Explore projects
-
BDS / GeneDER / GeneDER_core
MIT LicenseThis repository contains the scripts that have been developed in the course of the GeneDER project (Biomedical Data Science group - Enrico Glaab Lab).
Updated -
-
Updated
-
-
A new shiny interface to generate transformation products (TPs) from parent compounds (pesticides, pharmaceuticals, etc.).
Updated -
Environmental Cheminformatics / PD cheminformatics pipeline
Artistic License 2.0Updated -
CBG / INCanTeSIMO
GNU General Public License v3.0 onlyIntegrated Network approach for Cellular Transitions through SIgnalling MOlecules
Updated -
Computational modelling and simulation / GeneRegulationAnalysis
GNU Affero General Public License v3.0Gene regulation inference of COVID-19
Updated -
This repository contains the code for statistical analyses performed in Chapter 3 of my thesis "Cross-sectional and longitudinal profiling of PD transcriptomics and metabolomics". The project consists on whole blood transcriptomics and blood plasma metabolomics cross-sectional and longitudinal profiling of Parkinson's disease patients and controls from the PPMI cohort and the LuxPARK cohort respectively, to identify differential molecular and higher-level functional features in PD.
Updated -
-
This GitLab folder provides the scripts that were used in my Master Thesis Project. For any types of questions, please feel free to contact me.
Updated -
IMP / IMP3
MIT LicenseUpdated -
Integrated in vitro and in silico modelling delineates the molecular effects of a synbiotic regimen on colorectal-cancer derived cells.
Updated -
Laurent Heirendt / courses
Creative Commons Zero v1.0 UniversalRepository for all slides related to R3 courses.
Updated -
Adelene Lai / Additional_SI_LuxPharma_Singh_et_al
Apache License 2.0Additional Supporting Information to "Occurrence and Distribution of Pharmaceuticals and their Transformation Products in Luxembourgish Surface Waters" by Singh et al.
Updated -
DVB / Monzel_2020
Apache License 2.0Updated -
genomeanalysis / LuxPARK
Apache License 2.0Updated -
The sensitivity analysis of IFN1 boolean model is investigated against over expression and knockout mutations. The simulation is performed based on the ranked sensitivity values. Attractors' analysis is also performed to support the main conclusions.
Updated -
-
Updated