochastic_pseudotime"
#> [990] "CCACCTACAGCTCGACstochastic_pseudotime"
#> [991] "GGCAATTGTAGAGCTGstochastic_pseudotime"
#> [992] "ACTTACTCACATGTGTstochastic_pseudotime"
#> [993] "ACGAGCCCATGAGCGAstochastic_pseudotime"
#> [994] "CCCAGTTGTGCGCTTGstochastic_pseudotime"
#> [995] "GACGTTACATCTCGCTstochastic_pseudotime"
#> [996] "AAACGGGGTACAGTTCstochastic_pseudotime"
#> [997] "GCGCGATGTCCGAATTstochastic_pseudotime"
#> [998] "TAGTTGGTCTTGCAAGstochastic_pseudotime"
#> [999] "TGGCCAGCAAGGACTGstochastic_pseudotime"
#> [1000] "TGTGGTACACATCCGGstochastic_pseudotime"
#>
#>
#> $feature_split
#> NULL
#>
#> $cell_metadata
#> cells Pseudotime_assign stochastic_pseudotime
#> AAACCTGAGCCTTGAT AAACCTGAGCCTTGAT 0.193109800 0.193109800
#> AAACCTGGTAAGTGGC AAACCTGGTAAGTGGC 0.672484152 0.672484152
#> AAACGGGAGATATGGT AAACGGGAGATATGGT 0.199749366 0.199749366
#> AAACGGGCAAAGAATC AAACGGGCAAAGAATC 0.822802141 0.822802141
#> AAACGGGGTACAGTTC AAACGGGGTACAGTTC 0.993088334 0.993088334
#> AAACGGGTCAGCTCTC AAACGGGTCAGCTCTC 0.217492023 0.217492023
#> AAACGGGTCGCATGGC AAACGGGTCGCATGGC 0.834355274 0.834355274
#> AAAGATGAGTCATGCT AAAGATGAGTCATGCT 0.852785605 0.852785605
#> AAAGATGAGTCTTGCA AAAGATGAGTCTTGCA 0.842462818 0.842462818
#> AAAGCAAAGCTACCTA AAAGCAAAGCTACCTA 0.752758865 0.752758865
#> AAAGCAACACATGGGA AAAGCAACACATGGGA 0.193369909 0.193369909
#> AAAGCAAGTGCAGTAG AAAGCAAGTGCAGTAG 0.806681518 0.806681518
#> AAATGCCAGACTAAGT AAATGCCAGACTAAGT 0.926839197 0.926839197
#> AAATGCCCAATGGAAT AAATGCCCAATGGAAT 0.828659058 0.828659058
#> AAATGCCCACCAACCG AAATGCCCACCAACCG 0.584617356 0.584617356
#> AAATGCCCATGCTAGT AAATGCCCATGCTAGT 0.672874689 0.672874689
#> AAATGCCGTGATAAGT AAATGCCGTGATAAGT 0.835917534 0.835917534
#> AACACGTGTCGACTGC AACACGTGTCGACTGC 0.766611002 0.766611002
#> AACCATGCACAGGAGT AACCATGCACAGGAGT 0.453953386 0.453953386
#> AACCATGGTTCGGCAC AACCATGGTTCGGCAC 0.566112628 0.566112628
#> AACCATGGTTGAACTC AACCATGGTTGAACTC 0.789448085 0.789448085
#> AACGTTGGTGCCTTGG AACGTTGGTGCCTTGG 0.197966982 0.197966982
#> AACTCAGGTGCCTGTG AACTCAGGTGCCTGTG 0.369067636 0.369067636
#> AACTCAGGTTGGAGGT AACTCAGGTTGGAGGT 0.025372223 0.025372223
#> AACTCAGTCCTCGCAT AACTCAGTCCTCGCAT 0.583781259 0.583781259
#> AACTCAGTCTGGTTCC AACTCAGTCTGGTTCC 0.055718604 0.055718604
#> AACTCCCCAGTTCATG AACTCCCCAGTTCATG 0.817829897 0.817829897
#> AACTCCCTCGAGAGCA AACTCCCTCGAGAGCA 0.201304618 0.201304618
#> AACTCTTCATTTGCCC AACTCTTCATTTGCCC 0.825641721 0.825641721
#> AACTGGTGTGCCTGTG AACTGGTGTGCCTGTG 0.040091568 0.040091568
#> AACTGGTTCTTACCGC AACTGGTTCTTACCGC 0.190505970 0.190505970
#> AACTTTCCACAGTCGC AACTTTCCACAGTCGC 0.361048276 0.361048276
#> AACTTTCCACTGCCAG AACTTTCCACTGCCAG 0.234487320 0.234487320
#> AACTTTCGTGACCAAG AACTTTCGTGACCAAG 0.212534168 0.212534168
#> AACTTTCTCCAGATCA AACTTTCTCCAGATCA 0.822704390 0.822704390
#> AAGACCTAGACCTTTG AAGACCTAGACCTTTG 0.824112047 0.824112047
#> AAGACCTAGTAGGCCA AAGACCTAGTAGGCCA 0.628515230 0.628515230
#> AAGACCTCAGGTTTCA AAGACCTCAGGTTTCA 0.070582897 0.070582897
#> AAGCCGCAGGCAGGTT AAGCCGCAGGCAGGTT 0.048070035 0.048070035
#> AAGCCGCCAATGGACG AAGCCGCCAATGGACG 0.681090206 0.681090206
#> AAGGAGCAGTACATGA AAGGAGCAGTACATGA 0.808843799 0.808843799
#> AAGGCAGAGCTGAAAT AAGGCAGAGCTGAAAT 0.174685862 0.174685862
#> AAGGCAGTCCGAGCCA AAGGCAGTCCGAGCCA 0.221495884 0.221495884
#> AAGGTTCAGATAGTCA AAGGTTCAGATAGTCA 0.809822875 0.809822875
#> AAGGTTCAGGAGCGAG AAGGTTCAGGAGCGAG 0.826637205 0.826637205
#> AAGGTTCGTCAACTGT AAGGTTCGTCAACTGT 0.772310943 0.772310943
#> AAGTCTGGTTGGGACA AAGTCTGGTTGGGACA 0.929562362 0.929562362
#> AAGTCTGTCCGAGCCA AAGTCTGTCCGAGCCA 0.403139286 0.403139286
#> AATCCAGAGGGTTCCC AATCCAGAGGGTTCCC 0.767757193 0.767757193
#> AATCCAGTCAGGTTCA AATCCAGTCAGGTTCA 0.748447330 0.748447330
#> AATCCAGTCGGTCCGA AATCCAGTCGGTCCGA 0.740378589 0.740378589
#> AATCGGTCATATGGTC AATCGGTCATATGGTC 0.529235912 0.529235912
#> AATCGGTTCCAAACTG AATCGGTTCCAAACTG 0.588842677 0.588842677
#> AATCGGTTCGTATCAG AATCGGTTCGTATCAG 0.829621964 0.829621964
#> ACACCAAGTATAGGTA ACACCAAGTATAGGTA 0.823348452 0.823348452
#> ACACCCTAGGACAGCT ACACCCTAGGACAGCT 0.610480715 0.610480715
#> ACACCCTTCCCAGGTG ACACCCTTCCCAGGTG 0.791814426 0.791814426
#> ACACCGGCATCACGTA ACACCGGCATCACGTA 0.195044576 0.195044576
#> ACACCGGCATGTCCTC ACACCGGCATGTCCTC 0.183745900 0.183745900
#> ACACCGGTCATGTCTT ACACCGGTCATGTCTT 0.808856775 0.808856775
#> ACACTGAGTCCATGAT ACACTGAGTCCATGAT 0.684773147 0.684773147
#> ACAGCCGAGAGAACAG ACAGCCGAGAGAACAG 0.789561590 0.789561590
#> ACAGCCGAGAGGTACC ACAGCCGAGAGGTACC 0.829748774 0.829748774
#> ACAGCCGAGTGGTCCC ACAGCCGAGTGGTCCC 0.086771749 0.086771749
#> ACAGCCGCATCGTCGG ACAGCCGCATCGTCGG 0.551080671 0.551080671
#> ACAGCTAAGTCGTTTG ACAGCTAAGTCGTTTG 0.820804668 0.820804668
#> ACAGCTATCAAGGCTT ACAGCTATCAAGGCTT 0.829235052 0.829235052
#> ACAGCTATCAGCATGT ACAGCTATCAGCATGT 0.129647842 0.129647842
#> ACAGCTATCTGGGCCA ACAGCTATCTGGGCCA 0.057342104 0.057342104
#> ACATACGAGTAGGCCA ACATACGAGTAGGCCA 0.206595911 0.206595911
#> ACATACGGTCTCTCTG ACATACGGTCTCTCTG 0.754237922 0.754237922
#> ACATCAGAGAGACTTA ACATCAGAGAGACTTA 0.753214030 0.753214030
#> ACATCAGTCCTTGGTC ACATCAGTCCTTGGTC 0.407011189 0.407011189
#> ACCAGTAAGTGATCGG ACCAGTAAGTGATCGG 0.819686580 0.819686580
#> ACCAGTAGTTCGTTGA ACCAGTAGTTCGTTGA 0.814911233 0.814911233
#> ACCAGTATCGTTTAGG ACCAGTATCGTTTAGG 0.317036006 0.317036006
#> ACCGTAAGTTATCACG ACCGTAAGTTATCACG 0.069983952 0.069983952
#> ACCTTTATCCTGCAGG ACCTTTATCCTGCAGG 0.828336191 0.828336191
#> ACGAGCCCATGAGCGA ACGAGCCCATGAGCGA 0.971368609 0.971368609
#> ACGAGGAAGTTACCCA ACGAGGAAGTTACCCA 0.222219161 0.222219161
#> ACGAGGATCATCACCC ACGAGGATCATCACCC 0.874968240 0.874968240
#> ACGAGGATCGCCGTGA ACGAGGATCGCCGTGA 0.795761165 0.795761165
#> ACGATACAGATGAGAG ACGATACAGATGAGAG 0.826146010 0.826146010
#> ACGATACTCGCGCCAA ACGATACTCGCGCCAA 0.826317265 0.826317265
#> ACGATGTTCGCAGGCT ACGATGTTCGCAGGCT 0.805737133 0.805737133
#> ACGCAGCCATTCTCAT ACGCAGCCATTCTCAT 0.823448438 0.823448438
#> ACGCAGCGTAATCACC ACGCAGCGTAATCACC 0.567099989 0.567099989
#> ACGCCAGGTTACAGAA ACGCCAGGTTACAGAA 0.832138922 0.832138922
#> ACGCCAGTCCCAAGTA ACGCCAGTCCCAAGTA 0.471753369 0.471753369
#> ACGCCGAAGGGTGTTG ACGCCGAAGGGTGTTG 0.803356733 0.803356733
#> ACGCCGAGTTTGCATG ACGCCGAGTTTGCATG 0.833999814 0.833999814
#> ACGGCCACACGTGAGA ACGGCCACACGTGAGA 0.195806143 0.195806143
#> ACGGGCTGTGCGATAG ACGGGCTGTGCGATAG 0.069462274 0.069462274
#> ACGTCAAAGGTGTTAA ACGTCAAAGGTGTTAA 0.921117564 0.921117564
#> ACGTCAACACTGCCAG ACGTCAACACTGCCAG 0.160837557 0.160837557
#> ACGTCAACAGACAAAT ACGTCAACAGACAAAT 0.078366646 0.078366646
#> ACTATCTGTCAGGACA ACTATCTGTCAGGACA 0.848700580 0.848700580
#> ACTATCTTCAAGATCC ACTATCTTCAAGATCC 0.805405010 0.805405010
#> ACTGAACAGCCTCGTG ACTGAACAGCCTCGTG 0.194666436 0.194666436
#> ACTGAGTAGTGACTCT ACTGAGTAGTGACTCT 0.212036994 0.212036994
#> ACTGATGCATCAGTAC ACTGATGCATCAGTAC 0.571499166 0.571499166
#> ACTGATGCATGGTCTA ACTGATGCATGGTCTA 0.832292148 0.832292148
#> ACTGATGCATGTCTCC ACTGATGCATGTCTCC 0.727630150 0.727630150
#> ACTGATGGTGAGGGTT ACTGATGGTGAGGGTT 0.072933103 0.072933103
#> ACTGATGTCCCTAACC ACTGATGTCCCTAACC 0.173048170 0.173048170
#> ACTGCTCAGGTGTTAA ACTGCTCAGGTGTTAA 0.800745202 0.800745202
#> ACTGTCCCAGTTTACG ACTGTCCCAGTTTACG 0.700944895 0.700944895
#> ACTGTCCTCGCTAGCG ACTGTCCTCGCTAGCG 0.506457243 0.506457243
#> ACTTACTAGAGGGCTT ACTTACTAGAGGGCTT 0.302984864 0.302984864
#> ACTTACTAGCCGGTAA ACTTACTAGCCGGTAA 0.210992072 0.210992072
#> ACTTACTCAATCAGAA ACTTACTCAATCAGAA 0.365119055 0.365119055
#> ACTTACTCACATGTGT ACTTACTCACATGTGT 0.970686456 0.970686456
#> ACTTGTTAGTGAAGTT ACTTGTTAGTGAAGTT 0.820365054 0.820365054
#> ACTTGTTAGTTAAGTG ACTTGTTAGTTAAGTG 0.829829393 0.829829393
#> ACTTGTTCATGGTCAT ACTTGTTCATGGTCAT 0.921229647 0.921229647
#> ACTTGTTTCACCCGAG ACTTGTTTCACCCGAG 0.819365217 0.819365217
#> ACTTTCAAGGATATAC ACTTTCAAGGATATAC 0.199365043 0.199365043
#> ACTTTCACAACTGCTA ACTTTCACAACTGCTA 0.250226007 0.250226007
#> AGAATAGCAATCACAC AGAATAGCAATCACAC 0.822590165 0.822590165
#> AGAATAGCAGTACACT AGAATAGCAGTACACT 0.088540569 0.088540569
#> AGACGTTCAATGGTCT AGACGTTCAATGGTCT 0.930518092 0.930518092
#> AGACGTTTCTTACCTA AGACGTTTCTTACCTA 0.193660447 0.193660447
#> AGAGCGACAGTAAGAT AGAGCGACAGTAAGAT 0.852197508 0.852197508
#> AGAGCGATCTCTTGAT AGAGCGATCTCTTGAT 0.090744366 0.090744366
#> AGAGCTTAGCCGATTT AGAGCTTAGCCGATTT 0.219369860 0.219369860
#> AGAGCTTAGGTTACCT AGAGCTTAGGTTACCT 0.415186896 0.415186896
#> AGAGCTTGTTAAAGAC AGAGCTTGTTAAAGAC 0.075239020 0.075239020
#> AGAGTGGAGGCGATAC AGAGTGGAGGCGATAC 0.822783552 0.822783552
#> AGAGTGGCACCTCGGA AGAGTGGCACCTCGGA 0.726633971 0.726633971
#> AGAGTGGGTAGCACGA AGAGTGGGTAGCACGA 0.203902489 0.203902489
#> AGAGTGGGTCACCTAA AGAGTGGGTCACCTAA 0.229264788 0.229264788
#> AGATCTGTCCGTCAAA AGATCTGTCCGTCAAA 0.761233706 0.761233706
#> AGATTGCAGCGTGTCC AGATTGCAGCGTGTCC 0.824867337 0.824867337
#> AGATTGCAGCTGTCTA AGATTGCAGCTGTCTA 0.010182326 0.010182326
#> AGATTGCAGTTCCACA AGATTGCAGTTCCACA 0.451024851 0.451024851
#> AGATTGCCACCAGGCT AGATTGCCACCAGGCT 0.178250973 0.178250973
#> AGCAGCCGTCGCATCG AGCAGCCGTCGCATCG 0.652205253 0.652205253
#> AGCAGCCGTGTAACGG AGCAGCCGTGTAACGG 0.626401469 0.626401469
#> AGCAGCCTCTTTAGTC AGCAGCCTCTTTAGTC 0.196529127 0.196529127
#> AGCATACCACAGCCCA AGCATACCACAGCCCA 0.847377157 0.847377157
#> AGCATACGTCCGCTGA AGCATACGTCCGCTGA 0.962124525 0.962124525
#> AGCGGTCGTACCGAGA AGCGGTCGTACCGAGA 0.258112889 0.258112889
#> AGCGGTCGTCGAATCT AGCGGTCGTCGAATCT 0.418068919 0.418068919
#> AGCGGTCGTGTATGGG AGCGGTCGTGTATGGG 0.152865591 0.152865591
#> AGCGTCGCACAGGCCT AGCGTCGCACAGGCCT 0.447052297 0.447052297
#> AGCTCCTCAGTTTACG AGCTCCTCAGTTTACG 0.781031071 0.781031071
#> AGCTCCTGTGTGCCTG AGCTCCTGTGTGCCTG 0.209598845 0.209598845
#> AGCTCCTTCAATACCG AGCTCCTTCAATACCG 0.663681073 0.663681073
#> AGCTCCTTCGCCCTTA AGCTCCTTCGCCCTTA 0.787080892 0.787080892
#> AGCTCTCAGACATAAC AGCTCTCAGACATAAC 0.800977639 0.800977639
#> AGCTCTCGTTCAGTAC AGCTCTCGTTCAGTAC 0.857113580 0.857113580
#> AGCTTGAAGACACGAC AGCTTGAAGACACGAC 0.688852198 0.688852198
#> AGCTTGAAGAGTGACC AGCTTGAAGAGTGACC 0.840249528 0.840249528
#> AGCTTGACAATAGAGT AGCTTGACAATAGAGT 0.207138613 0.207138613
#> AGCTTGACAGTAAGAT AGCTTGACAGTAAGAT 0.121445498 0.121445498
#> AGCTTGACATCTATGG AGCTTGACATCTATGG 0.827224451 0.827224451
#> AGCTTGAGTGCAGTAG AGCTTGAGTGCAGTAG 0.860042937 0.860042937
#> AGGCCACAGCTGTCTA AGGCCACAGCTGTCTA 0.211561901 0.211561901
#> AGGCCACCATGACATC AGGCCACCATGACATC 0.808754740 0.808754740
#> AGGCCGTCACGACGAA AGGCCGTCACGACGAA 0.427030181 0.427030181
#> AGGCCGTCACGGTGTC AGGCCGTCACGGTGTC 0.879187591 0.879187591
#> AGGCCGTGTACCAGTT AGGCCGTGTACCAGTT 0.057542427 0.057542427
#> AGGGAGTAGGGTATCG AGGGAGTAGGGTATCG 0.074512563 0.074512563
#> AGGGAGTAGTGTCTCA AGGGAGTAGTGTCTCA 0.151211294 0.151211294
#> AGGGAGTTCCTCAATT AGGGAGTTCCTCAATT 0.848313141 0.848313141
#> AGGGAGTTCGGAGGTA AGGGAGTTCGGAGGTA 0.815646432 0.815646432
#> AGGGATGGTCGACTGC AGGGATGGTCGACTGC 0.819633217 0.819633217
#> AGGGATGGTTAGGGTG AGGGATGGTTAGGGTG 0.436155506 0.436155506
#> AGGGATGTCGCATGAT AGGGATGTCGCATGAT 0.853926163 0.853926163
#> AGGGATGTCGCATGGC AGGGATGTCGCATGGC 0.648289045 0.648289045
#> AGGGTGAGTGCGAAAC AGGGTGAGTGCGAAAC 0.834259790 0.834259790
#> AGGTCATCACTTCTGC AGGTCATCACTTCTGC 0.822104196 0.822104196
#> AGGTCATGTCTCCCTA AGGTCATGTCTCCCTA 0.817153674 0.817153674
#> AGGTCATGTTTAGGAA AGGTCATGTTTAGGAA 0.737242866 0.737242866
#> AGTAGTCCACATGACT AGTAGTCCACATGACT 0.204868994 0.204868994
#> AGTAGTCGTGAGGGAG AGTAGTCGTGAGGGAG 0.812334053 0.812334053
#> AGTAGTCGTTCTGTTT AGTAGTCGTTCTGTTT 0.203908820 0.203908820
#> AGTCTTTCACCAGGTC AGTCTTTCACCAGGTC 0.021267612 0.021267612
#> AGTCTTTCACGGACAA AGTCTTTCACGGACAA 0.823017775 0.823017775
#> AGTCTTTGTTACGGAG AGTCTTTGTTACGGAG 0.833305565 0.833305565
#> AGTGAGGGTTACGGAG AGTGAGGGTTACGGAG 0.023426298 0.023426298
#> AGTGAGGTCTCCAACC AGTGAGGTCTCCAACC 0.837749619 0.837749619
#> AGTGGGACAGGTCGTC AGTGGGACAGGTCGTC 0.865073663 0.865073663
#> AGTGGGAGTGGCAAAC AGTGGGAGTGGCAAAC 0.808592870 0.808592870
#> AGTGTCATCCCTTGTG AGTGTCATCCCTTGTG 0.810060061 0.810060061
#> AGTTGGTAGAGCCTAG AGTTGGTAGAGCCTAG 0.828898362 0.828898362
#> AGTTGGTGTTGTCGCG AGTTGGTGTTGTCGCG 0.710593010 0.710593010
#> AGTTGGTTCACATAGC AGTTGGTTCACATAGC 0.580112046 0.580112046
#> ATAAGAGCATCGATTG ATAAGAGCATCGATTG 0.061202682 0.061202682
#> ATAGACCAGCGTGTCC ATAGACCAGCGTGTCC 0.822273452 0.822273452
#> ATAGACCAGTGATCGG ATAGACCAGTGATCGG 0.817308694 0.817308694
#> ATAGACCTCTAACTGG ATAGACCTCTAACTGG 0.199467202 0.199467202
#> ATCACGAGTGCACCAC ATCACGAGTGCACCAC 0.810395597 0.810395597
#> ATCATCTGTGTTTGTG ATCATCTGTGTTTGTG 0.857621626 0.857621626
#> ATCATCTTCTGTCAAG ATCATCTTCTGTCAAG 0.017257097 0.017257097
#> ATCATGGAGGAATGGA ATCATGGAGGAATGGA 0.819596622 0.819596622
#> ATCATGGGTATTCGTG ATCATGGGTATTCGTG 0.834965551 0.834965551
#> ATCATGGGTCCGCTGA ATCATGGGTCCGCTGA 0.556066906 0.556066906
#> ATCATGGTCCAGAGGA ATCATGGTCCAGAGGA 0.177783799 0.177783799
#> ATCCACCAGAGCCTAG ATCCACCAGAGCCTAG 0.908711310 0.908711310
#> ATCCACCCAGCTCGCA ATCCACCCAGCTCGCA 0.828525786 0.828525786
#> ATCCACCGTACCATCA ATCCACCGTACCATCA 0.118444318 0.118444318
#> ATCCGAAGTACACCGC ATCCGAAGTACACCGC 0.726853482 0.726853482
#> ATCCGAAGTGACTCAT ATCCGAAGTGACTCAT 0.217032938 0.217032938
#> ATCTGCCCAATCCGAT ATCTGCCCAATCCGAT 0.852070443 0.852070443
#> ATCTGCCCATGTTGAC ATCTGCCCATGTTGAC 0.800412446 0.800412446
#> ATGAGGGTCTTGACGA ATGAGGGTCTTGACGA 0.797325075 0.797325075
#> ATGTGTGCACAAGTAA ATGTGTGCACAAGTAA 0.428294823 0.428294823
#> ATGTGTGTCAAAGACA ATGTGTGTCAAAGACA 0.454539445 0.454539445
#> ATTACTCAGTTGCAGG ATTACTCAGTTGCAGG 0.022044234 0.022044234
#> ATTACTCTCAGGCGAA ATTACTCTCAGGCGAA 0.029460475 0.029460475
#> ATTACTCTCTGCCAGG ATTACTCTCTGCCAGG 0.828102911 0.828102911
#> ATTATCCAGAAACCTA ATTATCCAGAAACCTA 0.253109144 0.253109144
#> ATTATCCAGACCCACC ATTATCCAGACCCACC 0.262607798 0.262607798
#> ATTATCCAGTGAACAT ATTATCCAGTGAACAT 0.095041495 0.095041495
#> ATTGGACAGTAATCCC ATTGGACAGTAATCCC 0.220647047 0.220647047
#> ATTGGTGTCCAGTATG ATTGGTGTCCAGTATG 0.187598052 0.187598052
#> ATTTCTGGTAGTGAAT ATTTCTGGTAGTGAAT 0.187897346 0.187897346
#> CAACCAAAGCGTTCCG CAACCAAAGCGTTCCG 0.774135836 0.774135836
#> CAACCAACAACCGCCA CAACCAACAACCGCCA 0.873139249 0.873139249
#> CAACCAACACCTCGTT CAACCAACACCTCGTT 0.502415557 0.502415557
#> CAACCAATCGGGAGTA CAACCAATCGGGAGTA 0.126725915 0.126725915
#> CAAGAAAAGAGTACCG CAAGAAAAGAGTACCG 0.674623524 0.674623524
#> CAAGAAATCGTACCGG CAAGAAATCGTACCGG 0.195166976 0.195166976
#> CAAGGCCAGCTGTTCA CAAGGCCAGCTGTTCA 0.211913584 0.211913584
#> CAAGGCCAGTGTGGCA CAAGGCCAGTGTGGCA 0.198578959 0.198578959
#> CAAGGCCCACATTTCT CAAGGCCCACATTTCT 0.565313016 0.565313016
#> CAAGGCCTCAGTGCAT CAAGGCCTCAGTGCAT 0.821158232 0.821158232
#> CAAGGCCTCTCAACTT CAAGGCCTCTCAACTT 0.726867844 0.726867844
#> CAAGGCCTCTTACCTA CAAGGCCTCTTACCTA 0.860586048 0.860586048
#> CAAGTTGGTGTGCCTG CAAGTTGGTGTGCCTG 0.801612218 0.801612218
#> CAAGTTGTCTAACTGG CAAGTTGTCTAACTGG 0.746284481 0.746284481
#> CACAAACAGTAGCGGT CACAAACAGTAGCGGT 0.567547289 0.567547289
#> CACAAACCACGAAAGC CACAAACCACGAAAGC 0.831230089 0.831230089
#> CACACAACAGCCAGAA CACACAACAGCCAGAA 0.132635218 0.132635218
#> CACACCTGTACATGTC CACACCTGTACATGTC 0.807311254 0.807311254
#> CACACCTGTTATCCGA CACACCTGTTATCCGA 0.770756978 0.770756978
#> CACACTCAGATCCCAT CACACTCAGATCCCAT 0.072081902 0.072081902
#> CACACTCTCATGTGGT CACACTCTCATGTGGT 0.096907048 0.096907048
#> CACAGGCCAAGGCTCC CACAGGCCAAGGCTCC 0.706094404 0.706094404
#> CACAGGCCACGTCAGC CACAGGCCACGTCAGC 0.835760937 0.835760937
#> CACAGTAGTGCACTTA CACAGTAGTGCACTTA 0.814163804 0.814163804
#> CACAGTAGTTCCTCCA CACAGTAGTTCCTCCA 0.190850316 0.190850316
#> CACAGTATCCTCCTAG CACAGTATCCTCCTAG 0.197936436 0.197936436
#> CACATAGAGCGTGTCC CACATAGAGCGTGTCC 0.074194965 0.074194965
#> CACATTTGTTTCGCTC CACATTTGTTTCGCTC 0.186276653 0.186276653
#> CACATTTTCGAGGTAG CACATTTTCGAGGTAG 0.867096208 0.867096208
#> CACATTTTCGCAGGCT CACATTTTCGCAGGCT 0.211625741 0.211625741
#> CACCACTAGCGATCCC CACCACTAGCGATCCC 0.820843023 0.820843023
#> CACCACTGTGTGTGCC CACCACTGTGTGTGCC 0.722490313 0.722490313
#> CACCAGGCATAAAGGT CACCAGGCATAAAGGT 0.697634315 0.697634315
#> CACCTTGAGAGTAATC CACCTTGAGAGTAATC 0.188848077 0.188848077
#> CACTCCACATCGTCGG CACTCCACATCGTCGG 0.830123887 0.830123887
#> CACTCCATCAACACAC CACTCCATCAACACAC 0.879274691 0.879274691
#> CAGAATCCATTGGGCC CAGAATCCATTGGGCC 0.827264487 0.827264487
#> CAGAATCGTCATTAGC CAGAATCGTCATTAGC 0.316604073 0.316604073
#> CAGAATCGTGTAAGTA CAGAATCGTGTAAGTA 0.202379191 0.202379191
#> CAGAGAGTCGGCCGAT CAGAGAGTCGGCCGAT 0.831058606 0.831058606
#> CAGATCAAGCTGTTCA CAGATCAAGCTGTTCA 0.860838833 0.860838833
#> CAGCAGCAGACAAAGG CAGCAGCAGACAAAGG 0.064777090 0.064777090
#> CAGCAGCCACACTGCG CAGCAGCCACACTGCG 0.022216769 0.022216769
#> CAGCAGCGTTCACGGC CAGCAGCGTTCACGGC 0.179779873 0.179779873
#> CAGCCGAAGCGATATA CAGCCGAAGCGATATA 0.064612407 0.064612407
#> CAGCCGAAGTAGGTGC CAGCCGAAGTAGGTGC 0.020515596 0.020515596
#> CAGCCGATCCTATTCA CAGCCGATCCTATTCA 0.643951799 0.643951799
#> CAGCCGATCGTTTATC CAGCCGATCGTTTATC 0.604912498 0.604912498
#> CAGCGACCACAGGAGT CAGCGACCACAGGAGT 0.074825028 0.074825028
#> CAGCTAAAGTCCATAC CAGCTAAAGTCCATAC 0.074068167 0.074068167
#> CAGCTAACATGCCTAA CAGCTAACATGCCTAA 0.726813561 0.726813561
#> CAGCTAAGTACCGAGA CAGCTAAGTACCGAGA 0.572940442 0.572940442
#> CAGCTGGCAAGTTGTC CAGCTGGCAAGTTGTC 0.779684214 0.779684214
#> CAGCTGGGTCTAACGT CAGCTGGGTCTAACGT 0.773560306 0.773560306
#> CAGCTGGGTTCTCATT CAGCTGGGTTCTCATT 0.842412789 0.842412789
#> CAGGTGCAGCCAGGAT CAGGTGCAGCCAGGAT 0.815763085 0.815763085
#> CAGGTGCCATCAGTCA CAGGTGCCATCAGTCA 0.780446826 0.780446826
#> CAGTCCTAGGTGGGTT CAGTCCTAGGTGGGTT 0.831560187 0.831560187
#> CAGTCCTCAGGGCATA CAGTCCTCAGGGCATA 0.826859099 0.826859099
#> CATATGGCATGTTGAC CATATGGCATGTTGAC 0.136762778 0.136762778
#> CATATGGGTTACTGAC CATATGGGTTACTGAC 0.834185510 0.834185510
#> CATATGGTCACAGTAC CATATGGTCACAGTAC 0.727722276 0.727722276
#> CATATTCTCCTGTAGA CATATTCTCCTGTAGA 0.831175446 0.831175446
#> CATCAGACATGCATGT CATCAGACATGCATGT 0.131132914 0.131132914
#> CATCAGAGTCTCTTTA CATCAGAGTCTCTTTA 0.813425364 0.813425364
#> CATCAGATCATCGCTC CATCAGATCATCGCTC 0.792809103 0.792809103
#> CATCGAAGTACGAAAT CATCGAAGTACGAAAT 0.861554887 0.861554887
#> CATCGAAGTCACACGC CATCGAAGTCACACGC 0.854191585 0.854191585
#> CATCGGGCACGTTGGC CATCGGGCACGTTGGC 0.819086876 0.819086876
#> CATCGGGTCTTCGGTC CATCGGGTCTTCGGTC 0.496334917 0.496334917
#> CATGACACAACAACCT CATGACACAACAACCT 0.212349437 0.212349437
#> CATGACACATCGATTG CATGACACATCGATTG 0.354201888 0.354201888
#> CATGACAGTAGCTTGT CATGACAGTAGCTTGT 0.197123715 0.197123715
#> CATGACATCATGCATG CATGACATCATGCATG 0.816478369 0.816478369
#> CATGCCTCACCCATTC CATGCCTCACCCATTC 0.821121623 0.821121623
#> CATGGCGAGAGTCTGG CATGGCGAGAGTCTGG 0.467835807 0.467835807
#> CATTATCGTCATATCG CATTATCGTCATATCG 0.756352656 0.756352656
#> CCAATCCAGAGTAAGG CCAATCCAGAGTAAGG 0.250422389 0.250422389
#> CCACCTAAGACTTGAA CCACCTAAGACTTGAA 0.830326092 0.830326092
#> CCACCTACAGCTCGAC CCACCTACAGCTCGAC 0.964957297 0.964957297
#> CCACCTATCACCAGGC CCACCTATCACCAGGC 0.203883985 0.203883985
#> CCACCTATCTAAGCCA CCACCTATCTAAGCCA 0.816921160 0.816921160
#> CCACGGAAGATCCTGT CCACGGAAGATCCTGT 0.816768115 0.816768115
#> CCACGGAAGCAATCTC CCACGGAAGCAATCTC 0.821593942 0.821593942
#> CCACGGAAGGGTGTTG CCACGGAAGGGTGTTG 0.816477489 0.816477489
#> CCACGGAAGTCTCCTC CCACGGAAGTCTCCTC 0.784217729 0.784217729
#> CCACGGAGTCAACATC CCACGGAGTCAACATC 0.467095752 0.467095752
#> CCACGGAGTCTAGTCA CCACGGAGTCTAGTCA 0.898464524 0.898464524
#> CCACGGAGTTACGACT CCACGGAGTTACGACT 0.449594603 0.449594603
#> CCACTACAGAGCTGGT CCACTACAGAGCTGGT 0.792916028 0.792916028
#> CCACTACAGAGTACCG CCACTACAGAGTACCG 0.213116452 0.213116452
#> CCACTACCAACGCACC CCACTACCAACGCACC 0.831245837 0.831245837
#> CCAGCGACAGACGTAG CCAGCGACAGACGTAG 0.711189513 0.711189513
#> CCATGTCGTCGGCTCA CCATGTCGTCGGCTCA 0.567440167 0.567440167
#> CCATGTCTCCGCATAA CCATGTCTCCGCATAA 0.674129458 0.674129458
#> CCATTCGCATGCCTAA CCATTCGCATGCCTAA 0.010620761 0.010620761
#> CCATTCGGTAGGGACT CCATTCGGTAGGGACT 0.031485015 0.031485015
#> CCCAATCCAACTGGCC CCCAATCCAACTGGCC 0.829433972 0.829433972
#> CCCAGTTAGCATCATC CCCAGTTAGCATCATC 0.864202319 0.864202319
#> CCCAGTTGTCGTGGCT CCCAGTTGTCGTGGCT 0.838316957 0.838316957
#> CCCAGTTGTGCGCTTG CCCAGTTGTGCGCTTG 0.971587003 0.971587003
#> CCCAGTTTCAGCACAT CCCAGTTTCAGCACAT 0.814001062 0.814001062
#> CCCATACAGACTTTCG CCCATACAGACTTTCG 0.879783598 0.879783598
#> CCCATACCACATCCAA CCCATACCACATCCAA 0.142518980 0.142518980
#> CCCATACCATGCAACT CCCATACCATGCAACT 0.826949656 0.826949656
#> CCCATACTCGTGGACC CCCATACTCGTGGACC 0.730378466 0.730378466
#> CCGGGATAGATCTGAA CCGGGATAGATCTGAA 0.636534297 0.636534297
#> CCGGGATTCGACAGCC CCGGGATTCGACAGCC 0.821256841 0.821256841
#> CCGGTAGTCGGCTTGG CCGGTAGTCGGCTTGG 0.860502618 0.860502618
#> CCGTACTAGGAGTACC CCGTACTAGGAGTACC 0.456227033 0.456227033
#> CCGTACTAGTCCGTAT CCGTACTAGTCCGTAT 0.456590238 0.456590238
#> CCGTACTTCAATAAGG CCGTACTTCAATAAGG 0.030546057 0.030546057
#> CCGTGGACATAGAAAC CCGTGGACATAGAAAC 0.880001772 0.880001772
#> CCGTGGATCCAAGCCG CCGTGGATCCAAGCCG 0.116709345 0.116709345
#> CCGTGGATCTGTCTCG CCGTGGATCTGTCTCG 0.836507048 0.836507048
#> CCGTGGATCTTAGAGC CCGTGGATCTTAGAGC 0.677495379 0.677495379
#> CCGTTCAAGCTAAACA CCGTTCAAGCTAAACA 0.819480348 0.819480348
#> CCGTTCAAGGACCACA CCGTTCAAGGACCACA 0.586999192 0.586999192
#> CCGTTCACACATGACT CCGTTCACACATGACT 0.210670572 0.210670572
#> CCTACACAGATCCGAG CCTACACAGATCCGAG 0.202365511 0.202365511
#> CCTACACAGTACGTTC CCTACACAGTACGTTC 0.818735269 0.818735269
#> CCTACACTCCTTTACA CCTACACTCCTTTACA 0.112423434 0.112423434
#> CCTACACTCTTTACAC CCTACACTCTTTACAC 0.826579157 0.826579157
#> CCTACCACATCGATTG CCTACCACATCGATTG 0.626445302 0.626445302
#> CCTACCAGTTGCTCCT CCTACCAGTTGCTCCT 0.737609955 0.737609955
#> CCTACCATCTGCCCTA CCTACCATCTGCCCTA 0.840654317 0.840654317
#> CCTAGCTCAGACTCGC CCTAGCTCAGACTCGC 0.174537960 0.174537960
#> CCTAGCTCATACTACG CCTAGCTCATACTACG 0.071668140 0.071668140
#> CCTAGCTGTGGCCCTA CCTAGCTGTGGCCCTA 0.859000636 0.859000636
#> CCTAGCTTCGATGAGG CCTAGCTTCGATGAGG 0.063140488 0.063140488
#> CCTATTACAGACAAGC CCTATTACAGACAAGC 0.862785230 0.862785230
#> CCTATTATCATCGCTC CCTATTATCATCGCTC 0.560722184 0.560722184
#> CCTCAGTAGTGCGATG CCTCAGTAGTGCGATG 0.782363581 0.782363581
#> CCTCAGTCAGACACTT CCTCAGTCAGACACTT 0.829694740 0.829694740
#> CCTCAGTGTTACCAGT CCTCAGTGTTACCAGT 0.266080436 0.266080436
#> CCTCTGAGTATAAACG CCTCTGAGTATAAACG 0.128468766 0.128468766
#> CCTTACGAGATCACGG CCTTACGAGATCACGG 0.203181726 0.203181726
#> CCTTACGCACAACGCC CCTTACGCACAACGCC 0.779995621 0.779995621
#> CCTTCCCAGGCAGGTT CCTTCCCAGGCAGGTT 0.193209821 0.193209821
#> CCTTCCCCAAAGTGCG CCTTCCCCAAAGTGCG 0.197276708 0.197276708
#> CCTTCCCTCGTCGTTC CCTTCCCTCGTCGTTC 0.739297136 0.739297136
#> CCTTCGAAGATAGCAT CCTTCGAAGATAGCAT 0.859027906 0.859027906
#> CCTTCGACAGCTGTTA CCTTCGACAGCTGTTA 0.196286929 0.196286929
#> CCTTCGATCACAGGCC CCTTCGATCACAGGCC 0.825388605 0.825388605
#> CGAACATAGCCAGTAG CGAACATAGCCAGTAG 0.047450984 0.047450984
#> CGAACATCAGACGTAG CGAACATCAGACGTAG 0.195233549 0.195233549
#> CGAATGTAGTTCCACA CGAATGTAGTTCCACA 0.219430120 0.219430120
#> CGAATGTGTCTGGAGA CGAATGTGTCTGGAGA 0.789658733 0.789658733
#> CGAATGTTCACCGGGT CGAATGTTCACCGGGT 0.840497916 0.840497916
#> CGAATGTTCTTCATGT CGAATGTTCTTCATGT 0.824727843 0.824727843
#> CGACCTTAGCGCTTAT CGACCTTAGCGCTTAT 0.244326762 0.244326762
#> CGACCTTAGGCTAGAC CGACCTTAGGCTAGAC 0.865636797 0.865636797
#> CGACTTCCAGCCTATA CGACTTCCAGCCTATA 0.221026909 0.221026909
#> CGACTTCCAGCTGCAC CGACTTCCAGCTGCAC 0.779346978 0.779346978
#> CGACTTCTCACGCGGT CGACTTCTCACGCGGT 0.835556506 0.835556506
#> CGAGAAGAGGGTTCCC CGAGAAGAGGGTTCCC 0.835758531 0.835758531
#> CGAGAAGCACGCATCG CGAGAAGCACGCATCG 0.427094005 0.427094005
#> CGAGAAGTCGTTACAG CGAGAAGTCGTTACAG 0.819830504 0.819830504
#> CGAGCACAGCTGAAAT CGAGCACAGCTGAAAT 0.157872317 0.157872317
#> CGAGCACAGGCAGGTT CGAGCACAGGCAGGTT 0.768616445 0.768616445
#> CGAGCACGTAGTAGTA CGAGCACGTAGTAGTA 0.800119443 0.800119443
#> CGAGCACTCTACCTGC CGAGCACTCTACCTGC 0.182711435 0.182711435
#> CGAGCACTCTTCGAGA CGAGCACTCTTCGAGA 0.211688027 0.211688027
#> CGATCGGAGCTGCAAG CGATCGGAGCTGCAAG 0.797426897 0.797426897
#> CGATCGGCACGCCAGT CGATCGGCACGCCAGT 0.231056120 0.231056120
#> CGATGGCGTTACGGAG CGATGGCGTTACGGAG 0.166614819 0.166614819
#> CGATGGCTCAGTGTTG CGATGGCTCAGTGTTG 0.825967710 0.825967710
#> CGATGGCTCTGTGCAA CGATGGCTCTGTGCAA 0.084399561 0.084399561
#> CGATGTAAGTTTAGGA CGATGTAAGTTTAGGA 0.807602153 0.807602153
#> CGATGTAGTACTCTCC CGATGTAGTACTCTCC 0.610712070 0.610712070
#> CGATTGAAGTCAAGGC CGATTGAAGTCAAGGC 0.673993252 0.673993252
#> CGCCAAGCAAAGTCAA CGCCAAGCAAAGTCAA 0.632421842 0.632421842
#> CGCCAAGCACCGGAAA CGCCAAGCACCGGAAA 0.058991011 0.058991011
#> CGCCAAGTCTAAGCCA CGCCAAGTCTAAGCCA 0.822403550 0.822403550
#> CGCGGTAAGAGCTGGT CGCGGTAAGAGCTGGT 0.831770849 0.831770849
#> CGCGGTAAGCTGCAAG CGCGGTAAGCTGCAAG 0.822509215 0.822509215
#> CGCGTTTCAGTCTTCC CGCGTTTCAGTCTTCC 0.842714430 0.842714430
#> CGCTGGAGTCCATCCT CGCTGGAGTCCATCCT 0.214872304 0.214872304
#> CGCTTCATCTCTGTCG CGCTTCATCTCTGTCG 0.821984431 0.821984431
#> CGGACACAGTGTCTCA CGGACACAGTGTCTCA 0.169876145 0.169876145
#> CGGACGTAGACACGAC CGGACGTAGACACGAC 0.852713465 0.852713465
#> CGGACTGAGGTAGCTG CGGACTGAGGTAGCTG 0.190166665 0.190166665
#> CGGACTGTCTTGAGAC CGGACTGTCTTGAGAC 0.837960260 0.837960260
#> CGGAGCTAGATAGTCA CGGAGCTAGATAGTCA 0.829113797 0.829113797
#> CGGAGCTCATTGGGCC CGGAGCTCATTGGGCC 0.148883556 0.148883556
#> CGGAGTCAGTTTAGGA CGGAGTCAGTTTAGGA 0.824808242 0.824808242
#> CGGCTAGGTACTCGCG CGGCTAGGTACTCGCG 0.513888557 0.513888557
#> CGGGTCAAGGCGATAC CGGGTCAAGGCGATAC 0.818298049 0.818298049
#> CGGGTCAAGGCTCAGA CGGGTCAAGGCTCAGA 0.175148448 0.175148448
#> CGGTTAAAGAGCTGCA CGGTTAAAGAGCTGCA 0.059616628 0.059616628
#> CGGTTAAGTAAACACA CGGTTAAGTAAACACA 0.057519815 0.057519815
#> CGGTTAAGTCTAGCCG CGGTTAAGTCTAGCCG 0.473222909 0.473222909
#> CGGTTAATCACCGGGT CGGTTAATCACCGGGT 0.777653917 0.777653917
#> CGGTTAATCGTCTGAA CGGTTAATCGTCTGAA 0.213729119 0.213729119
#> CGTAGCGTCGGAAATA CGTAGCGTCGGAAATA 0.787409632 0.787409632
#> CGTAGGCAGCGTAGTG CGTAGGCAGCGTAGTG 0.197961949 0.197961949
#> CGTCACTAGGGTGTGT CGTCACTAGGGTGTGT 0.208252981 0.208252981
#> CGTCACTCACGAAATA CGTCACTCACGAAATA 0.200490908 0.200490908
#> CGTCACTCATAGTAAG CGTCACTCATAGTAAG 0.196560414 0.196560414
#> CGTCACTTCACTTATC CGTCACTTCACTTATC 0.737753140 0.737753140
#> CGTCACTTCTAACTCT CGTCACTTCTAACTCT 0.848094620 0.848094620
#> CGTCAGGAGCCTATGT CGTCAGGAGCCTATGT 0.201460235 0.201460235
#> CGTCAGGCATGGGAAC CGTCAGGCATGGGAAC 0.202357593 0.202357593
#> CGTCAGGGTAGGCATG CGTCAGGGTAGGCATG 0.583327551 0.583327551
#> CGTCAGGTCCGCAAGC CGTCAGGTCCGCAAGC 0.860319824 0.860319824
#> CGTCAGGTCCTGCCAT CGTCAGGTCCTGCCAT 0.228462203 0.228462203
#> CGTCCATGTCTAACGT CGTCCATGTCTAACGT 0.848262768 0.848262768
#> CGTCCATTCGCGCCAA CGTCCATTCGCGCCAA 0.573553436 0.573553436
#> CGTCTACAGATCTGCT CGTCTACAGATCTGCT 0.158673489 0.158673489
#> CGTCTACAGGGAGTAA CGTCTACAGGGAGTAA 0.822610574 0.822610574
#> CGTGAGCTCAGCGATT CGTGAGCTCAGCGATT 0.555298443 0.555298443
#> CGTGAGCTCTTCTGGC CGTGAGCTCTTCTGGC 0.834165619 0.834165619
#> CGTGTAAGTCTTGATG CGTGTAAGTCTTGATG 0.215184401 0.215184401
#> CGTGTAATCATTATCC CGTGTAATCATTATCC 0.442673046 0.442673046
#> CGTGTAATCCATGCTC CGTGTAATCCATGCTC 0.052102056 0.052102056
#> CGTGTCTCAGAAGCAC CGTGTCTCAGAAGCAC 0.825567465 0.825567465
#> CGTGTCTGTAGCGTCC CGTGTCTGTAGCGTCC 0.808227504 0.808227504
#> CGTTAGAAGTATCTCG CGTTAGAAGTATCTCG 0.097681810 0.097681810
#> CGTTAGAGTGCAACGA CGTTAGAGTGCAACGA 0.205536405 0.205536405
#> CGTTCTGAGGACGAAA CGTTCTGAGGACGAAA 0.820520288 0.820520288
#> CGTTCTGTCACAATGC CGTTCTGTCACAATGC 0.641511674 0.641511674
#> CGTTCTGTCGATAGAA CGTTCTGTCGATAGAA 0.936887770 0.936887770
#> CGTTGGGCAGGCGATA CGTTGGGCAGGCGATA 0.784011671 0.784011671
#> CTAACTTAGAGGTACC CTAACTTAGAGGTACC 0.815686843 0.815686843
#> CTAACTTAGATCACGG CTAACTTAGATCACGG 0.905872786 0.905872786
#> CTAACTTCATCTGGTA CTAACTTCATCTGGTA 0.823502649 0.823502649
#> CTAACTTCATTGGGCC CTAACTTCATTGGGCC 0.192997551 0.192997551
#> CTAAGACAGCACGCCT CTAAGACAGCACGCCT 0.510419568 0.510419568
#> CTAAGACAGCCACGCT CTAAGACAGCCACGCT 0.196001990 0.196001990
#> CTAAGACGTATCAGTC CTAAGACGTATCAGTC 0.837871744 0.837871744
#> CTAAGACTCTGCGGCA CTAAGACTCTGCGGCA 0.856771643 0.856771643
#> CTAATGGCATGGTTGT CTAATGGCATGGTTGT 0.776796486 0.776796486
#> CTACACCCATCAGTCA CTACACCCATCAGTCA 0.934440179 0.934440179
#> CTACACCGTCGAATCT CTACACCGTCGAATCT 0.141270714 0.141270714
#> CTACACCGTCGCCATG CTACACCGTCGCCATG 0.038221965 0.038221965
#> CTACATTCACCGTTGG CTACATTCACCGTTGG 0.736860737 0.736860737
#> CTACATTGTTACTGAC CTACATTGTTACTGAC 0.778748482 0.778748482
#> CTACCCAGTGCGCTTG CTACCCAGTGCGCTTG 0.162349090 0.162349090
#> CTACGTCAGCTAGGCA CTACGTCAGCTAGGCA 0.820148534 0.820148534
#> CTAGAGTCACTGTTAG CTAGAGTCACTGTTAG 0.067680482 0.067680482
#> CTAGCCTGTCTCTTAT CTAGCCTGTCTCTTAT 0.146956574 0.146956574
#> CTAGCCTGTTCGGGCT CTAGCCTGTTCGGGCT 0.025797520 0.025797520
#> CTAGCCTTCAGCGATT CTAGCCTTCAGCGATT 0.187897721 0.187897721
#> CTAGTGATCAAAGACA CTAGTGATCAAAGACA 0.866332108 0.866332108
#> CTAGTGATCCCAGGTG CTAGTGATCCCAGGTG 0.858438395 0.858438395
#> CTCACACGTCACACGC CTCACACGTCACACGC 0.565650973 0.565650973
#> CTCAGAACACTAGTAC CTCAGAACACTAGTAC 0.315677890 0.315677890
#> CTCAGAACATAGGATA CTCAGAACATAGGATA 0.811410864 0.811410864
#> CTCAGAAGTCCTCTTG CTCAGAAGTCCTCTTG 0.190253562 0.190253562
#> CTCAGAATCAGGTTCA CTCAGAATCAGGTTCA 0.207772573 0.207772573
#> CTCATTACAAGCGCTC CTCATTACAAGCGCTC 0.043183874 0.043183874
#> CTCCTAGCACAACGTT CTCCTAGCACAACGTT 0.792008223 0.792008223
#> CTCGAAAGTAAGAGGA CTCGAAAGTAAGAGGA 0.329489132 0.329489132
#> CTCGAAAGTGGTGTAG CTCGAAAGTGGTGTAG 0.809115867 0.809115867
#> CTCGAAATCCTGCCAT CTCGAAATCCTGCCAT 0.817859998 0.817859998
#> CTCGAGGCAAGTCTGT CTCGAGGCAAGTCTGT 0.827256432 0.827256432
#> CTCGAGGGTAAGTAGT CTCGAGGGTAAGTAGT 0.838810947 0.838810947
#> CTCGAGGTCTGTTGAG CTCGAGGTCTGTTGAG 0.262000208 0.262000208
#> CTCGGAGGTCATTAGC CTCGGAGGTCATTAGC 0.793108754 0.793108754
#> CTCGGAGGTGAAGGCT CTCGGAGGTGAAGGCT 0.770974741 0.770974741
#> CTCGTACCAATGGATA CTCGTACCAATGGATA 0.205588710 0.205588710
#> CTCGTACTCTTTAGTC CTCGTACTCTTTAGTC 0.815329082 0.815329082
#> CTCGTCAAGAACAATC CTCGTCAAGAACAATC 0.840212360 0.840212360
#> CTCGTCACAACTGCTA CTCGTCACAACTGCTA 0.190777365 0.190777365
#> CTCGTCATCGGTCTAA CTCGTCATCGGTCTAA 0.199761795 0.199761795
#> CTCTAATAGTTATCGC CTCTAATAGTTATCGC 0.820120034 0.820120034
#> CTCTGGTAGCAATCTC CTCTGGTAGCAATCTC 0.492618649 0.492618649
#> CTCTGGTAGTCCCACG CTCTGGTAGTCCCACG 0.057080119 0.057080119
#> CTCTGGTCAACACCTA CTCTGGTCAACACCTA 0.217452547 0.217452547
#> CTCTGGTCAAGACACG CTCTGGTCAAGACACG 0.951662508 0.951662508
#> CTCTGGTCAAGTTGTC CTCTGGTCAAGTTGTC 0.792086057 0.792086057
#> CTCTGGTCAGTTCATG CTCTGGTCAGTTCATG 0.198914928 0.198914928
#> CTGAAACAGACTAGGC CTGAAACAGACTAGGC 0.183824479 0.183824479
#> CTGAAACGTAGCGCAA CTGAAACGTAGCGCAA 0.808160573 0.808160573
#> CTGAAACGTATGGTTC CTGAAACGTATGGTTC 0.857271665 0.857271665
#> CTGAAACTCGATAGAA CTGAAACTCGATAGAA 0.446004958 0.446004958
#> CTGAAACTCGCCGTGA CTGAAACTCGCCGTGA 0.162024398 0.162024398
#> CTGAAACTCTGTTTGT CTGAAACTCTGTTTGT 0.449680335 0.449680335
#> CTGAAGTGTTTGGGCC CTGAAGTGTTTGGGCC 0.830046164 0.830046164
#> CTGAAGTTCTGCGGCA CTGAAGTTCTGCGGCA 0.799539263 0.799539263
#> CTGATCCTCAGTTGAC CTGATCCTCAGTTGAC 0.178130367 0.178130367
#> CTGCCTAGTCTCCATC CTGCCTAGTCTCCATC 0.115692047 0.115692047
#> CTGCGGACAGACTCGC CTGCGGACAGACTCGC 0.566408815 0.566408815
#> CTGCGGACATTAGCCA CTGCGGACATTAGCCA 0.718554394 0.718554394
#> CTGCGGATCAGCATGT CTGCGGATCAGCATGT 0.064542472 0.064542472
#> CTGCTGTAGACTGGGT CTGCTGTAGACTGGGT 0.778945977 0.778945977
#> CTGCTGTCAAAGCAAT CTGCTGTCAAAGCAAT 0.813352551 0.813352551
#> CTGGTCTAGGATTCGG CTGGTCTAGGATTCGG 0.787766964 0.787766964
#> CTGGTCTAGGTGATTA CTGGTCTAGGTGATTA 0.841570421 0.841570421
#> CTGGTCTCAGGAATGC CTGGTCTCAGGAATGC 0.197369403 0.197369403
#> CTGGTCTTCGCATGGC CTGGTCTTCGCATGGC 0.505509545 0.505509545
#> CTGTGCTCATTACCTT CTGTGCTCATTACCTT 0.323052280 0.323052280
#> CTTAACTCAAGCGTAG CTTAACTCAAGCGTAG 0.194689590 0.194689590
#> CTTAACTTCAGCTTAG CTTAACTTCAGCTTAG 0.760329582 0.760329582
#> CTTAGGACACAGGTTT CTTAGGACACAGGTTT 0.162497323 0.162497323
#> CTTAGGAGTCCGAATT CTTAGGAGTCCGAATT 0.219614785 0.219614785
#> CTTAGGATCAACGGGA CTTAGGATCAACGGGA 0.855547166 0.855547166
#> CTTAGGATCACTCTTA CTTAGGATCACTCTTA 0.522006379 0.522006379
#> CTTCTCTAGGCAGGTT CTTCTCTAGGCAGGTT 0.107299719 0.107299719
#> CTTCTCTAGTCCGTAT CTTCTCTAGTCCGTAT 0.827072246 0.827072246
#> CTTCTCTCAGCATACT CTTCTCTCAGCATACT 0.825435827 0.825435827
#> CTTCTCTGTCAGAGGT CTTCTCTGTCAGAGGT 0.827458016 0.827458016
#> CTTGGCTAGACAGACC CTTGGCTAGACAGACC 0.003347141 0.003347141
#> CTTGGCTAGGACACCA CTTGGCTAGGACACCA 0.208296954 0.208296954
#> CTTGGCTCAAAGGAAG CTTGGCTCAAAGGAAG 0.777074417 0.777074417
#> CTTGGCTCAGCCACCA CTTGGCTCAGCCACCA 0.527067136 0.527067136
#> CTTGGCTCATCCCACT CTTGGCTCATCCCACT 0.849854411 0.849854411
#> CTTGGCTGTTAGAACA CTTGGCTGTTAGAACA 0.879461355 0.879461355
#> CTTTGCGAGACCACGA CTTTGCGAGACCACGA 0.790897668 0.790897668
#> CTTTGCGAGGAATGGA CTTTGCGAGGAATGGA 0.210555244 0.210555244
#> CTTTGCGTCCACGTGG CTTTGCGTCCACGTGG 0.946254520 0.946254520
#> GAAACTCAGAAACCTA GAAACTCAGAAACCTA 0.843774087 0.843774087
#> GAAATGAAGCTCCTCT GAAATGAAGCTCCTCT 0.470383442 0.470383442
#> GAAATGACAACTGGCC GAAATGACAACTGGCC 0.185799008 0.185799008
#> GAAATGACACATGACT GAAATGACACATGACT 0.190162030 0.190162030
#> GAAATGAGTCACCCAG GAAATGAGTCACCCAG 0.361327874 0.361327874
#> GAAATGAGTCGGATCC GAAATGAGTCGGATCC 0.200002219 0.200002219
#> GAACATCGTAATCGTC GAACATCGTAATCGTC 0.157484330 0.157484330
#> GAACCTAAGTAGATGT GAACCTAAGTAGATGT 0.817371752 0.817371752
#> GAACCTATCACTTATC GAACCTATCACTTATC 0.814212099 0.814212099
#> GAACGGAAGTCAAGCG GAACGGAAGTCAAGCG 0.814578738 0.814578738
#> GAACGGACAAGGACAC GAACGGACAAGGACAC 0.829114579 0.829114579
#> GAAGCAGGTCGCGAAA GAAGCAGGTCGCGAAA 0.765114287 0.765114287
#> GAAGCAGGTCTAGAGG GAAGCAGGTCTAGAGG 0.832194292 0.832194292
#> GAAGCAGTCAAGGCTT GAAGCAGTCAAGGCTT 0.193543818 0.193543818
#> GAATGAAAGAATGTGT GAATGAAAGAATGTGT 0.670103465 0.670103465
#> GAATGAACAATCGAAA GAATGAACAATCGAAA 0.195983200 0.195983200
#> GAATGAACAGCCTTGG GAATGAACAGCCTTGG 0.027394431 0.027394431
#> GAATGAATCATCGGAT GAATGAATCATCGGAT 0.812433540 0.812433540
#> GACACGCCAAAGGAAG GACACGCCAAAGGAAG 0.197834592 0.197834592
#> GACCAATAGAATGTGT GACCAATAGAATGTGT 0.937477362 0.937477362
#> GACCAATCAGACGCCT GACCAATCAGACGCCT 0.829681097 0.829681097
#> GACCAATGTTATCCGA GACCAATGTTATCCGA 0.819000106 0.819000106
#> GACCAATGTTGGACCC GACCAATGTTGGACCC 0.841758334 0.841758334
#> GACCAATTCAACGGCC GACCAATTCAACGGCC 0.480309570 0.480309570
#> GACCTGGGTTCGTGAT GACCTGGGTTCGTGAT 0.818368087 0.818368087
#> GACGCGTCAGTCGTGC GACGCGTCAGTCGTGC 0.210698205 0.210698205
#> GACGCGTGTCGGCTCA GACGCGTGTCGGCTCA 0.838242600 0.838242600
#> GACGGCTAGGTGATAT GACGGCTAGGTGATAT 0.200165045 0.200165045
#> GACGGCTTCAACTCTT GACGGCTTCAACTCTT 0.790138369 0.790138369
#> GACGTGCGTCACCTAA GACGTGCGTCACCTAA 0.816597790 0.816597790
#> GACGTGCTCCGGCACA GACGTGCTCCGGCACA 0.834404424 0.834404424
#> GACGTTAAGACGCAAC GACGTTAAGACGCAAC 0.210008862 0.210008862
#> GACGTTAAGACGCTTT GACGTTAAGACGCTTT 0.461743219 0.461743219
#> GACGTTACATCTCGCT GACGTTACATCTCGCT 0.980981521 0.980981521
#> GACGTTAGTGTGAATA GACGTTAGTGTGAATA 0.752031271 0.752031271
#> GACTAACGTCATCCCT GACTAACGTCATCCCT 0.631847767 0.631847767
#> GACTAACTCAGTCCCT GACTAACTCAGTCCCT 0.078481834 0.078481834
#> GACTACAGTTCGTGAT GACTACAGTTCGTGAT 0.199631682 0.199631682
#> GACTGCGAGAATCTCC GACTGCGAGAATCTCC 0.673218409 0.673218409
#> GAGCAGAAGCGTGTCC GAGCAGAAGCGTGTCC 0.085083800 0.085083800
#> GAGCAGAGTTTGCATG GAGCAGAGTTTGCATG 0.831964019 0.831964019
#> GAGCAGATCAACTCTT GAGCAGATCAACTCTT 0.805636142 0.805636142
#> GAGGTGAGTCCGCTGA GAGGTGAGTCCGCTGA 0.808874032 0.808874032
#> GAGGTGAGTGACAAAT GAGGTGAGTGACAAAT 0.212401881 0.212401881
#> GAGTCCGAGCGATGAC GAGTCCGAGCGATGAC 0.452461546 0.452461546
#> GAGTCCGAGTTAAGTG GAGTCCGAGTTAAGTG 0.200923651 0.200923651
#> GAGTCCGCAATTGCTG GAGTCCGCAATTGCTG 0.148372394 0.148372394
#> GATCAGTAGGTGATAT GATCAGTAGGTGATAT 0.801912106 0.801912106
#> GATCGATAGAAAGTGG GATCGATAGAAAGTGG 0.702546237 0.702546237
#> GATCGATAGGATGGTC GATCGATAGGATGGTC 0.825001567 0.825001567
#> GATCGATGTAGCGATG GATCGATGTAGCGATG 0.826428210 0.826428210
#> GATCGATGTTGTTTGG GATCGATGTTGTTTGG 0.817706859 0.817706859
#> GATCGCGCACCAGGCT GATCGCGCACCAGGCT 0.770851021 0.770851021
#> GATCGTAAGTAGGTGC GATCGTAAGTAGGTGC 0.703706497 0.703706497
#> GATCGTAGTCCTAGCG GATCGTAGTCCTAGCG 0.043970628 0.043970628
#> GATCTAGAGCTAGCCC GATCTAGAGCTAGCCC 0.850973753 0.850973753
#> GATCTAGGTGCCTTGG GATCTAGGTGCCTTGG 0.204761440 0.204761440
#> GATGAAAAGTTGTAGA GATGAAAAGTTGTAGA 0.030479691 0.030479691
#> GATGAAACAGGCTGAA GATGAAACAGGCTGAA 0.827695538 0.827695538
#> GATGAAACATGGTTGT GATGAAACATGGTTGT 0.211448618 0.211448618
#> GATGAGGAGTGGACGT GATGAGGAGTGGACGT 0.413533668 0.413533668
#> GATGAGGTCTGGGCCA GATGAGGTCTGGGCCA 0.214485499 0.214485499
#> GATGCTAGTAGAAGGA GATGCTAGTAGAAGGA 0.063548947 0.063548947
#> GATGCTAGTGTTAAGA GATGCTAGTGTTAAGA 0.785309907 0.785309907
#> GATTCAGAGCGATGAC GATTCAGAGCGATGAC 0.814342380 0.814342380
#> GATTCAGAGTACGTTC GATTCAGAGTACGTTC 0.832775629 0.832775629
#> GATTCAGTCGCCAGCA GATTCAGTCGCCAGCA 0.811921328 0.811921328
#> GATTCAGTCGTCCAGG GATTCAGTCGTCCAGG 0.853451267 0.853451267
#> GCAAACTCAGACAAAT GCAAACTCAGACAAAT 0.823068269 0.823068269
#> GCAATCACAGCTGCTG GCAATCACAGCTGCTG 0.813572816 0.813572816
#> GCAATCATCCAACCAA GCAATCATCCAACCAA 0.203884102 0.203884102
#> GCACTCTCAGCGTCCA GCACTCTCAGCGTCCA 0.840060411 0.840060411
#> GCAGCCACAGCGTTCG GCAGCCACAGCGTTCG 0.322739169 0.322739169
#> GCAGTTACATTTCACT GCAGTTACATTTCACT 0.759491577 0.759491577
#> GCAGTTATCTTGAGAC GCAGTTATCTTGAGAC 0.214511750 0.214511750
#> GCATGATAGCCTTGAT GCATGATAGCCTTGAT 0.248604289 0.248604289
#> GCATGATCAAGCGAGT GCATGATCAAGCGAGT 0.859328294 0.859328294
#> GCATGATGTCACTGGC GCATGATGTCACTGGC 0.791220089 0.791220089
#> GCATGATGTTTAGGAA GCATGATGTTTAGGAA 0.816005456 0.816005456
#> GCATGATTCAAACGGG GCATGATTCAAACGGG 0.204064073 0.204064073
#> GCATGCGAGGAACTGC GCATGCGAGGAACTGC 0.814409434 0.814409434
#> GCATGCGCAGCTCCGA GCATGCGCAGCTCCGA 0.825645631 0.825645631
#> GCATGTAAGAATCTCC GCATGTAAGAATCTCC 0.878933088 0.878933088
#> GCATGTAAGCGTGTCC GCATGTAAGCGTGTCC 0.849580847 0.849580847
#> GCATGTAGTTGCGCAC GCATGTAGTTGCGCAC 0.821664060 0.821664060
#> GCATGTATCGTGGACC GCATGTATCGTGGACC 0.824139425 0.824139425
#> GCCTCTAAGCTAGTCT GCCTCTAAGCTAGTCT 0.855577941 0.855577941
#> GCCTCTAAGTCCGGTC GCCTCTAAGTCCGGTC 0.275752807 0.275752807
#> GCCTCTATCGCTTAGA GCCTCTATCGCTTAGA 0.209843711 0.209843711
#> GCGACCATCACCAGGC GCGACCATCACCAGGC 0.819712350 0.819712350
#> GCGAGAAGTGGGTATG GCGAGAAGTGGGTATG 0.829742438 0.829742438
#> GCGCAACGTTTCGCTC GCGCAACGTTTCGCTC 0.833436420 0.833436420
#> GCGCAACTCACAACGT GCGCAACTCACAACGT 0.154247686 0.154247686
#> GCGCAGTGTGCTAGCC GCGCAGTGTGCTAGCC 0.807637653 0.807637653
#> GCGCCAAAGCTCCTTC GCGCCAAAGCTCCTTC 0.824127064 0.824127064
#> GCGCCAATCTTATCTG GCGCCAATCTTATCTG 0.749554681 0.749554681
#> GCGCGATGTCCGAATT GCGCGATGTCCGAATT 0.993437165 0.993437165
#> GCGGGTTAGACTTGAA GCGGGTTAGACTTGAA 0.291653603 0.291653603
#> GCGGGTTCAAGTAATG GCGGGTTCAAGTAATG 0.830776382 0.830776382
#> GCGGGTTGTTACTGAC GCGGGTTGTTACTGAC 0.203945635 0.203945635
#> GCTCCTAAGGGCATGT GCTCCTAAGGGCATGT 0.892725541 0.892725541
#> GCTCTGTGTCCATGAT GCTCTGTGTCCATGAT 0.779331331 0.779331331
#> GCTGCAGGTTACCGAT GCTGCAGGTTACCGAT 0.199051792 0.199051792
#> GCTGCGAAGAACAACT GCTGCGAAGAACAACT 0.812716285 0.812716285
#> GCTGCGAAGCTAGCCC GCTGCGAAGCTAGCCC 0.281019378 0.281019378
#> GCTGCGAAGTATTGGA GCTGCGAAGTATTGGA 0.582813572 0.582813572
#> GCTGCGATCCCGGATG GCTGCGATCCCGGATG 0.731837454 0.731837454
#> GCTGCGATCGGCTACG GCTGCGATCGGCTACG 0.962384087 0.962384087
#> GCTGCTTGTCTTCAAG GCTGCTTGTCTTCAAG 0.075838386 0.075838386
#> GCTGGGTGTCATACTG GCTGGGTGTCATACTG 0.826109309 0.826109309
#> GCTGGGTGTCTAGAGG GCTGGGTGTCTAGAGG 0.415702282 0.415702282
#> GCTTCCAAGACATAAC GCTTCCAAGACATAAC 0.831475233 0.831475233
#> GCTTCCAAGTTAAGTG GCTTCCAAGTTAAGTG 0.828650365 0.828650365
#> GCTTGAAGTCAACTGT GCTTGAAGTCAACTGT 0.826954217 0.826954217
#> GGAAAGCCAATGTAAG GGAAAGCCAATGTAAG 0.814951905 0.814951905
#> GGAAAGCGTCTTGATG GGAAAGCGTCTTGATG 0.116117713 0.116117713
#> GGAATAAGTAAGAGAG GGAATAAGTAAGAGAG 0.844614146 0.844614146
#> GGAATAAGTTCGGGCT GGAATAAGTTCGGGCT 0.133954470 0.133954470
#> GGACAAGGTGATAAGT GGACAAGGTGATAAGT 0.184359523 0.184359523
#> GGACAAGTCAAAGACA GGACAAGTCAAAGACA 0.630306486 0.630306486
#> GGACAGAAGGCCGAAT GGACAGAAGGCCGAAT 0.849694246 0.849694246
#> GGACAGACAATCCAAC GGACAGACAATCCAAC 0.803829413 0.803829413
#> GGACAGATCAGGCGAA GGACAGATCAGGCGAA 0.921482331 0.921482331
#> GGACAGATCCTGCAGG GGACAGATCCTGCAGG 0.044200433 0.044200433
#> GGACAGATCCTTTCGG GGACAGATCCTTTCGG 0.576407555 0.576407555
#> GGACATTGTCTCCCTA GGACATTGTCTCCCTA 0.799647163 0.799647163
#> GGACGTCAGGGTGTTG GGACGTCAGGGTGTTG 0.803544278 0.803544278
#> GGACGTCCACGCATCG GGACGTCCACGCATCG 0.192957672 0.192957672
#> GGACGTCCATGGATGG GGACGTCCATGGATGG 0.604376826 0.604376826
#> GGACGTCGTCAGAAGC GGACGTCGTCAGAAGC 0.728664483 0.728664483
#> GGACGTCGTCGAGATG GGACGTCGTCGAGATG 0.835213543 0.835213543
#> GGACGTCGTCTAGGTT GGACGTCGTCTAGGTT 0.866970060 0.866970060
#> GGACGTCGTTTAGCTG GGACGTCGTTTAGCTG 0.025448610 0.025448610
#> GGAGCAAAGCTTCGCG GGAGCAAAGCTTCGCG 0.145408838 0.145408838
#> GGAGCAAGTATCACCA GGAGCAAGTATCACCA 0.787253377 0.787253377
#> GGATGTTAGTAAGTAC GGATGTTAGTAAGTAC 0.824991241 0.824991241
#> GGATGTTTCCAGTATG GGATGTTTCCAGTATG 0.520488822 0.520488822
#> GGCAATTCACGGCTAC GGCAATTCACGGCTAC 0.814299507 0.814299507
#> GGCAATTCATCTCCCA GGCAATTCATCTCCCA 0.559265129 0.559265129
#> GGCAATTGTAGAGCTG GGCAATTGTAGAGCTG 0.968511170 0.968511170
#> GGCCGATTCACTCTTA GGCCGATTCACTCTTA 0.213404735 0.213404735
#> GGCGACTGTAAGTTCC GGCGACTGTAAGTTCC 0.825401575 0.825401575
#> GGCGTGTCACCAGGTC GGCGTGTCACCAGGTC 0.675959523 0.675959523
#> GGCGTGTCACCGATAT GGCGTGTCACCGATAT 0.725287192 0.725287192
#> GGCGTGTTCAGCTTAG GGCGTGTTCAGCTTAG 0.812309434 0.812309434
#> GGCGTGTTCGAGAGCA GGCGTGTTCGAGAGCA 0.788915010 0.788915010
#> GGCTCGAAGATCACGG GGCTCGAAGATCACGG 0.707434444 0.707434444
#> GGCTCGAAGTGACTCT GGCTCGAAGTGACTCT 0.864891657 0.864891657
#> GGCTCGACAGCTTCGG GGCTCGACAGCTTCGG 0.886641603 0.886641603
#> GGCTGGTAGTCACGCC GGCTGGTAGTCACGCC 0.598068596 0.598068596
#> GGCTGGTTCATGCATG GGCTGGTTCATGCATG 0.609780034 0.609780034
#> GGGAATGAGCACACAG GGGAATGAGCACACAG 0.839827495 0.839827495
#> GGGAATGAGTGTACGG GGGAATGAGTGTACGG 0.185291218 0.185291218
#> GGGAATGCAAAGTGCG GGGAATGCAAAGTGCG 0.822639487 0.822639487
#> GGGAATGTCACAAACC GGGAATGTCACAAACC 0.549968981 0.549968981
#> GGGACCTCACTGTCGG GGGACCTCACTGTCGG 0.829410938 0.829410938
#> GGGACCTTCGAATGCT GGGACCTTCGAATGCT 0.194037641 0.194037641
#> GGGAGATAGATGTGGC GGGAGATAGATGTGGC 0.828391217 0.828391217
#> GGGAGATAGCGAAGGG GGGAGATAGCGAAGGG 0.837788595 0.837788595
#> GGGAGATAGTGACATA GGGAGATAGTGACATA 0.824230400 0.824230400
#> GGGATGAAGGGCATGT GGGATGAAGGGCATGT 0.822970550 0.822970550
#> GGGATGAGTCTGCGGT GGGATGAGTCTGCGGT 0.817854475 0.817854475
#> GGGATGAGTTGTGGAG GGGATGAGTTGTGGAG 0.415913489 0.415913489
#> GGGCACTCATTTCAGG GGGCACTCATTTCAGG 0.200881642 0.200881642
#> GGGCACTGTCTCCATC GGGCACTGTCTCCATC 0.729507089 0.729507089
#> GGGCACTGTGGCAAAC GGGCACTGTGGCAAAC 0.181709199 0.181709199
#> GGGCATCCATGACATC GGGCATCCATGACATC 0.133111667 0.133111667
#> GGGCATCCATTTCAGG GGGCATCCATTTCAGG 0.824354181 0.824354181
#> GGGCATCGTGGTCTCG GGGCATCGTGGTCTCG 0.353855710 0.353855710
#> GGGTCTGCACAGGCCT GGGTCTGCACAGGCCT 0.303789502 0.303789502
#> GGGTCTGCATGAAGTA GGGTCTGCATGAAGTA 0.210133162 0.210133162
#> GGGTCTGTCATGTGGT GGGTCTGTCATGTGGT 0.709135447 0.709135447
#> GGGTCTGTCCATGAAC GGGTCTGTCCATGAAC 0.828308532 0.828308532
#> GGGTTGCCAAGCTGAG GGGTTGCCAAGCTGAG 0.191083672 0.191083672
#> GGGTTGCTCGAACGGA GGGTTGCTCGAACGGA 0.197352133 0.197352133
#> GGTATTGGTACTCGCG GGTATTGGTACTCGCG 0.308643288 0.308643288
#> GGTATTGGTCCCGACA GGTATTGGTCCCGACA 0.183717671 0.183717671
#> GGTGTTAAGGATCGCA GGTGTTAAGGATCGCA 0.220700057 0.220700057
#> GGTGTTAGTTCCTCCA GGTGTTAGTTCCTCCA 0.197506173 0.197506173
#> GTAACGTGTCACTGGC GTAACGTGTCACTGGC 0.213553393 0.213553393
#> GTAACTGGTCACTGGC GTAACTGGTCACTGGC 0.724395370 0.724395370
#> GTAACTGTCAGTGCAT GTAACTGTCAGTGCAT 0.062248752 0.062248752
#> GTACGTAGTCTCTTTA GTACGTAGTCTCTTTA 0.812433385 0.812433385
#> GTACTCCCACAGGTTT GTACTCCCACAGGTTT 0.748816105 0.748816105
#> GTACTCCCACGTCTCT GTACTCCCACGTCTCT 0.194483613 0.194483613
#> GTACTCCTCCAACCAA GTACTCCTCCAACCAA 0.428005504 0.428005504
#> GTACTTTGTACCGTAT GTACTTTGTACCGTAT 0.857221641 0.857221641
#> GTACTTTTCTTCGGTC GTACTTTTCTTCGGTC 0.795740398 0.795740398
#> GTAGGCCAGCTAACAA GTAGGCCAGCTAACAA 0.797646238 0.797646238
#> GTAGGCCGTTACCAGT GTAGGCCGTTACCAGT 0.910658552 0.910658552
#> GTAGTCACATCGATGT GTAGTCACATCGATGT 0.582153395 0.582153395
#> GTAGTCAGTCCGACGT GTAGTCAGTCCGACGT 0.650972869 0.650972869
#> GTATCTTCAGTGGGAT GTATCTTCAGTGGGAT 0.212279673 0.212279673
#> GTATCTTCATCGATGT GTATCTTCATCGATGT 0.296309912 0.296309912
#> GTATCTTGTACTCAAC GTATCTTGTACTCAAC 0.826256957 0.826256957
#> GTATCTTGTCGCGGTT GTATCTTGTCGCGGTT 0.452418441 0.452418441
#> GTATCTTGTGGCCCTA GTATCTTGTGGCCCTA 0.371538774 0.371538774
#> GTATCTTTCGTGGACC GTATCTTTCGTGGACC 0.764391816 0.764391816
#> GTATTCTCACATTAGC GTATTCTCACATTAGC 0.201164447 0.201164447
#> GTATTCTCACTTGGAT GTATTCTCACTTGGAT 0.009020684 0.009020684
#> GTATTCTGTCCGTCAG GTATTCTGTCCGTCAG 0.014072783 0.014072783
#> GTATTCTTCTCTAAGG GTATTCTTCTCTAAGG 0.854086097 0.854086097
#> GTCAAGTGTGGTCCGT GTCAAGTGTGGTCCGT 0.077110665 0.077110665
#> GTCACAACACGTCTCT GTCACAACACGTCTCT 0.547833321 0.547833321
#> GTCACGGAGCTATGCT GTCACGGAGCTATGCT 0.850209714 0.850209714
#> GTCACGGCATCCGTGG GTCACGGCATCCGTGG 0.781248705 0.781248705
#> GTCACGGTCTTGCCGT GTCACGGTCTTGCCGT 0.781439722 0.781439722
#> GTCATTTGTCGTCTTC GTCATTTGTCGTCTTC 0.805758490 0.805758490
#> GTCCTCACACCACGTG GTCCTCACACCACGTG 0.798912179 0.798912179
#> GTCCTCATCATTTGGG GTCCTCATCATTTGGG 0.237734072 0.237734072
#> GTCCTCATCTGGAGCC GTCCTCATCTGGAGCC 0.379061056 0.379061056
#> GTCGGGTCAGGCTGAA GTCGGGTCAGGCTGAA 0.862913679 0.862913679
#> GTCGTAAAGTTTAGGA GTCGTAAAGTTTAGGA 0.854887886 0.854887886
#> GTCTCGTAGGCTAGAC GTCTCGTAGGCTAGAC 0.245226646 0.245226646
#> GTCTCGTCATAGTAAG GTCTCGTCATAGTAAG 0.413160838 0.413160838
#> GTCTCGTTCACTTCAT GTCTCGTTCACTTCAT 0.476170903 0.476170903
#> GTCTCGTTCTGCGTAA GTCTCGTTCTGCGTAA 0.888163243 0.888163243
#> GTCTTCGTCCGTTGCT GTCTTCGTCCGTTGCT 0.830506858 0.830506858
#> GTCTTCGTCTACCAGA GTCTTCGTCTACCAGA 0.766981744 0.766981744
#> GTGCATAAGAACAATC GTGCATAAGAACAATC 0.800274890 0.800274890
#> GTGCATAAGCTCCTCT GTGCATAAGCTCCTCT 0.125036206 0.125036206
#> GTGCATAGTTCAACCA GTGCATAGTTCAACCA 0.820670010 0.820670010
#> GTGCATATCAAGGCTT GTGCATATCAAGGCTT 0.838532644 0.838532644
#> GTGCGGTAGTAGGCCA GTGCGGTAGTAGGCCA 0.238496927 0.238496927
#> GTGCGGTCAGCGTAAG GTGCGGTCAGCGTAAG 0.410200458 0.410200458
#> GTGCTTCAGAGGGATA GTGCTTCAGAGGGATA 0.815424150 0.815424150
#> GTGCTTCTCACGACTA GTGCTTCTCACGACTA 0.880120124 0.880120124
#> GTGGGTCCATAAAGGT GTGGGTCCATAAAGGT 0.852138994 0.852138994
#> GTGGGTCCATCGATTG GTGGGTCCATCGATTG 0.897436611 0.897436611
#> GTGGGTCGTCCAGTAT GTGGGTCGTCCAGTAT 0.830735888 0.830735888
#> GTGGGTCTCCGAATGT GTGGGTCTCCGAATGT 0.821652981 0.821652981
#> GTGTGCGGTGTAAGTA GTGTGCGGTGTAAGTA 0.829089840 0.829089840
#> GTGTTAGCACCATCCT GTGTTAGCACCATCCT 0.131030061 0.131030061
#> GTGTTAGGTGAACCTT GTGTTAGGTGAACCTT 0.785815137 0.785815137
#> GTTAAGCAGGATTCGG GTTAAGCAGGATTCGG 0.576176002 0.576176002
#> GTTACAGTCCGATATG GTTACAGTCCGATATG 0.714704756 0.714704756
#> GTTCATTAGAAGATTC GTTCATTAGAAGATTC 0.201901852 0.201901852
#> GTTCATTAGGCAGTCA GTTCATTAGGCAGTCA 0.754855029 0.754855029
#> GTTCATTTCCGAACGC GTTCATTTCCGAACGC 0.855590491 0.855590491
#> GTTCTCGAGAATTCCC GTTCTCGAGAATTCCC 0.824300271 0.824300271
#> GTTCTCGCAAGAAAGG GTTCTCGCAAGAAAGG 0.832235164 0.832235164
#> GTTCTCGCAGACACTT GTTCTCGCAGACACTT 0.201018528 0.201018528
#> GTTTCTAAGAAGATTC GTTTCTAAGAAGATTC 0.865368698 0.865368698
#> GTTTCTACAGGACCCT GTTTCTACAGGACCCT 0.850315821 0.850315821
#> TAAGAGATCTGCGACG TAAGAGATCTGCGACG 0.770195024 0.770195024
#> TAAGTGCAGGGTTTCT TAAGTGCAGGGTTTCT 0.186890362 0.186890362
#> TAAGTGCTCCAAATGC TAAGTGCTCCAAATGC 0.804656016 0.804656016
#> TACACGACAACGATCT TACACGACAACGATCT 0.213015394 0.213015394
#> TACACGACATGTAGTC TACACGACATGTAGTC 0.830600612 0.830600612
#> TACACGAGTGCAACTT TACACGAGTGCAACTT 0.637962372 0.637962372
#> TACAGTGCAATCTACG TACAGTGCAATCTACG 0.192323943 0.192323943
#> TACAGTGCACAGGCCT TACAGTGCACAGGCCT 0.832433066 0.832433066
#> TACAGTGGTAAACGCG TACAGTGGTAAACGCG 0.709330688 0.709330688
#> TACCTTAAGTACATGA TACCTTAAGTACATGA 0.184728989 0.184728989
#> TACCTTATCCGATATG TACCTTATCCGATATG 0.831320021 0.831320021
#> TACGGATAGAGCTGGT TACGGATAGAGCTGGT 0.166654060 0.166654060
#> TACGGATAGGCACATG TACGGATAGGCACATG 0.853702325 0.853702325
#> TACGGATAGTTTAGGA TACGGATAGTTTAGGA 0.199343637 0.199343637
#> TACGGATGTGTTCGAT TACGGATGTGTTCGAT 0.216004017 0.216004017
#> TACGGATTCCAAGTAC TACGGATTCCAAGTAC 0.524754663 0.524754663
#> TACGGGCAGCCAACAG TACGGGCAGCCAACAG 0.811162805 0.811162805
#> TACGGGCAGCGTCAAG TACGGGCAGCGTCAAG 0.210609367 0.210609367
#> TACGGGCTCTTCGGTC TACGGGCTCTTCGGTC 0.862090807 0.862090807
#> TACGGTACATGTTCCC TACGGTACATGTTCCC 0.191738650 0.191738650
#> TACTCATAGGTGTTAA TACTCATAGGTGTTAA 0.780815012 0.780815012
#> TACTCATCAGATCCAT TACTCATCAGATCCAT 0.871901740 0.871901740
#> TACTCGCAGTAAGTAC TACTCGCAGTAAGTAC 0.826026204 0.826026204
#> TACTCGCCAGATCGGA TACTCGCCAGATCGGA 0.842306082 0.842306082
#> TACTCGCGTCGGCATC TACTCGCGTCGGCATC 0.842122834 0.842122834
#> TACTTACCAACTGCGC TACTTACCAACTGCGC 0.196793226 0.196793226
#> TACTTACCATGGGACA TACTTACCATGGGACA 0.530375014 0.530375014
#> TACTTGTAGACAAAGG TACTTGTAGACAAAGG 0.922242466 0.922242466
#> TAGACCAAGGAATCGC TAGACCAAGGAATCGC 0.193950012 0.193950012
#> TAGAGCTGTATGAAAC TAGAGCTGTATGAAAC 0.051208945 0.051208945
#> TAGAGCTGTTGTCGCG TAGAGCTGTTGTCGCG 0.049321242 0.049321242
#> TAGCCGGTCAACACAC TAGCCGGTCAACACAC 0.168875071 0.168875071
#> TAGGCATTCCAAAGTC TAGGCATTCCAAAGTC 0.037977141 0.037977141
#> TAGTGGTCAACTGCGC TAGTGGTCAACTGCGC 0.025848352 0.025848352
#> TAGTGGTCATTCACTT TAGTGGTCATTCACTT 0.780208343 0.780208343
#> TAGTGGTTCCTCAACC TAGTGGTTCCTCAACC 0.736319252 0.736319252
#> TAGTTGGCACGTAAGG TAGTTGGCACGTAAGG 0.572181731 0.572181731
#> TAGTTGGCAGTAACGG TAGTTGGCAGTAACGG 0.767064602 0.767064602
#> TAGTTGGGTACCGTAT TAGTTGGGTACCGTAT 0.196190018 0.196190018
#> TAGTTGGTCTTGCAAG TAGTTGGTCTTGCAAG 0.999659154 0.999659154
#> TATCAGGCACCAGATT TATCAGGCACCAGATT 0.200674637 0.200674637
#> TATCTCACAACTGCTA TATCTCACAACTGCTA 0.198934040 0.198934040
#> TATCTCACACGCGAAA TATCTCACACGCGAAA 0.811771402 0.811771402
#> TATCTCACATTGTGCA TATCTCACATTGTGCA 0.846746610 0.846746610
#> TATCTCAGTTCGCTAA TATCTCAGTTCGCTAA 0.019292876 0.019292876
#> TATGCCCAGAACAATC TATGCCCAGAACAATC 0.822157601 0.822157601
#> TATGCCCGTCTAGCCG TATGCCCGTCTAGCCG 0.337016568 0.337016568
#> TATGCCCTCTTACCTA TATGCCCTCTTACCTA 0.030966241 0.030966241
#> TATTACCTCGTTGCCT TATTACCTCGTTGCCT 0.824481158 0.824481158
#> TCAACGATCAACCATG TCAACGATCAACCATG 0.697595703 0.697595703
#> TCAATCTCATCCGCGA TCAATCTCATCCGCGA 0.712090257 0.712090257
#> TCAATCTCATCTCCCA TCAATCTCATCTCCCA 0.202919339 0.202919339
#> TCAATCTGTCAAAGAT TCAATCTGTCAAAGAT 0.000000000 0.000000000
#> TCAATCTTCGAACGGA TCAATCTTCGAACGGA 0.826103336 0.826103336
#> TCACAAGAGTGACATA TCACAAGAGTGACATA 0.849499521 0.849499521
#> TCACAAGCAACGATGG TCACAAGCAACGATGG 0.812092583 0.812092583
#> TCACAAGCAGACTCGC TCACAAGCAGACTCGC 0.942197487 0.942197487
#> TCACGAAGTCCGAGTC TCACGAAGTCCGAGTC 0.597311392 0.597311392
#> TCACGAATCCTATGTT TCACGAATCCTATGTT 0.193285546 0.193285546
#> TCAGATGCACTCGACG TCAGATGCACTCGACG 0.713302027 0.713302027
#> TCAGATGGTACACCGC TCAGATGGTACACCGC 0.860957157 0.860957157
#> TCAGCAACACCAGGCT TCAGCAACACCAGGCT 0.202024080 0.202024080
#> TCAGCAATCGCCGTGA TCAGCAATCGCCGTGA 0.777241847 0.777241847
#> TCAGCTCAGTCGTACT TCAGCTCAGTCGTACT 0.223010571 0.223010571
#> TCAGGTAAGGCGTACA TCAGGTAAGGCGTACA 0.619475967 0.619475967
#> TCAGGTAAGTCAATAG TCAGGTAAGTCAATAG 0.213930079 0.213930079
#> TCAGGTACAGTCACTA TCAGGTACAGTCACTA 0.825283605 0.825283605
#> TCAGGTATCTGTCCGT TCAGGTATCTGTCCGT 0.849794159 0.849794159
#> TCATTACGTCAGAAGC TCATTACGTCAGAAGC 0.204618423 0.204618423
#> TCATTTGCATTGGCGC TCATTTGCATTGGCGC 0.749697422 0.749697422
#> TCCACACCAGGCGATA TCCACACCAGGCGATA 0.832740466 0.832740466
#> TCCCGATAGTCGTTTG TCCCGATAGTCGTTTG 0.768241639 0.768241639
#> TCCCGATCAACGATGG TCCCGATCAACGATGG 0.540321885 0.540321885
#> TCGAGGCAGAACAATC TCGAGGCAGAACAATC 0.828562465 0.828562465
#> TCGAGGCAGGCATGGT TCGAGGCAGGCATGGT 0.794961309 0.794961309
#> TCGCGAGAGTACGCGA TCGCGAGAGTACGCGA 0.690803027 0.690803027
#> TCGCGAGAGTCCGTAT TCGCGAGAGTCCGTAT 0.868990298 0.868990298
#> TCGCGAGCACTTCTGC TCGCGAGCACTTCTGC 0.804410334 0.804410334
#> TCGGGACAGAGAACAG TCGGGACAGAGAACAG 0.256299790 0.256299790
#> TCGGGACGTCTGCGGT TCGGGACGTCTGCGGT 0.839918942 0.839918942
#> TCGTACCCACGCATCG TCGTACCCACGCATCG 0.064000405 0.064000405
#> TCGTACCCATATACGC TCGTACCCATATACGC 0.220951002 0.220951002
#> TCTATTGCACAGGAGT TCTATTGCACAGGAGT 0.105017634 0.105017634
#> TCTATTGTCCTATTCA TCTATTGTCCTATTCA 0.845593292 0.845593292
#> TCTATTGTCGTATCAG TCTATTGTCGTATCAG 0.689210156 0.689210156
#> TCTCATAAGAATGTGT TCTCATAAGAATGTGT 0.763988374 0.763988374
#> TCTCATACAAATTGCC TCTCATACAAATTGCC 0.832498966 0.832498966
#> TCTCATAGTGGACGAT TCTCATAGTGGACGAT 0.517250822 0.517250822
#> TCTCTAAAGCTGGAAC TCTCTAAAGCTGGAAC 0.880046632 0.880046632
#> TCTCTAAGTCGCATCG TCTCTAAGTCGCATCG 0.199815201 0.199815201
#> TCTCTAAGTGGCAAAC TCTCTAAGTGGCAAAC 0.494136263 0.494136263
#> TCTCTAAGTTACCGAT TCTCTAAGTTACCGAT 0.170275658 0.170275658
#> TCTCTAATCCCAACGG TCTCTAATCCCAACGG 0.709892144 0.709892144
#> TCTGAGAGTCAAACTC TCTGAGAGTCAAACTC 0.067549735 0.067549735
#> TCTGGAACACACGCTG TCTGGAACACACGCTG 0.179757093 0.179757093
#> TCTGGAACACCTATCC TCTGGAACACCTATCC 0.913445240 0.913445240
#> TCTGGAAGTCATCGGC TCTGGAAGTCATCGGC 0.813273260 0.813273260
#> TCTGGAATCGGTGTCG TCTGGAATCGGTGTCG 0.212337644 0.212337644
#> TCTTTCCGTGCAACTT TCTTTCCGTGCAACTT 0.831236834 0.831236834
#> TCTTTCCTCGTCTGCT TCTTTCCTCGTCTGCT 0.213394528 0.213394528
#> TGAAAGAGTTATCACG TGAAAGAGTTATCACG 0.191933630 0.191933630
#> TGACGGCAGGAATGGA TGACGGCAGGAATGGA 0.169065942 0.169065942
#> TGACGGCCATATGAGA TGACGGCCATATGAGA 0.801194600 0.801194600
#> TGACTAGGTGTATGGG TGACTAGGTGTATGGG 0.435601396 0.435601396
#> TGACTAGTCCACGTGG TGACTAGTCCACGTGG 0.052407709 0.052407709
#> TGACTAGTCCTATTCA TGACTAGTCCTATTCA 0.386221485 0.386221485
#> TGACTTTAGCCAGAAC TGACTTTAGCCAGAAC 0.938732515 0.938732515
#> TGACTTTAGCGTTGCC TGACTTTAGCGTTGCC 0.043354617 0.043354617
#> TGACTTTAGCGTTTAC TGACTTTAGCGTTTAC 0.200825544 0.200825544
#> TGAGAGGAGATCCCAT TGAGAGGAGATCCCAT 0.866170355 0.866170355
#> TGAGAGGAGCCAGGAT TGAGAGGAGCCAGGAT 0.837719139 0.837719139
#> TGAGAGGAGCCGTCGT TGAGAGGAGCCGTCGT 0.526156786 0.526156786
#> TGAGAGGAGGCGATAC TGAGAGGAGGCGATAC 0.857578421 0.857578421
#> TGAGAGGAGGTAAACT TGAGAGGAGGTAAACT 0.836860998 0.836860998
#> TGAGAGGCAGGAACGT TGAGAGGCAGGAACGT 0.824075196 0.824075196
#> TGAGAGGGTAAGGGCT TGAGAGGGTAAGGGCT 0.054871155 0.054871155
#> TGAGCATGTTAAAGAC TGAGCATGTTAAAGAC 0.394295664 0.394295664
#> TGAGCATTCACCCGAG TGAGCATTCACCCGAG 0.193956264 0.193956264
#> TGAGCATTCGGGAGTA TGAGCATTCGGGAGTA 0.024688077 0.024688077
#> TGAGCCGTCATGTCCC TGAGCCGTCATGTCCC 0.203400549 0.203400549
#> TGAGCCGTCCGAACGC TGAGCCGTCCGAACGC 0.218440872 0.218440872
#> TGAGCCGTCCGCTGTT TGAGCCGTCCGCTGTT 0.700462459 0.700462459
#> TGAGGGAAGAGGTACC TGAGGGAAGAGGTACC 0.533653793 0.533653793
#> TGAGGGACAGACTCGC TGAGGGACAGACTCGC 0.197503792 0.197503792
#> TGATTTCAGTACGCCC TGATTTCAGTACGCCC 0.228951497 0.228951497
#> TGATTTCAGTGACTCT TGATTTCAGTGACTCT 0.202867377 0.202867377
#> TGATTTCGTGAGGGTT TGATTTCGTGAGGGTT 0.862504529 0.862504529
#> TGCCAAACATGACATC TGCCAAACATGACATC 0.399635042 0.399635042
#> TGCCCATCACTGTGTA TGCCCATCACTGTGTA 0.232475093 0.232475093
#> TGCCCTAAGTCCGGTC TGCCCTAAGTCCGGTC 0.731090015 0.731090015
#> TGCGCAGGTACGCACC TGCGCAGGTACGCACC 0.041919601 0.041919601
#> TGCGCAGTCTGCCAGG TGCGCAGTCTGCCAGG 0.052642637 0.052642637
#> TGCGGGTAGACGCACA TGCGGGTAGACGCACA 0.678925814 0.678925814
#> TGCGGGTAGGGTTCCC TGCGGGTAGGGTTCCC 0.831168344 0.831168344
#> TGCGGGTTCCACTCCA TGCGGGTTCCACTCCA 0.831442153 0.831442153
#> TGCGGGTTCTCAAACG TGCGGGTTCTCAAACG 0.215768877 0.215768877
#> TGCGTGGAGGTAAACT TGCGTGGAGGTAAACT 0.202778301 0.202778301
#> TGCGTGGAGGTTCCTA TGCGTGGAGGTTCCTA 0.805341356 0.805341356
#> TGCGTGGAGTACACCT TGCGTGGAGTACACCT 0.821764163 0.821764163
#> TGCGTGGGTCCCTTGT TGCGTGGGTCCCTTGT 0.787196466 0.787196466
#> TGCGTGGGTTACTGAC TGCGTGGGTTACTGAC 0.831235862 0.831235862
#> TGCTACCCAGGGCATA TGCTACCCAGGGCATA 0.187462850 0.187462850
#> TGCTACCCATAAGACA TGCTACCCATAAGACA 0.663392293 0.663392293
#> TGCTGCTAGGATGCGT TGCTGCTAGGATGCGT 0.366138875 0.366138875
#> TGCTGCTGTCCGTCAG TGCTGCTGTCCGTCAG 0.074103058 0.074103058
#> TGGACGCAGTGTTGAA TGGACGCAGTGTTGAA 0.220845749 0.220845749
#> TGGACGCTCAGGTAAA TGGACGCTCAGGTAAA 0.016878213 0.016878213
#> TGGACGCTCTTGTTTG TGGACGCTCTTGTTTG 0.715041196 0.715041196
#> TGGCCAGAGCTACCTA TGGCCAGAGCTACCTA 0.028022796 0.028022796
#> TGGCCAGCAAGGACTG TGGCCAGCAAGGACTG 0.999813804 0.999813804
#> TGGCCAGCAATGAAAC TGGCCAGCAATGAAAC 0.776324193 0.776324193
#> TGGCCAGCACGAAAGC TGGCCAGCACGAAAGC 0.214173484 0.214173484
#> TGGCCAGGTCGGCATC TGGCCAGGTCGGCATC 0.172934248 0.172934248
#> TGGCGCATCACAACGT TGGCGCATCACAACGT 0.077049936 0.077049936
#> TGGCTGGGTACCCAAT TGGCTGGGTACCCAAT 0.846971209 0.846971209
#> TGGGAAGCACGTAAGG TGGGAAGCACGTAAGG 0.770408107 0.770408107
#> TGGGAAGCATGACATC TGGGAAGCATGACATC 0.168084971 0.168084971
#> TGGGCGTGTGTGCGTC TGGGCGTGTGTGCGTC 0.823686290 0.823686290
#> TGGTTAGCAGTCGTGC TGGTTAGCAGTCGTGC 0.794418946 0.794418946
#> TGGTTCCCACCGCTAG TGGTTCCCACCGCTAG 0.197833847 0.197833847
#> TGGTTCCGTCACCTAA TGGTTCCGTCACCTAA 0.158133590 0.158133590
#> TGTATTCCAATGACCT TGTATTCCAATGACCT 0.071387511 0.071387511
#> TGTCCCAAGTTTAGGA TGTCCCAAGTTTAGGA 0.208431017 0.208431017
#> TGTCCCACATTATCTC TGTCCCACATTATCTC 0.842316076 0.842316076
#> TGTCCCAGTCCGTGAC TGTCCCAGTCCGTGAC 0.907393185 0.907393185
#> TGTCCCATCTCTGCTG TGTCCCATCTCTGCTG 0.834458403 0.834458403
#> TGTGGTACAAGACGTG TGTGGTACAAGACGTG 0.063845356 0.063845356
#> TGTGGTACACATCCGG TGTGGTACACATCCGG 1.000000000 1.000000000
#> TGTGGTAGTGCCTGCA TGTGGTAGTGCCTGCA 0.851769956 0.851769956
#> TGTGGTATCCAGTAGT TGTGGTATCCAGTAGT 0.309206159 0.309206159
#> TGTGTTTAGGAATGGA TGTGTTTAGGAATGGA 0.805462252 0.805462252
#> TGTGTTTGTAGATTAG TGTGTTTGTAGATTAG 0.812245408 0.812245408
#> TGTGTTTGTATGAATG TGTGTTTGTATGAATG 0.706510183 0.706510183
#> TTAACTCCAAAGAATC TTAACTCCAAAGAATC 0.030751379 0.030751379
#> TTAACTCCAGGATTGG TTAACTCCAGGATTGG 0.836700094 0.836700094
#> TTAACTCGTAATCGTC TTAACTCGTAATCGTC 0.754710003 0.754710003
#> TTAGGCAGTTTGTTGG TTAGGCAGTTTGTTGG 0.747063824 0.747063824
#> TTATGCTCACCCAGTG TTATGCTCACCCAGTG 0.836071312 0.836071312
#> TTCCCAGAGTTACCCA TTCCCAGAGTTACCCA 0.258589791 0.258589791
#> TTCCCAGGTATTCTCT TTCCCAGGTATTCTCT 0.174496549 0.174496549
#> TTCCCAGTCATAGCAC TTCCCAGTCATAGCAC 0.727991894 0.727991894
#> TTCGAAGAGTACGCCC TTCGAAGAGTACGCCC 0.280874789 0.280874789
#> TTCGGTCAGCTAGCCC TTCGGTCAGCTAGCCC 0.576021892 0.576021892
#> TTCGGTCAGGGCATGT TTCGGTCAGGGCATGT 0.865006418 0.865006418
#> TTCGGTCGTATAGTAG TTCGGTCGTATAGTAG 0.825424313 0.825424313
#> TTCGGTCTCGACCAGC TTCGGTCTCGACCAGC 0.782798506 0.782798506
#> TTCTACAAGATCGATA TTCTACAAGATCGATA 0.209004502 0.209004502
#> TTCTACACATAAAGGT TTCTACACATAAAGGT 0.790910696 0.790910696
#> TTCTACAGTACTCTCC TTCTACAGTACTCTCC 0.214774608 0.214774608
#> TTCTACATCGCTTAGA TTCTACATCGCTTAGA 0.868858910 0.868858910
#> TTCTACATCTGCAGTA TTCTACATCTGCAGTA 0.018174713 0.018174713
#> TTCTCAAAGCCGCCTA TTCTCAAAGCCGCCTA 0.156957165 0.156957165
#> TTCTCAACAATAGAGT TTCTCAACAATAGAGT 0.581354279 0.581354279
#> TTCTCCTAGTCCATAC TTCTCCTAGTCCATAC 0.817714516 0.817714516
#> TTCTCCTCAATGGTCT TTCTCCTCAATGGTCT 0.180058919 0.180058919
#> TTCTTAGTCAGTGTTG TTCTTAGTCAGTGTTG 0.841127589 0.841127589
#> TTGAACGAGAGCAATT TTGAACGAGAGCAATT 0.837399910 0.837399910
#> TTGAACGAGGAGTTTA TTGAACGAGGAGTTTA 0.446488496 0.446488496
#> TTGAACGGTGAGGGAG TTGAACGGTGAGGGAG 0.814308437 0.814308437
#> TTGAACGGTGATGCCC TTGAACGGTGATGCCC 0.212015692 0.212015692
#> TTGACTTAGACAAGCC TTGACTTAGACAAGCC 0.083756281 0.083756281
#> TTGACTTGTTCCATGA TTGACTTGTTCCATGA 0.606829782 0.606829782
#> TTGACTTTCACCGGGT TTGACTTTCACCGGGT 0.782097080 0.782097080
#> TTGACTTTCAGCAACT TTGACTTTCAGCAACT 0.183020164 0.183020164
#> TTGACTTTCCAGTAGT TTGACTTTCCAGTAGT 0.181631233 0.181631233
#> TTGCCGTCACCGAATT TTGCCGTCACCGAATT 0.825509085 0.825509085
#> TTGCCGTTCTCTGTCG TTGCCGTTCTCTGTCG 0.206223194 0.206223194
#> TTGCGTCCACCGATAT TTGCGTCCACCGATAT 0.567491356 0.567491356
#> TTGGAACAGAAGATTC TTGGAACAGAAGATTC 0.816863422 0.816863422
#> TTGGAACGTATATGAG TTGGAACGTATATGAG 0.847445435 0.847445435
#> TTGGCAAAGAGTAAGG TTGGCAAAGAGTAAGG 0.857736237 0.857736237
#> TTGTAGGTCAAAGTAG TTGTAGGTCAAAGTAG 0.672216233 0.672216233
#> TTTACTGCAGCATACT TTTACTGCAGCATACT 0.319484923 0.319484923
#> TTTACTGGTGCTAGCC TTTACTGGTGCTAGCC 0.206954883 0.206954883
#> TTTATGCAGGTTACCT TTTATGCAGGTTACCT 0.834964822 0.834964822
#> TTTATGCGTCGAACAG TTTATGCGTCGAACAG 0.047343165 0.047343165
#> TTTATGCTCCATTCTA TTTATGCTCCATTCTA 0.048675264 0.048675264
#> TTTCCTCCAGGATCGA TTTCCTCCAGGATCGA 0.860593870 0.860593870
#> TTTCCTCGTGGCGAAT TTTCCTCGTGGCGAAT 0.759060198 0.759060198
#> TTTGCGCAGACAGACC TTTGCGCAGACAGACC 0.186044789 0.186044789
#> TTTGGTTAGACAGGCT TTTGGTTAGACAGGCT 0.825797837 0.825797837
#> TTTGGTTCACCAGATT TTTGGTTCACCAGATT 0.186416522 0.186416522
#> TTTGGTTCACGAAGCA TTTGGTTCACGAAGCA 0.547896950 0.547896950
#> TTTGGTTTCCTTTCGG TTTGGTTTCCTTTCGG 0.806035228 0.806035228
#> TTTGTCAAGAATGTGT TTTGTCAAGAATGTGT 0.808762754 0.808762754
#> TTTGTCATCGAATGCT TTTGTCATCGAATGCT 0.833428092 0.833428092
#> TTTGTCATCTGTTTGT TTTGTCATCTGTTTGT 0.835677129 0.835677129
#> SubCellType
#> AAACCTGAGCCTTGAT Ductal
#> AAACCTGGTAAGTGGC Ngn3-high-EP
#> AAACGGGAGATATGGT Ductal
#> AAACGGGCAAAGAATC Beta
#> AAACGGGGTACAGTTC Beta
#> AAACGGGTCAGCTCTC Ngn3-low-EP
#> AAACGGGTCGCATGGC Beta
#> AAAGATGAGTCATGCT Beta
#> AAAGATGAGTCTTGCA Beta
#> AAAGCAAAGCTACCTA Pre-endocrine
#> AAAGCAACACATGGGA Ductal
#> AAAGCAAGTGCAGTAG Beta
#> AAATGCCAGACTAAGT Beta
#> AAATGCCCAATGGAAT Alpha
#> AAATGCCCACCAACCG Ngn3-high-EP
#> AAATGCCCATGCTAGT Ngn3-high-EP
#> AAATGCCGTGATAAGT Alpha
#> AACACGTGTCGACTGC Pre-endocrine
#> AACCATGCACAGGAGT Ngn3-high-EP
#> AACCATGGTTCGGCAC Ngn3-high-EP
#> AACCATGGTTGAACTC Pre-endocrine
#> AACGTTGGTGCCTTGG Ductal
#> AACTCAGGTGCCTGTG Ngn3-high-EP
#> AACTCAGGTTGGAGGT Ductal
#> AACTCAGTCCTCGCAT Ngn3-high-EP
#> AACTCAGTCTGGTTCC Ductal
#> AACTCCCCAGTTCATG Alpha
#> AACTCCCTCGAGAGCA Ductal
#> AACTCTTCATTTGCCC Beta
#> AACTGGTGTGCCTGTG Ductal
#> AACTGGTTCTTACCGC Ductal
#> AACTTTCCACAGTCGC Ngn3-high-EP
#> AACTTTCCACTGCCAG Ductal
#> AACTTTCGTGACCAAG Ngn3-low-EP
#> AACTTTCTCCAGATCA Alpha
#> AAGACCTAGACCTTTG Alpha
#> AAGACCTAGTAGGCCA Ngn3-high-EP
#> AAGACCTCAGGTTTCA Ductal
#> AAGCCGCAGGCAGGTT Ductal
#> AAGCCGCCAATGGACG Ngn3-high-EP
#> AAGGAGCAGTACATGA Alpha
#> AAGGCAGAGCTGAAAT Ductal
#> AAGGCAGTCCGAGCCA Ngn3-low-EP
#> AAGGTTCAGATAGTCA Alpha
#> AAGGTTCAGGAGCGAG Alpha
#> AAGGTTCGTCAACTGT Pre-endocrine
#> AAGTCTGGTTGGGACA Beta
#> AAGTCTGTCCGAGCCA Ngn3-high-EP
#> AATCCAGAGGGTTCCC Pre-endocrine
#> AATCCAGTCAGGTTCA Pre-endocrine
#> AATCCAGTCGGTCCGA Pre-endocrine
#> AATCGGTCATATGGTC Ngn3-high-EP
#> AATCGGTTCCAAACTG Ngn3-high-EP
#> AATCGGTTCGTATCAG Alpha
#> ACACCAAGTATAGGTA Beta
#> ACACCCTAGGACAGCT Ngn3-high-EP
#> ACACCCTTCCCAGGTG Pre-endocrine
#> ACACCGGCATCACGTA Ductal
#> ACACCGGCATGTCCTC Ductal
#> ACACCGGTCATGTCTT Beta
#> ACACTGAGTCCATGAT Pre-endocrine
#> ACAGCCGAGAGAACAG Pre-endocrine
#> ACAGCCGAGAGGTACC Alpha
#> ACAGCCGAGTGGTCCC Ductal
#> ACAGCCGCATCGTCGG Ngn3-high-EP
#> ACAGCTAAGTCGTTTG Alpha
#> ACAGCTATCAAGGCTT Alpha
#> ACAGCTATCAGCATGT Ductal
#> ACAGCTATCTGGGCCA Ductal
#> ACATACGAGTAGGCCA Ngn3-high-EP
#> ACATACGGTCTCTCTG Pre-endocrine
#> ACATCAGAGAGACTTA Pre-endocrine
#> ACATCAGTCCTTGGTC Ngn3-high-EP
#> ACCAGTAAGTGATCGG Alpha
#> ACCAGTAGTTCGTTGA Beta
#> ACCAGTATCGTTTAGG Ngn3-high-EP
#> ACCGTAAGTTATCACG Ductal
#> ACCTTTATCCTGCAGG Alpha
#> ACGAGCCCATGAGCGA Beta
#> ACGAGGAAGTTACCCA Ngn3-low-EP
#> ACGAGGATCATCACCC Beta
#> ACGAGGATCGCCGTGA Pre-endocrine
#> ACGATACAGATGAGAG Alpha
#> ACGATACTCGCGCCAA Alpha
#> ACGATGTTCGCAGGCT Pre-endocrine
#> ACGCAGCCATTCTCAT Pre-endocrine
#> ACGCAGCGTAATCACC Ngn3-high-EP
#> ACGCCAGGTTACAGAA Alpha
#> ACGCCAGTCCCAAGTA Ngn3-high-EP
#> ACGCCGAAGGGTGTTG Beta
#> ACGCCGAGTTTGCATG Beta
#> ACGGCCACACGTGAGA Ductal
#> ACGGGCTGTGCGATAG Ductal
#> ACGTCAAAGGTGTTAA Beta
#> ACGTCAACACTGCCAG Ductal
#> ACGTCAACAGACAAAT Ductal
#> ACTATCTGTCAGGACA Beta
#> ACTATCTTCAAGATCC Pre-endocrine
#> ACTGAACAGCCTCGTG Ductal
#> ACTGAGTAGTGACTCT Ductal
#> ACTGATGCATCAGTAC Ngn3-high-EP
#> ACTGATGCATGGTCTA Alpha
#> ACTGATGCATGTCTCC Pre-endocrine
#> ACTGATGGTGAGGGTT Ductal
#> ACTGATGTCCCTAACC Ngn3-low-EP
#> ACTGCTCAGGTGTTAA Pre-endocrine
#> ACTGTCCCAGTTTACG Pre-endocrine
#> ACTGTCCTCGCTAGCG Ngn3-high-EP
#> ACTTACTAGAGGGCTT Ngn3-high-EP
#> ACTTACTAGCCGGTAA Ngn3-low-EP
#> ACTTACTCAATCAGAA Ngn3-high-EP
#> ACTTACTCACATGTGT Beta
#> ACTTGTTAGTGAAGTT Beta
#> ACTTGTTAGTTAAGTG Epsilon
#> ACTTGTTCATGGTCAT Beta
#> ACTTGTTTCACCCGAG Beta
#> ACTTTCAAGGATATAC Ductal
#> ACTTTCACAACTGCTA Ngn3-high-EP
#> AGAATAGCAATCACAC Epsilon
#> AGAATAGCAGTACACT Ductal
#> AGACGTTCAATGGTCT Beta
#> AGACGTTTCTTACCTA Ngn3-low-EP
#> AGAGCGACAGTAAGAT Epsilon
#> AGAGCGATCTCTTGAT Ductal
#> AGAGCTTAGCCGATTT Ductal
#> AGAGCTTAGGTTACCT Ngn3-high-EP
#> AGAGCTTGTTAAAGAC Ductal
#> AGAGTGGAGGCGATAC Beta
#> AGAGTGGCACCTCGGA Pre-endocrine
#> AGAGTGGGTAGCACGA Ductal
#> AGAGTGGGTCACCTAA Ngn3-low-EP
#> AGATCTGTCCGTCAAA Pre-endocrine
#> AGATTGCAGCGTGTCC Alpha
#> AGATTGCAGCTGTCTA Ductal
#> AGATTGCAGTTCCACA Ngn3-high-EP
#> AGATTGCCACCAGGCT Ductal
#> AGCAGCCGTCGCATCG Ngn3-high-EP
#> AGCAGCCGTGTAACGG Ngn3-high-EP
#> AGCAGCCTCTTTAGTC Ngn3-low-EP
#> AGCATACCACAGCCCA Epsilon
#> AGCATACGTCCGCTGA Beta
#> AGCGGTCGTACCGAGA Ngn3-high-EP
#> AGCGGTCGTCGAATCT Ngn3-high-EP
#> AGCGGTCGTGTATGGG Ductal
#> AGCGTCGCACAGGCCT Ngn3-high-EP
#> AGCTCCTCAGTTTACG Pre-endocrine
#> AGCTCCTGTGTGCCTG Ductal
#> AGCTCCTTCAATACCG Ngn3-high-EP
#> AGCTCCTTCGCCCTTA Pre-endocrine
#> AGCTCTCAGACATAAC Pre-endocrine
#> AGCTCTCGTTCAGTAC Delta
#> AGCTTGAAGACACGAC Ngn3-high-EP
#> AGCTTGAAGAGTGACC Beta
#> AGCTTGACAATAGAGT Ngn3-low-EP
#> AGCTTGACAGTAAGAT Ductal
#> AGCTTGACATCTATGG Beta
#> AGCTTGAGTGCAGTAG Beta
#> AGGCCACAGCTGTCTA Ngn3-low-EP
#> AGGCCACCATGACATC Beta
#> AGGCCGTCACGACGAA Ngn3-high-EP
#> AGGCCGTCACGGTGTC Beta
#> AGGCCGTGTACCAGTT Ngn3-low-EP
#> AGGGAGTAGGGTATCG Ngn3-high-EP
#> AGGGAGTAGTGTCTCA Ductal
#> AGGGAGTTCCTCAATT Beta
#> AGGGAGTTCGGAGGTA Alpha
#> AGGGATGGTCGACTGC Alpha
#> AGGGATGGTTAGGGTG Ngn3-high-EP
#> AGGGATGTCGCATGAT Beta
#> AGGGATGTCGCATGGC Ngn3-high-EP
#> AGGGTGAGTGCGAAAC Epsilon
#> AGGTCATCACTTCTGC Alpha
#> AGGTCATGTCTCCCTA Alpha
#> AGGTCATGTTTAGGAA Pre-endocrine
#> AGTAGTCCACATGACT Ngn3-low-EP
#> AGTAGTCGTGAGGGAG Beta
#> AGTAGTCGTTCTGTTT Ductal
#> AGTCTTTCACCAGGTC Ductal
#> AGTCTTTCACGGACAA Alpha
#> AGTCTTTGTTACGGAG Beta
#> AGTGAGGGTTACGGAG Ductal
#> AGTGAGGTCTCCAACC Beta
#> AGTGGGACAGGTCGTC Beta
#> AGTGGGAGTGGCAAAC Pre-endocrine
#> AGTGTCATCCCTTGTG Pre-endocrine
#> AGTTGGTAGAGCCTAG Alpha
#> AGTTGGTGTTGTCGCG Pre-endocrine
#> AGTTGGTTCACATAGC Ngn3-high-EP
#> ATAAGAGCATCGATTG Ductal
#> ATAGACCAGCGTGTCC Alpha
#> ATAGACCAGTGATCGG Alpha
#> ATAGACCTCTAACTGG Ductal
#> ATCACGAGTGCACCAC Beta
#> ATCATCTGTGTTTGTG Delta
#> ATCATCTTCTGTCAAG Ductal
#> ATCATGGAGGAATGGA Alpha
#> ATCATGGGTATTCGTG Alpha
#> ATCATGGGTCCGCTGA Ngn3-high-EP
#> ATCATGGTCCAGAGGA Ductal
#> ATCCACCAGAGCCTAG Beta
#> ATCCACCCAGCTCGCA Beta
#> ATCCACCGTACCATCA Ductal
#> ATCCGAAGTACACCGC Pre-endocrine
#> ATCCGAAGTGACTCAT Ductal
#> ATCTGCCCAATCCGAT Delta
#> ATCTGCCCATGTTGAC Beta
#> ATGAGGGTCTTGACGA Pre-endocrine
#> ATGTGTGCACAAGTAA Ngn3-high-EP
#> ATGTGTGTCAAAGACA Ngn3-high-EP
#> ATTACTCAGTTGCAGG Ductal
#> ATTACTCTCAGGCGAA Ductal
#> ATTACTCTCTGCCAGG Alpha
#> ATTATCCAGAAACCTA Ngn3-high-EP
#> ATTATCCAGACCCACC Ngn3-high-EP
#> ATTATCCAGTGAACAT Ductal
#> ATTGGACAGTAATCCC Ngn3-low-EP
#> ATTGGTGTCCAGTATG Ductal
#> ATTTCTGGTAGTGAAT Ngn3-low-EP
#> CAACCAAAGCGTTCCG Pre-endocrine
#> CAACCAACAACCGCCA Beta
#> CAACCAACACCTCGTT Ngn3-high-EP
#> CAACCAATCGGGAGTA Ductal
#> CAAGAAAAGAGTACCG Ngn3-high-EP
#> CAAGAAATCGTACCGG Ductal
#> CAAGGCCAGCTGTTCA Ductal
#> CAAGGCCAGTGTGGCA Ductal
#> CAAGGCCCACATTTCT Ngn3-high-EP
#> CAAGGCCTCAGTGCAT Alpha
#> CAAGGCCTCTCAACTT Pre-endocrine
#> CAAGGCCTCTTACCTA Beta
#> CAAGTTGGTGTGCCTG Pre-endocrine
#> CAAGTTGTCTAACTGG Pre-endocrine
#> CACAAACAGTAGCGGT Ngn3-high-EP
#> CACAAACCACGAAAGC Beta
#> CACACAACAGCCAGAA Ductal
#> CACACCTGTACATGTC Beta
#> CACACCTGTTATCCGA Pre-endocrine
#> CACACTCAGATCCCAT Ductal
#> CACACTCTCATGTGGT Ngn3-low-EP
#> CACAGGCCAAGGCTCC Pre-endocrine
#> CACAGGCCACGTCAGC Alpha
#> CACAGTAGTGCACTTA Alpha
#> CACAGTAGTTCCTCCA Ductal
#> CACAGTATCCTCCTAG Ductal
#> CACATAGAGCGTGTCC Ductal
#> CACATTTGTTTCGCTC Ductal
#> CACATTTTCGAGGTAG Beta
#> CACATTTTCGCAGGCT Ductal
#> CACCACTAGCGATCCC Alpha
#> CACCACTGTGTGTGCC Pre-endocrine
#> CACCAGGCATAAAGGT Pre-endocrine
#> CACCTTGAGAGTAATC Ductal
#> CACTCCACATCGTCGG Alpha
#> CACTCCATCAACACAC Beta
#> CAGAATCCATTGGGCC Alpha
#> CAGAATCGTCATTAGC Ngn3-high-EP
#> CAGAATCGTGTAAGTA Ngn3-low-EP
#> CAGAGAGTCGGCCGAT Beta
#> CAGATCAAGCTGTTCA Beta
#> CAGCAGCAGACAAAGG Ductal
#> CAGCAGCCACACTGCG Ductal
#> CAGCAGCGTTCACGGC Ductal
#> CAGCCGAAGCGATATA Ductal
#> CAGCCGAAGTAGGTGC Ductal
#> CAGCCGATCCTATTCA Ngn3-high-EP
#> CAGCCGATCGTTTATC Ngn3-high-EP
#> CAGCGACCACAGGAGT Ductal
#> CAGCTAAAGTCCATAC Ductal
#> CAGCTAACATGCCTAA Pre-endocrine
#> CAGCTAAGTACCGAGA Ngn3-high-EP
#> CAGCTGGCAAGTTGTC Pre-endocrine
#> CAGCTGGGTCTAACGT Pre-endocrine
#> CAGCTGGGTTCTCATT Beta
#> CAGGTGCAGCCAGGAT Beta
#> CAGGTGCCATCAGTCA Pre-endocrine
#> CAGTCCTAGGTGGGTT Alpha
#> CAGTCCTCAGGGCATA Alpha
#> CATATGGCATGTTGAC Ductal
#> CATATGGGTTACTGAC Beta
#> CATATGGTCACAGTAC Pre-endocrine
#> CATATTCTCCTGTAGA Alpha
#> CATCAGACATGCATGT Ductal
#> CATCAGAGTCTCTTTA Pre-endocrine
#> CATCAGATCATCGCTC Pre-endocrine
#> CATCGAAGTACGAAAT Beta
#> CATCGAAGTCACACGC Delta
#> CATCGGGCACGTTGGC Epsilon
#> CATCGGGTCTTCGGTC Ngn3-high-EP
#> CATGACACAACAACCT Ngn3-low-EP
#> CATGACACATCGATTG Ngn3-high-EP
#> CATGACAGTAGCTTGT Ngn3-low-EP
#> CATGACATCATGCATG Alpha
#> CATGCCTCACCCATTC Alpha
#> CATGGCGAGAGTCTGG Ngn3-high-EP
#> CATTATCGTCATATCG Pre-endocrine
#> CCAATCCAGAGTAAGG Ductal
#> CCACCTAAGACTTGAA Alpha
#> CCACCTACAGCTCGAC Beta
#> CCACCTATCACCAGGC Ductal
#> CCACCTATCTAAGCCA Alpha
#> CCACGGAAGATCCTGT Alpha
#> CCACGGAAGCAATCTC Beta
#> CCACGGAAGGGTGTTG Beta
#> CCACGGAAGTCTCCTC Pre-endocrine
#> CCACGGAGTCAACATC Ngn3-high-EP
#> CCACGGAGTCTAGTCA Beta
#> CCACGGAGTTACGACT Ngn3-high-EP
#> CCACTACAGAGCTGGT Pre-endocrine
#> CCACTACAGAGTACCG Ngn3-low-EP
#> CCACTACCAACGCACC Alpha
#> CCAGCGACAGACGTAG Pre-endocrine
#> CCATGTCGTCGGCTCA Ngn3-high-EP
#> CCATGTCTCCGCATAA Ngn3-high-EP
#> CCATTCGCATGCCTAA Ductal
#> CCATTCGGTAGGGACT Ductal
#> CCCAATCCAACTGGCC Alpha
#> CCCAGTTAGCATCATC Beta
#> CCCAGTTGTCGTGGCT Epsilon
#> CCCAGTTGTGCGCTTG Beta
#> CCCAGTTTCAGCACAT Beta
#> CCCATACAGACTTTCG Beta
#> CCCATACCACATCCAA Ductal
#> CCCATACCATGCAACT Beta
#> CCCATACTCGTGGACC Pre-endocrine
#> CCGGGATAGATCTGAA Ngn3-high-EP
#> CCGGGATTCGACAGCC Alpha
#> CCGGTAGTCGGCTTGG Beta
#> CCGTACTAGGAGTACC Ngn3-high-EP
#> CCGTACTAGTCCGTAT Ngn3-high-EP
#> CCGTACTTCAATAAGG Ngn3-low-EP
#> CCGTGGACATAGAAAC Beta
#> CCGTGGATCCAAGCCG Ductal
#> CCGTGGATCTGTCTCG Beta
#> CCGTGGATCTTAGAGC Ngn3-high-EP
#> CCGTTCAAGCTAAACA Alpha
#> CCGTTCAAGGACCACA Ngn3-high-EP
#> CCGTTCACACATGACT Ngn3-low-EP
#> CCTACACAGATCCGAG Ngn3-low-EP
#> CCTACACAGTACGTTC Alpha
#> CCTACACTCCTTTACA Ductal
#> CCTACACTCTTTACAC Alpha
#> CCTACCACATCGATTG Ngn3-high-EP
#> CCTACCAGTTGCTCCT Pre-endocrine
#> CCTACCATCTGCCCTA Beta
#> CCTAGCTCAGACTCGC Ductal
#> CCTAGCTCATACTACG Ductal
#> CCTAGCTGTGGCCCTA Beta
#> CCTAGCTTCGATGAGG Ductal
#> CCTATTACAGACAAGC Delta
#> CCTATTATCATCGCTC Ngn3-high-EP
#> CCTCAGTAGTGCGATG Pre-endocrine
#> CCTCAGTCAGACACTT Epsilon
#> CCTCAGTGTTACCAGT Ngn3-high-EP
#> CCTCTGAGTATAAACG Ductal
#> CCTTACGAGATCACGG Ductal
#> CCTTACGCACAACGCC Pre-endocrine
#> CCTTCCCAGGCAGGTT Ductal
#> CCTTCCCCAAAGTGCG Ductal
#> CCTTCCCTCGTCGTTC Pre-endocrine
#> CCTTCGAAGATAGCAT Epsilon
#> CCTTCGACAGCTGTTA Ngn3-low-EP
#> CCTTCGATCACAGGCC Beta
#> CGAACATAGCCAGTAG Ductal
#> CGAACATCAGACGTAG Ductal
#> CGAATGTAGTTCCACA Ductal
#> CGAATGTGTCTGGAGA Pre-endocrine
#> CGAATGTTCACCGGGT Pre-endocrine
#> CGAATGTTCTTCATGT Beta
#> CGACCTTAGCGCTTAT Ngn3-low-EP
#> CGACCTTAGGCTAGAC Beta
#> CGACTTCCAGCCTATA Ductal
#> CGACTTCCAGCTGCAC Pre-endocrine
#> CGACTTCTCACGCGGT Alpha
#> CGAGAAGAGGGTTCCC Beta
#> CGAGAAGCACGCATCG Ngn3-high-EP
#> CGAGAAGTCGTTACAG Alpha
#> CGAGCACAGCTGAAAT Ductal
#> CGAGCACAGGCAGGTT Pre-endocrine
#> CGAGCACGTAGTAGTA Pre-endocrine
#> CGAGCACTCTACCTGC Ductal
#> CGAGCACTCTTCGAGA Ngn3-low-EP
#> CGATCGGAGCTGCAAG Pre-endocrine
#> CGATCGGCACGCCAGT Ngn3-high-EP
#> CGATGGCGTTACGGAG Ductal
#> CGATGGCTCAGTGTTG Alpha
#> CGATGGCTCTGTGCAA Ductal
#> CGATGTAAGTTTAGGA Alpha
#> CGATGTAGTACTCTCC Ngn3-high-EP
#> CGATTGAAGTCAAGGC Pre-endocrine
#> CGCCAAGCAAAGTCAA Ngn3-high-EP
#> CGCCAAGCACCGGAAA Ductal
#> CGCCAAGTCTAAGCCA Beta
#> CGCGGTAAGAGCTGGT Epsilon
#> CGCGGTAAGCTGCAAG Beta
#> CGCGTTTCAGTCTTCC Beta
#> CGCTGGAGTCCATCCT Ductal
#> CGCTTCATCTCTGTCG Alpha
#> CGGACACAGTGTCTCA Ductal
#> CGGACGTAGACACGAC Delta
#> CGGACTGAGGTAGCTG Ductal
#> CGGACTGTCTTGAGAC Beta
#> CGGAGCTAGATAGTCA Beta
#> CGGAGCTCATTGGGCC Ductal
#> CGGAGTCAGTTTAGGA Alpha
#> CGGCTAGGTACTCGCG Ngn3-high-EP
#> CGGGTCAAGGCGATAC Alpha
#> CGGGTCAAGGCTCAGA Ductal
#> CGGTTAAAGAGCTGCA Ductal
#> CGGTTAAGTAAACACA Ngn3-low-EP
#> CGGTTAAGTCTAGCCG Ngn3-high-EP
#> CGGTTAATCACCGGGT Pre-endocrine
#> CGGTTAATCGTCTGAA Ductal
#> CGTAGCGTCGGAAATA Pre-endocrine
#> CGTAGGCAGCGTAGTG Ductal
#> CGTCACTAGGGTGTGT Ductal
#> CGTCACTCACGAAATA Ngn3-low-EP
#> CGTCACTCATAGTAAG Ngn3-low-EP
#> CGTCACTTCACTTATC Pre-endocrine
#> CGTCACTTCTAACTCT Epsilon
#> CGTCAGGAGCCTATGT Ngn3-low-EP
#> CGTCAGGCATGGGAAC Ngn3-low-EP
#> CGTCAGGGTAGGCATG Ngn3-high-EP
#> CGTCAGGTCCGCAAGC Delta
#> CGTCAGGTCCTGCCAT Ductal
#> CGTCCATGTCTAACGT Beta
#> CGTCCATTCGCGCCAA Ngn3-high-EP
#> CGTCTACAGATCTGCT Ductal
#> CGTCTACAGGGAGTAA Alpha
#> CGTGAGCTCAGCGATT Ngn3-high-EP
#> CGTGAGCTCTTCTGGC Alpha
#> CGTGTAAGTCTTGATG Ngn3-low-EP
#> CGTGTAATCATTATCC Ngn3-high-EP
#> CGTGTAATCCATGCTC Ductal
#> CGTGTCTCAGAAGCAC Alpha
#> CGTGTCTGTAGCGTCC Alpha
#> CGTTAGAAGTATCTCG Ductal
#> CGTTAGAGTGCAACGA Ductal
#> CGTTCTGAGGACGAAA Alpha
#> CGTTCTGTCACAATGC Ngn3-high-EP
#> CGTTCTGTCGATAGAA Beta
#> CGTTGGGCAGGCGATA Pre-endocrine
#> CTAACTTAGAGGTACC Alpha
#> CTAACTTAGATCACGG Beta
#> CTAACTTCATCTGGTA Alpha
#> CTAACTTCATTGGGCC Ductal
#> CTAAGACAGCACGCCT Ngn3-high-EP
#> CTAAGACAGCCACGCT Ngn3-low-EP
#> CTAAGACGTATCAGTC Alpha
#> CTAAGACTCTGCGGCA Epsilon
#> CTAATGGCATGGTTGT Pre-endocrine
#> CTACACCCATCAGTCA Beta
#> CTACACCGTCGAATCT Ductal
#> CTACACCGTCGCCATG Ductal
#> CTACATTCACCGTTGG Pre-endocrine
#> CTACATTGTTACTGAC Pre-endocrine
#> CTACCCAGTGCGCTTG Ductal
#> CTACGTCAGCTAGGCA Pre-endocrine
#> CTAGAGTCACTGTTAG Ductal
#> CTAGCCTGTCTCTTAT Ductal
#> CTAGCCTGTTCGGGCT Ductal
#> CTAGCCTTCAGCGATT Ductal
#> CTAGTGATCAAAGACA Beta
#> CTAGTGATCCCAGGTG Beta
#> CTCACACGTCACACGC Ngn3-high-EP
#> CTCAGAACACTAGTAC Ngn3-high-EP
#> CTCAGAACATAGGATA Beta
#> CTCAGAAGTCCTCTTG Ductal
#> CTCAGAATCAGGTTCA Ngn3-low-EP
#> CTCATTACAAGCGCTC Ductal
#> CTCCTAGCACAACGTT Pre-endocrine
#> CTCGAAAGTAAGAGGA Ngn3-high-EP
#> CTCGAAAGTGGTGTAG Alpha
#> CTCGAAATCCTGCCAT Beta
#> CTCGAGGCAAGTCTGT Alpha
#> CTCGAGGGTAAGTAGT Epsilon
#> CTCGAGGTCTGTTGAG Ngn3-high-EP
#> CTCGGAGGTCATTAGC Pre-endocrine
#> CTCGGAGGTGAAGGCT Pre-endocrine
#> CTCGTACCAATGGATA Ductal
#> CTCGTACTCTTTAGTC Alpha
#> CTCGTCAAGAACAATC Epsilon
#> CTCGTCACAACTGCTA Ductal
#> CTCGTCATCGGTCTAA Ductal
#> CTCTAATAGTTATCGC Alpha
#> CTCTGGTAGCAATCTC Ngn3-high-EP
#> CTCTGGTAGTCCCACG Ductal
#> CTCTGGTCAACACCTA Ductal
#> CTCTGGTCAAGACACG Beta
#> CTCTGGTCAAGTTGTC Pre-endocrine
#> CTCTGGTCAGTTCATG Ngn3-low-EP
#> CTGAAACAGACTAGGC Ductal
#> CTGAAACGTAGCGCAA Beta
#> CTGAAACGTATGGTTC Delta
#> CTGAAACTCGATAGAA Ngn3-high-EP
#> CTGAAACTCGCCGTGA Ductal
#> CTGAAACTCTGTTTGT Ngn3-high-EP
#> CTGAAGTGTTTGGGCC Alpha
#> CTGAAGTTCTGCGGCA Pre-endocrine
#> CTGATCCTCAGTTGAC Ductal
#> CTGCCTAGTCTCCATC Ductal
#> CTGCGGACAGACTCGC Ngn3-high-EP
#> CTGCGGACATTAGCCA Pre-endocrine
#> CTGCGGATCAGCATGT Ductal
#> CTGCTGTAGACTGGGT Pre-endocrine
#> CTGCTGTCAAAGCAAT Alpha
#> CTGGTCTAGGATTCGG Pre-endocrine
#> CTGGTCTAGGTGATTA Epsilon
#> CTGGTCTCAGGAATGC Ductal
#> CTGGTCTTCGCATGGC Ngn3-high-EP
#> CTGTGCTCATTACCTT Ngn3-high-EP
#> CTTAACTCAAGCGTAG Ductal
#> CTTAACTTCAGCTTAG Pre-endocrine
#> CTTAGGACACAGGTTT Ductal
#> CTTAGGAGTCCGAATT Ductal
#> CTTAGGATCAACGGGA Delta
#> CTTAGGATCACTCTTA Ngn3-high-EP
#> CTTCTCTAGGCAGGTT Ductal
#> CTTCTCTAGTCCGTAT Pre-endocrine
#> CTTCTCTCAGCATACT Beta
#> CTTCTCTGTCAGAGGT Epsilon
#> CTTGGCTAGACAGACC Ductal
#> CTTGGCTAGGACACCA Ductal
#> CTTGGCTCAAAGGAAG Pre-endocrine
#> CTTGGCTCAGCCACCA Ngn3-high-EP
#> CTTGGCTCATCCCACT Beta
#> CTTGGCTGTTAGAACA Beta
#> CTTTGCGAGACCACGA Pre-endocrine
#> CTTTGCGAGGAATGGA Ngn3-low-EP
#> CTTTGCGTCCACGTGG Beta
#> GAAACTCAGAAACCTA Beta
#> GAAATGAAGCTCCTCT Ngn3-high-EP
#> GAAATGACAACTGGCC Ngn3-low-EP
#> GAAATGACACATGACT Ductal
#> GAAATGAGTCACCCAG Ngn3-high-EP
#> GAAATGAGTCGGATCC Ductal
#> GAACATCGTAATCGTC Ductal
#> GAACCTAAGTAGATGT Alpha
#> GAACCTATCACTTATC Beta
#> GAACGGAAGTCAAGCG Alpha
#> GAACGGACAAGGACAC Beta
#> GAAGCAGGTCGCGAAA Pre-endocrine
#> GAAGCAGGTCTAGAGG Epsilon
#> GAAGCAGTCAAGGCTT Ductal
#> GAATGAAAGAATGTGT Ngn3-high-EP
#> GAATGAACAATCGAAA Ductal
#> GAATGAACAGCCTTGG Ductal
#> GAATGAATCATCGGAT Beta
#> GACACGCCAAAGGAAG Ductal
#> GACCAATAGAATGTGT Beta
#> GACCAATCAGACGCCT Pre-endocrine
#> GACCAATGTTATCCGA Alpha
#> GACCAATGTTGGACCC Beta
#> GACCAATTCAACGGCC Ngn3-high-EP
#> GACCTGGGTTCGTGAT Alpha
#> GACGCGTCAGTCGTGC Ductal
#> GACGCGTGTCGGCTCA Beta
#> GACGGCTAGGTGATAT Ductal
#> GACGGCTTCAACTCTT Pre-endocrine
#> GACGTGCGTCACCTAA Pre-endocrine
#> GACGTGCTCCGGCACA Alpha
#> GACGTTAAGACGCAAC Ductal
#> GACGTTAAGACGCTTT Ngn3-high-EP
#> GACGTTACATCTCGCT Beta
#> GACGTTAGTGTGAATA Pre-endocrine
#> GACTAACGTCATCCCT Ngn3-high-EP
#> GACTAACTCAGTCCCT Ductal
#> GACTACAGTTCGTGAT Ductal
#> GACTGCGAGAATCTCC Ngn3-high-EP
#> GAGCAGAAGCGTGTCC Ductal
#> GAGCAGAGTTTGCATG Beta
#> GAGCAGATCAACTCTT Pre-endocrine
#> GAGGTGAGTCCGCTGA Pre-endocrine
#> GAGGTGAGTGACAAAT Ductal
#> GAGTCCGAGCGATGAC Ngn3-high-EP
#> GAGTCCGAGTTAAGTG Ductal
#> GAGTCCGCAATTGCTG Ductal
#> GATCAGTAGGTGATAT Beta
#> GATCGATAGAAAGTGG Pre-endocrine
#> GATCGATAGGATGGTC Alpha
#> GATCGATGTAGCGATG Beta
#> GATCGATGTTGTTTGG Alpha
#> GATCGCGCACCAGGCT Pre-endocrine
#> GATCGTAAGTAGGTGC Pre-endocrine
#> GATCGTAGTCCTAGCG Ductal
#> GATCTAGAGCTAGCCC Beta
#> GATCTAGGTGCCTTGG Ductal
#> GATGAAAAGTTGTAGA Ngn3-low-EP
#> GATGAAACAGGCTGAA Alpha
#> GATGAAACATGGTTGT Ductal
#> GATGAGGAGTGGACGT Ngn3-high-EP
#> GATGAGGTCTGGGCCA Ductal
#> GATGCTAGTAGAAGGA Ductal
#> GATGCTAGTGTTAAGA Pre-endocrine
#> GATTCAGAGCGATGAC Pre-endocrine
#> GATTCAGAGTACGTTC Alpha
#> GATTCAGTCGCCAGCA Pre-endocrine
#> GATTCAGTCGTCCAGG Delta
#> GCAAACTCAGACAAAT Beta
#> GCAATCACAGCTGCTG Alpha
#> GCAATCATCCAACCAA Ductal
#> GCACTCTCAGCGTCCA Epsilon
#> GCAGCCACAGCGTTCG Ngn3-high-EP
#> GCAGTTACATTTCACT Pre-endocrine
#> GCAGTTATCTTGAGAC Ductal
#> GCATGATAGCCTTGAT Ngn3-high-EP
#> GCATGATCAAGCGAGT Beta
#> GCATGATGTCACTGGC Alpha
#> GCATGATGTTTAGGAA Beta
#> GCATGATTCAAACGGG Ductal
#> GCATGCGAGGAACTGC Pre-endocrine
#> GCATGCGCAGCTCCGA Beta
#> GCATGTAAGAATCTCC Beta
#> GCATGTAAGCGTGTCC Epsilon
#> GCATGTAGTTGCGCAC Alpha
#> GCATGTATCGTGGACC Alpha
#> GCCTCTAAGCTAGTCT Delta
#> GCCTCTAAGTCCGGTC Ngn3-high-EP
#> GCCTCTATCGCTTAGA Ngn3-low-EP
#> GCGACCATCACCAGGC Alpha
#> GCGAGAAGTGGGTATG Alpha
#> GCGCAACGTTTCGCTC Beta
#> GCGCAACTCACAACGT Ductal
#> GCGCAGTGTGCTAGCC Pre-endocrine
#> GCGCCAAAGCTCCTTC Alpha
#> GCGCCAATCTTATCTG Pre-endocrine
#> GCGCGATGTCCGAATT Beta
#> GCGGGTTAGACTTGAA Ngn3-high-EP
#> GCGGGTTCAAGTAATG Alpha
#> GCGGGTTGTTACTGAC Ductal
#> GCTCCTAAGGGCATGT Beta
#> GCTCTGTGTCCATGAT Pre-endocrine
#> GCTGCAGGTTACCGAT Ductal
#> GCTGCGAAGAACAACT Alpha
#> GCTGCGAAGCTAGCCC Ngn3-low-EP
#> GCTGCGAAGTATTGGA Ngn3-high-EP
#> GCTGCGATCCCGGATG Pre-endocrine
#> GCTGCGATCGGCTACG Beta
#> GCTGCTTGTCTTCAAG Ductal
#> GCTGGGTGTCATACTG Beta
#> GCTGGGTGTCTAGAGG Ngn3-high-EP
#> GCTTCCAAGACATAAC Alpha
#> GCTTCCAAGTTAAGTG Alpha
#> GCTTGAAGTCAACTGT Beta
#> GGAAAGCCAATGTAAG Pre-endocrine
#> GGAAAGCGTCTTGATG Ductal
#> GGAATAAGTAAGAGAG Beta
#> GGAATAAGTTCGGGCT Ductal
#> GGACAAGGTGATAAGT Ductal
#> GGACAAGTCAAAGACA Ngn3-high-EP
#> GGACAGAAGGCCGAAT Beta
#> GGACAGACAATCCAAC Pre-endocrine
#> GGACAGATCAGGCGAA Beta
#> GGACAGATCCTGCAGG Ductal
#> GGACAGATCCTTTCGG Ngn3-high-EP
#> GGACATTGTCTCCCTA Epsilon
#> GGACGTCAGGGTGTTG Pre-endocrine
#> GGACGTCCACGCATCG Ngn3-low-EP
#> GGACGTCCATGGATGG Ngn3-high-EP
#> GGACGTCGTCAGAAGC Pre-endocrine
#> GGACGTCGTCGAGATG Epsilon
#> GGACGTCGTCTAGGTT Beta
#> GGACGTCGTTTAGCTG Ductal
#> GGAGCAAAGCTTCGCG Ductal
#> GGAGCAAGTATCACCA Pre-endocrine
#> GGATGTTAGTAAGTAC Alpha
#> GGATGTTTCCAGTATG Ngn3-high-EP
#> GGCAATTCACGGCTAC Alpha
#> GGCAATTCATCTCCCA Ngn3-high-EP
#> GGCAATTGTAGAGCTG Beta
#> GGCCGATTCACTCTTA Ngn3-low-EP
#> GGCGACTGTAAGTTCC Beta
#> GGCGTGTCACCAGGTC Ngn3-high-EP
#> GGCGTGTCACCGATAT Pre-endocrine
#> GGCGTGTTCAGCTTAG Alpha
#> GGCGTGTTCGAGAGCA Pre-endocrine
#> GGCTCGAAGATCACGG Pre-endocrine
#> GGCTCGAAGTGACTCT Delta
#> GGCTCGACAGCTTCGG Beta
#> GGCTGGTAGTCACGCC Ngn3-high-EP
#> GGCTGGTTCATGCATG Ngn3-high-EP
#> GGGAATGAGCACACAG Epsilon
#> GGGAATGAGTGTACGG Ductal
#> GGGAATGCAAAGTGCG Beta
#> GGGAATGTCACAAACC Ngn3-high-EP
#> GGGACCTCACTGTCGG Pre-endocrine
#> GGGACCTTCGAATGCT Ductal
#> GGGAGATAGATGTGGC Beta
#> GGGAGATAGCGAAGGG Beta
#> GGGAGATAGTGACATA Beta
#> GGGATGAAGGGCATGT Alpha
#> GGGATGAGTCTGCGGT Beta
#> GGGATGAGTTGTGGAG Ngn3-high-EP
#> GGGCACTCATTTCAGG Ductal
#> GGGCACTGTCTCCATC Pre-endocrine
#> GGGCACTGTGGCAAAC Ductal
#> GGGCATCCATGACATC Ductal
#> GGGCATCCATTTCAGG Alpha
#> GGGCATCGTGGTCTCG Ngn3-high-EP
#> GGGTCTGCACAGGCCT Ngn3-high-EP
#> GGGTCTGCATGAAGTA Ngn3-high-EP
#> GGGTCTGTCATGTGGT Pre-endocrine
#> GGGTCTGTCCATGAAC Beta
#> GGGTTGCCAAGCTGAG Ngn3-low-EP
#> GGGTTGCTCGAACGGA Ductal
#> GGTATTGGTACTCGCG Ngn3-high-EP
#> GGTATTGGTCCCGACA Ductal
#> GGTGTTAAGGATCGCA Ductal
#> GGTGTTAGTTCCTCCA Ductal
#> GTAACGTGTCACTGGC Ductal
#> GTAACTGGTCACTGGC Pre-endocrine
#> GTAACTGTCAGTGCAT Ductal
#> GTACGTAGTCTCTTTA Beta
#> GTACTCCCACAGGTTT Pre-endocrine
#> GTACTCCCACGTCTCT Ngn3-low-EP
#> GTACTCCTCCAACCAA Ngn3-high-EP
#> GTACTTTGTACCGTAT Delta
#> GTACTTTTCTTCGGTC Beta
#> GTAGGCCAGCTAACAA Pre-endocrine
#> GTAGGCCGTTACCAGT Beta
#> GTAGTCACATCGATGT Ngn3-high-EP
#> GTAGTCAGTCCGACGT Ngn3-high-EP
#> GTATCTTCAGTGGGAT Ductal
#> GTATCTTCATCGATGT Ngn3-high-EP
#> GTATCTTGTACTCAAC Alpha
#> GTATCTTGTCGCGGTT Ngn3-high-EP
#> GTATCTTGTGGCCCTA Ngn3-high-EP
#> GTATCTTTCGTGGACC Pre-endocrine
#> GTATTCTCACATTAGC Ductal
#> GTATTCTCACTTGGAT Ductal
#> GTATTCTGTCCGTCAG Ngn3-low-EP
#> GTATTCTTCTCTAAGG Delta
#> GTCAAGTGTGGTCCGT Ductal
#> GTCACAACACGTCTCT Ngn3-high-EP
#> GTCACGGAGCTATGCT Epsilon
#> GTCACGGCATCCGTGG Pre-endocrine
#> GTCACGGTCTTGCCGT Pre-endocrine
#> GTCATTTGTCGTCTTC Beta
#> GTCCTCACACCACGTG Beta
#> GTCCTCATCATTTGGG Ngn3-high-EP
#> GTCCTCATCTGGAGCC Ngn3-high-EP
#> GTCGGGTCAGGCTGAA Beta
#> GTCGTAAAGTTTAGGA Epsilon
#> GTCTCGTAGGCTAGAC Ngn3-high-EP
#> GTCTCGTCATAGTAAG Ngn3-high-EP
#> GTCTCGTTCACTTCAT Ngn3-high-EP
#> GTCTCGTTCTGCGTAA Beta
#> GTCTTCGTCCGTTGCT Alpha
#> GTCTTCGTCTACCAGA Pre-endocrine
#> GTGCATAAGAACAATC Pre-endocrine
#> GTGCATAAGCTCCTCT Ductal
#> GTGCATAGTTCAACCA Alpha
#> GTGCATATCAAGGCTT Epsilon
#> GTGCGGTAGTAGGCCA Ductal
#> GTGCGGTCAGCGTAAG Ngn3-high-EP
#> GTGCTTCAGAGGGATA Alpha
#> GTGCTTCTCACGACTA Beta
#> GTGGGTCCATAAAGGT Delta
#> GTGGGTCCATCGATTG Beta
#> GTGGGTCGTCCAGTAT Alpha
#> GTGGGTCTCCGAATGT Beta
#> GTGTGCGGTGTAAGTA Alpha
#> GTGTTAGCACCATCCT Ductal
#> GTGTTAGGTGAACCTT Pre-endocrine
#> GTTAAGCAGGATTCGG Ngn3-high-EP
#> GTTACAGTCCGATATG Ngn3-high-EP
#> GTTCATTAGAAGATTC Ngn3-low-EP
#> GTTCATTAGGCAGTCA Pre-endocrine
#> GTTCATTTCCGAACGC Delta
#> GTTCTCGAGAATTCCC Alpha
#> GTTCTCGCAAGAAAGG Alpha
#> GTTCTCGCAGACACTT Ductal
#> GTTTCTAAGAAGATTC Delta
#> GTTTCTACAGGACCCT Epsilon
#> TAAGAGATCTGCGACG Pre-endocrine
#> TAAGTGCAGGGTTTCT Ductal
#> TAAGTGCTCCAAATGC Beta
#> TACACGACAACGATCT Ductal
#> TACACGACATGTAGTC Alpha
#> TACACGAGTGCAACTT Ngn3-high-EP
#> TACAGTGCAATCTACG Ngn3-low-EP
#> TACAGTGCACAGGCCT Alpha
#> TACAGTGGTAAACGCG Pre-endocrine
#> TACCTTAAGTACATGA Ductal
#> TACCTTATCCGATATG Beta
#> TACGGATAGAGCTGGT Ductal
#> TACGGATAGGCACATG Beta
#> TACGGATAGTTTAGGA Ngn3-low-EP
#> TACGGATGTGTTCGAT Ductal
#> TACGGATTCCAAGTAC Ngn3-high-EP
#> TACGGGCAGCCAACAG Beta
#> TACGGGCAGCGTCAAG Ductal
#> TACGGGCTCTTCGGTC Beta
#> TACGGTACATGTTCCC Ductal
#> TACTCATAGGTGTTAA Pre-endocrine
#> TACTCATCAGATCCAT Beta
#> TACTCGCAGTAAGTAC Alpha
#> TACTCGCCAGATCGGA Beta
#> TACTCGCGTCGGCATC Beta
#> TACTTACCAACTGCGC Ductal
#> TACTTACCATGGGACA Ngn3-high-EP
#> TACTTGTAGACAAAGG Beta
#> TAGACCAAGGAATCGC Ductal
#> TAGAGCTGTATGAAAC Ductal
#> TAGAGCTGTTGTCGCG Ductal
#> TAGCCGGTCAACACAC Ductal
#> TAGGCATTCCAAAGTC Ngn3-low-EP
#> TAGTGGTCAACTGCGC Ductal
#> TAGTGGTCATTCACTT Pre-endocrine
#> TAGTGGTTCCTCAACC Pre-endocrine
#> TAGTTGGCACGTAAGG Ngn3-high-EP
#> TAGTTGGCAGTAACGG Pre-endocrine
#> TAGTTGGGTACCGTAT Ductal
#> TAGTTGGTCTTGCAAG Beta
#> TATCAGGCACCAGATT Ductal
#> TATCTCACAACTGCTA Ductal
#> TATCTCACACGCGAAA Alpha
#> TATCTCACATTGTGCA Beta
#> TATCTCAGTTCGCTAA Ductal
#> TATGCCCAGAACAATC Pre-endocrine
#> TATGCCCGTCTAGCCG Ngn3-high-EP
#> TATGCCCTCTTACCTA Ngn3-low-EP
#> TATTACCTCGTTGCCT Alpha
#> TCAACGATCAACCATG Pre-endocrine
#> TCAATCTCATCCGCGA Ngn3-high-EP
#> TCAATCTCATCTCCCA Ngn3-low-EP
#> TCAATCTGTCAAAGAT Ngn3-low-EP
#> TCAATCTTCGAACGGA Alpha
#> TCACAAGAGTGACATA Beta
#> TCACAAGCAACGATGG Alpha
#> TCACAAGCAGACTCGC Beta
#> TCACGAAGTCCGAGTC Ngn3-high-EP
#> TCACGAATCCTATGTT Ngn3-low-EP
#> TCAGATGCACTCGACG Pre-endocrine
#> TCAGATGGTACACCGC Beta
#> TCAGCAACACCAGGCT Ductal
#> TCAGCAATCGCCGTGA Pre-endocrine
#> TCAGCTCAGTCGTACT Ngn3-low-EP
#> TCAGGTAAGGCGTACA Ngn3-high-EP
#> TCAGGTAAGTCAATAG Ductal
#> TCAGGTACAGTCACTA Alpha
#> TCAGGTATCTGTCCGT Beta
#> TCATTACGTCAGAAGC Ductal
#> TCATTTGCATTGGCGC Pre-endocrine
#> TCCACACCAGGCGATA Alpha
#> TCCCGATAGTCGTTTG Pre-endocrine
#> TCCCGATCAACGATGG Ngn3-high-EP
#> TCGAGGCAGAACAATC Alpha
#> TCGAGGCAGGCATGGT Pre-endocrine
#> TCGCGAGAGTACGCGA Pre-endocrine
#> TCGCGAGAGTCCGTAT Beta
#> TCGCGAGCACTTCTGC Pre-endocrine
#> TCGGGACAGAGAACAG Ngn3-high-EP
#> TCGGGACGTCTGCGGT Epsilon
#> TCGTACCCACGCATCG Ngn3-low-EP
#> TCGTACCCATATACGC Ductal
#> TCTATTGCACAGGAGT Ductal
#> TCTATTGTCCTATTCA Epsilon
#> TCTATTGTCGTATCAG Pre-endocrine
#> TCTCATAAGAATGTGT Pre-endocrine
#> TCTCATACAAATTGCC Beta
#> TCTCATAGTGGACGAT Ngn3-high-EP
#> TCTCTAAAGCTGGAAC Beta
#> TCTCTAAGTCGCATCG Ductal
#> TCTCTAAGTGGCAAAC Ngn3-high-EP
#> TCTCTAAGTTACCGAT Ductal
#> TCTCTAATCCCAACGG Pre-endocrine
#> TCTGAGAGTCAAACTC Ductal
#> TCTGGAACACACGCTG Ductal
#> TCTGGAACACCTATCC Beta
#> TCTGGAAGTCATCGGC Beta
#> TCTGGAATCGGTGTCG Ductal
#> TCTTTCCGTGCAACTT Beta
#> TCTTTCCTCGTCTGCT Ngn3-low-EP
#> TGAAAGAGTTATCACG Ngn3-low-EP
#> TGACGGCAGGAATGGA Ductal
#> TGACGGCCATATGAGA Beta
#> TGACTAGGTGTATGGG Ngn3-high-EP
#> TGACTAGTCCACGTGG Ngn3-low-EP
#> TGACTAGTCCTATTCA Ngn3-high-EP
#> TGACTTTAGCCAGAAC Beta
#> TGACTTTAGCGTTGCC Ductal
#> TGACTTTAGCGTTTAC Ductal
#> TGAGAGGAGATCCCAT Beta
#> TGAGAGGAGCCAGGAT Epsilon
#> TGAGAGGAGCCGTCGT Ngn3-high-EP
#> TGAGAGGAGGCGATAC Epsilon
#> TGAGAGGAGGTAAACT Epsilon
#> TGAGAGGCAGGAACGT Beta
#> TGAGAGGGTAAGGGCT Ductal
#> TGAGCATGTTAAAGAC Ngn3-high-EP
#> TGAGCATTCACCCGAG Ductal
#> TGAGCATTCGGGAGTA Ductal
#> TGAGCCGTCATGTCCC Ductal
#> TGAGCCGTCCGAACGC Ductal
#> TGAGCCGTCCGCTGTT Ngn3-high-EP
#> TGAGGGAAGAGGTACC Ngn3-high-EP
#> TGAGGGACAGACTCGC Ductal
#> TGATTTCAGTACGCCC Ngn3-high-EP
#> TGATTTCAGTGACTCT Ductal
#> TGATTTCGTGAGGGTT Delta
#> TGCCAAACATGACATC Ngn3-high-EP
#> TGCCCATCACTGTGTA Ngn3-low-EP
#> TGCCCTAAGTCCGGTC Pre-endocrine
#> TGCGCAGGTACGCACC Ductal
#> TGCGCAGTCTGCCAGG Ngn3-low-EP
#> TGCGGGTAGACGCACA Ngn3-high-EP
#> TGCGGGTAGGGTTCCC Alpha
#> TGCGGGTTCCACTCCA Epsilon
#> TGCGGGTTCTCAAACG Ductal
#> TGCGTGGAGGTAAACT Ngn3-low-EP
#> TGCGTGGAGGTTCCTA Pre-endocrine
#> TGCGTGGAGTACACCT Beta
#> TGCGTGGGTCCCTTGT Pre-endocrine
#> TGCGTGGGTTACTGAC Pre-endocrine
#> TGCTACCCAGGGCATA Ngn3-low-EP
#> TGCTACCCATAAGACA Ngn3-high-EP
#> TGCTGCTAGGATGCGT Ngn3-high-EP
#> TGCTGCTGTCCGTCAG Ductal
#> TGGACGCAGTGTTGAA Ngn3-low-EP
#> TGGACGCTCAGGTAAA Ductal
#> TGGACGCTCTTGTTTG Pre-endocrine
#> TGGCCAGAGCTACCTA Ductal
#> TGGCCAGCAAGGACTG Beta
#> TGGCCAGCAATGAAAC Pre-endocrine
#> TGGCCAGCACGAAAGC Ductal
#> TGGCCAGGTCGGCATC Ductal
#> TGGCGCATCACAACGT Ductal
#> TGGCTGGGTACCCAAT Beta
#> TGGGAAGCACGTAAGG Pre-endocrine
#> TGGGAAGCATGACATC Ductal
#> TGGGCGTGTGTGCGTC Alpha
#> TGGTTAGCAGTCGTGC Pre-endocrine
#> TGGTTCCCACCGCTAG Ductal
#> TGGTTCCGTCACCTAA Ductal
#> TGTATTCCAATGACCT Ductal
#> TGTCCCAAGTTTAGGA Ngn3-low-EP
#> TGTCCCACATTATCTC Epsilon
#> TGTCCCAGTCCGTGAC Beta
#> TGTCCCATCTCTGCTG Epsilon
#> TGTGGTACAAGACGTG Ductal
#> TGTGGTACACATCCGG Beta
#> TGTGGTAGTGCCTGCA Epsilon
#> TGTGGTATCCAGTAGT Ngn3-high-EP
#> TGTGTTTAGGAATGGA Beta
#> TGTGTTTGTAGATTAG Beta
#> TGTGTTTGTATGAATG Pre-endocrine
#> TTAACTCCAAAGAATC Ductal
#> TTAACTCCAGGATTGG Epsilon
#> TTAACTCGTAATCGTC Pre-endocrine
#> TTAGGCAGTTTGTTGG Pre-endocrine
#> TTATGCTCACCCAGTG Beta
#> TTCCCAGAGTTACCCA Ngn3-high-EP
#> TTCCCAGGTATTCTCT Ngn3-low-EP
#> TTCCCAGTCATAGCAC Pre-endocrine
#> TTCGAAGAGTACGCCC Ngn3-high-EP
#> TTCGGTCAGCTAGCCC Ngn3-high-EP
#> TTCGGTCAGGGCATGT Delta
#> TTCGGTCGTATAGTAG Epsilon
#> TTCGGTCTCGACCAGC Pre-endocrine
#> TTCTACAAGATCGATA Ngn3-low-EP
#> TTCTACACATAAAGGT Pre-endocrine
#> TTCTACAGTACTCTCC Ngn3-low-EP
#> TTCTACATCGCTTAGA Beta
#> TTCTACATCTGCAGTA Ductal
#> TTCTCAAAGCCGCCTA Ductal
#> TTCTCAACAATAGAGT Ngn3-high-EP
#> TTCTCCTAGTCCATAC Beta
#> TTCTCCTCAATGGTCT Ductal
#> TTCTTAGTCAGTGTTG Epsilon
#> TTGAACGAGAGCAATT Beta
#> TTGAACGAGGAGTTTA Ngn3-high-EP
#> TTGAACGGTGAGGGAG Beta
#> TTGAACGGTGATGCCC Ductal
#> TTGACTTAGACAAGCC Ductal
#> TTGACTTGTTCCATGA Ngn3-high-EP
#> TTGACTTTCACCGGGT Pre-endocrine
#> TTGACTTTCAGCAACT Ductal
#> TTGACTTTCCAGTAGT Ductal
#> TTGCCGTCACCGAATT Alpha
#> TTGCCGTTCTCTGTCG Ductal
#> TTGCGTCCACCGATAT Ngn3-high-EP
#> TTGGAACAGAAGATTC Alpha
#> TTGGAACGTATATGAG Beta
#> TTGGCAAAGAGTAAGG Epsilon
#> TTGTAGGTCAAAGTAG Ngn3-high-EP
#> TTTACTGCAGCATACT Ngn3-high-EP
#> TTTACTGGTGCTAGCC Ductal
#> TTTATGCAGGTTACCT Alpha
#> TTTATGCGTCGAACAG Ductal
#> TTTATGCTCCATTCTA Ductal
#> TTTCCTCCAGGATCGA Delta
#> TTTCCTCGTGGCGAAT Pre-endocrine
#> TTTGCGCAGACAGACC Ductal
#> TTTGGTTAGACAGGCT Alpha
#> TTTGGTTCACCAGATT Ductal
#> TTTGGTTCACGAAGCA Ngn3-high-EP
#> TTTGGTTTCCTTTCGG Beta
#> TTTGTCAAGAATGTGT Pre-endocrine
#> TTTGTCATCGAATGCT Alpha
#> TTTGTCATCTGTTTGT Epsilon
#>
#> $feature_metadata
#> features stochastic_pseudotimepeaktime stochastic_pseudotimeexp_ncells
#> Pyy Pyy 0.8379160 665
#> Rbp4 Rbp4 0.8679776 647
#> Sst Sst 0.8792311 64
#> stochastic_pseudotimer.sq stochastic_pseudotimedev.expl
#> Pyy 0.34620653 0.6992168
#> Rbp4 0.43812557 0.7368411
#> Sst 0.06459176 0.5798457
#> stochastic_pseudotimepadjust peaktime feature_split index
#> Pyy 0 0.8379160 NA 1
#> Rbp4 0 0.8679776 NA 2
#> Sst 0 0.8792311 NA 3
#>
#> $enrichment
#> NULL
#>
DynamicPlot(
pancreas_sub,
lineages = "stochastic_pseudotime",
features = c("Rbp4", "Sst", "Pyy"),
assay = "RNA",
group.by = "SubCellType"
)
