Explore projects
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Annegrät Daujeumont / howto-cards
Creative Commons Zero v1.0 UniversalUpdated -
Fasavanh Sanichanh / howto-cards
Creative Commons Zero v1.0 UniversalUpdated -
Marie Fossepre / howto-cards
Creative Commons Zero v1.0 UniversalUpdated -
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Jenny Thuy Dung Tran / howto-cards
Creative Commons Zero v1.0 UniversalUpdated -
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DVB / Rosety_2023
Apache License 2.0Updated -
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R3 / apps / generator
Apache License 2.0This project includes the generator scripts for generating the index files of the howto-cards and modules (handbook, qms, ...)
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LCSB-BioCore / FBCModelTests.jl
Apache License 2.0Updated -
Janine Schulz / basic-practice-pages
MIT LicenseBasic practice repository for git trainings
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R3 / school / git / basic-practice-pages
MIT LicenseBasic practice repository for git trainings
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Aurélien Ginolhac / quartoteachting_template
MIT LicenseUpdated -
Graph representation learning modelling pipeline exploiting molecular interaction networks of transcriptomics (protein-protein interactions) and metabolomics (metabolite-metabolite interactions) to learn PD-specific fingerprints from the spatial distribution of molecular relationships in an end-to-end fashion. The scripts apply the graph representation learning modelling pipeline on networks of molecular interactions, where transcriptomics and metabolomics data from the PPMI and the LuxPARK cohort, respectively, are projected.
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Elisa Gomezdelope / ML_PD_metab_transc
MIT LicenseThis repository contains the code for ML analyses performed in Chapter 4 of my PhD thesis "Interpretable Machine Learning on omics data for biomarker discovery in Parkinson's disease". The project consists on performing Parkinson's disease (PD) case-control classification from blood plasma metabolomics measurements at the baseline clinical visit from the LuxPARK cohort, and from whole blood transcriptomics data at baseline as well as dynamic features engineered from a short temporal series of 4 timepoints from the PPMI cohort. The study involves evaluation of different feature selection strategies, The goal was to build and test a collection of ML models and, most interestingly, identify molecular and higher-level functional representations associated with PD diagnosis.
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