alexdray86

alTErego

Compute TE-derived regulons from gene expression at the single-cell level

cliff-R

Drug sensitivity deconvolution into cell-type-specific drug sensitivity

coudray2023

Code necessary to reproduce figures of manuscript: https://www.biorxiv.org/content/10.1101/2023.05.10.540140v1

MatISSe

Deep learning auto-encoder for cell-type identification in biomicroscopy-based spatial transcriptomics

McRAPTOR

McRAPTOR based delay-predicting robust journey planner

MLproject2

Project for the EPFL Machine Learning course done in the scope of ML4Science.

nextflow

pyTEnrich

count and compute statistical enrichment of bed regions against transposable elements

razor

RaZoR - Predict cell type drug sensitivity with an Expectation-Maximization algorithm

TLCpeaks

Peak Calling algorithm for RNA-binding protein

alexdray86/McRAPTOR

McRAPTOR based delay-predicting robust journey planner

alexdray86/pyTEnrich

count and compute statistical enrichment of bed regions against transposable elements

alexdray86/alTErego

Compute TE-derived regulons from gene expression at the single-cell level

alexdray86/TLCpeaks

Peak Calling algorithm for RNA-binding protein

alexdray86/cliff-R

Drug sensitivity deconvolution into cell-type-specific drug sensitivity

alexdray86/coudray2023

Code necessary to reproduce figures of manuscript: https://www.biorxiv.org/content/10.1101/2023.05.10.540140v1

alexdray86/MatISSe

Deep learning auto-encoder for cell-type identification in biomicroscopy-based spatial transcriptomics

alexdray86/MLproject2

Project for the EPFL Machine Learning course done in the scope of ML4Science.

alexdray86/nextflow

alexdray86/razor

RaZoR - Predict cell type drug sensitivity with an Expectation-Maximization algorithm

alexdray86/test_repo

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