kreutz-lab

Methods of Bioinformatics and Modelling in Systems Biomedicine

Freiburg, Germany

Pinned Repositories

CountSpores
Customized pipeline based on linear mixed effects model to estimate the sprouting of spores in different conditions, taking technical and biological replicates into account.
Language:R0 3 00
dataCharacteristics
Language:R0 1 00
dia-benchmarking
Language:R2 2 00
DIMAR
Data-driven selction of an imputation algorithm in R
Language:R4 3 70
DMR-DecisionTree
Data-based prediction of the best performing DMR algorithm
Language:MATLAB10
MBQN_figures
0 1 00
Rcall
R function interface for Matlab
Language:MATLAB23 5 114
RTF
Language:R3 1 00
simFrB
Realistic Simulation Learned With Benchmark Data
Language:R0 1 00
zitools
Language:R00

kreutz-lab's Repositories

kreutz-lab/Rcall
R function interface for Matlab
Language:MATLAB23 5 114
kreutz-lab/DIMAR
Data-driven selction of an imputation algorithm in R
Language:R4 3 70
kreutz-lab/RTF
Language:R3 1 00
kreutz-lab/dia-benchmarking
Language:R2 2 00
kreutz-lab/DMR-DecisionTree
Data-based prediction of the best performing DMR algorithm
Language:MATLAB10
kreutz-lab/CountSpores
Customized pipeline based on linear mixed effects model to estimate the sprouting of spores in different conditions, taking technical and biological replicates into account.
Language:R0 3 00
kreutz-lab/COVID19Surveillance
Language:MATLAB0 2 00
kreutz-lab/dataCharacteristics
Language:R0 1 00
kreutz-lab/MBQN_figures
0 1 00
kreutz-lab/NotchPaper
This repository contains the code used for the paper "Temporal Notch signaling regulates mucociliary cell fates through Hes-mediated competitive de-repression"
Language:MATLAB00
kreutz-lab/simFrB
Realistic Simulation Learned With Benchmark Data
Language:R0 1 00
kreutz-lab/zitools
Language:R00
kreutz-lab/OmicsData
Matlab library of methods for analyzing high-throughput data
Language:MATLAB2 0