Observed since 20 Oct, 18:27 UTC
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A deep learning tool for bulk RNA-seq deconvolution and Stem Cells Sub-Class prediction.
ACSCeND is a Python package designed to analyze and process stem cell transcriptomics data. It includes two core modules for predicting stem cell subtypes and deconvoluting bulk RNA-seq data using deep learning.
Stem Cell Subtypes Predictor
Identify stem cell subtypes — Pluripotent, Multipotent, or Unipotent — from single-cell stem cell transcriptomics data.
Deep Learning-based Deconvoluter
Deconvolute bulk RNA-seq data into meaningful components using cutting-edge deep learning techniques.
Install ACSCeND using pip:
pip install ACSCeND
Comprehensive documentation is available at:
ACSCeND Documentation
from ACSCeND import Predictor
# Example usage
predictor = Predictor()
subtypes = predictor(input_data)
from ACSCeND import Deconvoluter
# Example usage
real_freq = Deconvoluter(pseudo_data, sig_matrix, pseudo_freq, real_data, normalized=False)
For detailed examples and API reference, visit the documentation.
Download counts and popularity will appear here as the collector receives them.
| Version | Published | Direct dependencies | Open version |
|---|---|---|---|
| 1.1 | 14 Jul 2025 | 6 |
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Shared repository data · GitHub
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github · 1 observations shown. Missing days are unknown.
| Date / source period | Value | Observed at |
|---|---|---|
| 2026-10-21 | 0 | 2026-10-21T23:25:46.4649173Z |
Observed since 20 Oct, 18:27 UTC
No superseded metadata states collected. Unchanged observations do not create new revisions.
package:7ce8ac27711dafdb5b51ccc839e3d202a689fedd9d064c1605a8d8cc4b41b21c