Samuel Wieczorek
Samuel Wieczorek
EDyP-lab
Zweryfikowany adres z cea.fr
Tytuł
Cytowane przez
Cytowane przez
Rok
DAPAR & ProStaR: software to perform statistical analyses in quantitative discovery proteomics
S Wieczorek, F Combes, C Lazar, Q Giai Gianetto, L Gatto, A Dorffer, ...
Bioinformatics 33 (1), 135-136, 2017
1212017
Mass-spectrometry-based spatial proteomics data analysis using pRoloc and pRolocdata
L Gatto, LM Breckels, S Wieczorek, T Burger, KS Lilley
Bioinformatics 30 (9), 1322-1324, 2014
702014
Guiding the search in the no region of the phase transition problem with a partial subsumption test
S Wieczorek, G Bisson, MB Gordon
European Conference on Machine Learning, 817-824, 2006
72006
Protein-level statistical analysis of quantitative label-free proteomics data with ProStaR
S Wieczorek, F Combes, H Borges, T Burger
Proteomics for Biomarker Discovery, 225-246, 2019
62019
Five simple yet essential steps to correctly estimate the rate of false differentially abundant proteins in mass spectrometry analyses
S Wieczorek, QG Gianetto, T Burger
Journal of proteomics 207, 103441, 2019
42019
Clustering of Molecules: Influence of the Similarity Measures
S Aci, G Bisson, S Roy, S Wieczorek
Selected Contributions in Data Analysis and Classification, 433-444, 2007
42007
A peptide-level multiple imputation strategy accounting for the different natures of missing values in proteomics data
QG Gianetto, S Wieczorek, Y Couté, T Burger
bioRxiv, 2020
22020
DAPAR and ProStaR user manual
S Wieczorek, F Combes, T Burger
Bioconductor. https://www. bioconductor. org/packages/release/bioc/vignettes …, 2018
22018
Criblages phénotypiques et «génétique chimique directe»: Une approche innovante pour la découverte de molécules bio-actives et/ou de candidats-médicaments
E SANS-SOLEILHAC, C Barette, S Wieczorek, S Roy, E Maréchal
Spectra analyse 32 (233), 33-37, 2003
12003
Guiding ilp search in the sparse solutions region with a partial subsumption test
S Wieczorek, G Bisson, MB Gordon
European Conference on Machine Learning 4212, 817-824, 0
1
Package ‘DAPARdata’
S Wieczorek, F Combes, MS Wieczorek
2021
Statistical analysis of quantitative peptidomics and peptide-level proteomics data with Prostar
M Tardif, E Fremy, AM Hesse, T Burger, Y Couté, S Wieczorek
2021
Package ‘pRoloc’
L Gatto, T Burger, S Wieczorek, ML Gatto, I Biobase, LT Rcpp, ...
2013
Package ‘MSnbase’
L Gatto, ML Gatto
2013
Prediction of subplastidial localization of chloroplast proteins from spectral count data-Comparison of machine learning algorithms
T Burger, S Wieczorek, C Masselon, D Salvi, N Rolland, M Ferro
RECOMB sat. conf. on proteomics 2012, 2012
2012
The signal: statistical aspects, normalisation, elementary analysis
S Wieczorek
Chemogenomics and Chemical Genetics, 43-53, 2011
2011
Clustering Libraries of Compounds into Families: Asymmetry-Based Similarity Measure to Categorize Small Molecules
S Wieczorek, S Aci, G Bisson, M Gordon, L Lafanechere, E Maréchal, ...
Bioinformatics-Computational Biology and Modeling, 229-244, 2011
2011
Une mesure d'inclusion entre objets structurés. Application à la classification de molécules.
S Wieczorek
Université Joseph-Fourier-Grenoble I, 2009
2009
Criblages phenotypiques et<>. Une approche innovante pour la decouverte de molecules bio-actives et/ou de candidats-medicaments
E Sans-Soleilhac, C Barette, S Wieczorek, S Roy, E Marechal, ...
SPECTRA ANALYSE 32, 33-37, 2003
2003
Conception de PhenoScreen: un système d'information appliqué à la recherche de molécules bio-actives sur des cibles cellules
S Wieczorek
éditeur inconnu, 2003
2003
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