Scientific Publications Search Search Author Release Date Research Group Search Sort by RelevanceFrom A-ZAuthored onDate/Time RangeRelease date Order AscDesc Akalin, Altuna Dr. (3) Beule, Dieter Dr. (1) Birchmeier-Kohler, Carmen Prof. Dr. (1) Diecke, Sebastian Dr. (6) Falcke, Martin Prof. Dr. (1) Friedrich, Corinna (1) Gerhardt, Holger Prof. Dr. (1) Haucke, Volker Professor (1) Hinz, Michael Dr. (1) Hirsekorn, Antje (1) Kettenmann, Helmut Prof. Dr. (1) Kolesnichenko, Marina Dr. (1) Kühn, Ralf Dr. (1) Lacadie, Scott Allen Dr. (1) Mertins, Philipp Dr. (10) Müthel, Stefanie (1) Ofenbauer, Andreas Dr. (1) Popp, Oliver Dr. (1) Rudolph, Ina-Maria Dr. (1) Scheidereit, Claus Prof. Dr. (1) Selbach, Matthias Prof. Dr. (2) Suarez Artiles, Lorena Dr. (1) Tursun, Baris Dr. (1) Uyar, Bora Dr. (3) Vucicevic, Dubravka (1) Willnow, Thomas Prof. Dr. (1) Wolf, Susanne Dr. (1) Zauber, Henrik Dr. (2) (-) Chen, Wei Prof. Dr. (1) (-) Kirchner, Marieluise Dr. (4) (-) 2018 (5) 2019 (4) 2020 (4) 2021 (3) 2022 (9) 2023 (8) 2024 (2) Bioinformatics and Omics Data Science (2) Computational Regulatory Genomics (1) Developmental Biology / Signal Transduction (1) Experimental Ultrahigh-Field MR (1) Genetics and Genomics of Cardiovascular Diseases (1) Genome Engineering & Disease Models (1) Genomics (2) Integrative Vascular Biology (1) Magnetic Resonance (1) Mathematical Cell Physiology (1) Molecular Cardiovascular Research (1) (-) Pluripotent Stem Cells (1) Proteome Dynamics (3) (-) Proteomics (4) RNA Biology and Posttranscriptional Regulation (3) Transgenics (1) Translational Cardiology and Functional Genomics (1) 5 Results: Active Filter: Chen, Wei Prof. Dr.Kirchner, Marieluise Dr.Pluripotent Stem CellsProteomics2018 Sort: Result score Newest to oldest Oldest to newest March 01, 2018 / Nat Genet CLCN2 chloride channel mutations in familial hyperaldosteronism type II U.I. Scholl G. Stölting J. Schewe A. Thiel H. Tan C. Nelson-Williams A.A. Vichot S.C. Jin E. Loring V. Untiet T. Yoo J. Choi S. Xu A. Wu M. Kirchner P. Mertins L.C. Rump A.M. Onder C. Gamble D. McKenney R.W. Lash D.P. Jones G. Chune P. Gagliardi M. Choi R. Gordon M. Stowasser C. Fahlke R.P. Lifton February 28, 2018 / Nat Methods Picky: a simple online PRM and SRM method designer for targeted proteomics H. Zauber M. Kirchner M. Selbach December 14, 2018 / EMBO J The IκB kinase complex is a regulator of mRNA stability N. Mikuda M. Kolesnichenko P. Beaudette O. Popp B. Uyar W. Sun A.B. Tufan B. Perder A. Akalin W. Chen P. Mertins G. Dittmar M. Hinz C. Scheidereit November 01, 2018 / Mol Biol Cell On the relation between filament density, force generation and protrusion rate in mesenchymal cell motility S. Dolati F. Kage J. Mueller M. Müsken M. Kirchner G. Dittmar M. Sixt K. Rottner M. Falcke September 20, 2018 / Cell Mutations in disordered regions can cause disease by creating dileucine motifs K. Meyer M. Kirchner B. Uyar J.Y. Cheng G. Russo L.R. Hernandez-Miranda A. Szymborska H. Zauber I.M. Rudolph T.E. Willnow A. Akalin V. Haucke H. Gerhardt C. Birchmeier R. Kühn M. Krauss S. Diecke J.M. Pascual M. Selbach
March 01, 2018 / Nat Genet CLCN2 chloride channel mutations in familial hyperaldosteronism type II U.I. Scholl G. Stölting J. Schewe A. Thiel H. Tan C. Nelson-Williams A.A. Vichot S.C. Jin E. Loring V. Untiet T. Yoo J. Choi S. Xu A. Wu M. Kirchner P. Mertins L.C. Rump A.M. Onder C. Gamble D. McKenney R.W. Lash D.P. Jones G. Chune P. Gagliardi M. Choi R. Gordon M. Stowasser C. Fahlke R.P. Lifton
February 28, 2018 / Nat Methods Picky: a simple online PRM and SRM method designer for targeted proteomics H. Zauber M. Kirchner M. Selbach
December 14, 2018 / EMBO J The IκB kinase complex is a regulator of mRNA stability N. Mikuda M. Kolesnichenko P. Beaudette O. Popp B. Uyar W. Sun A.B. Tufan B. Perder A. Akalin W. Chen P. Mertins G. Dittmar M. Hinz C. Scheidereit
November 01, 2018 / Mol Biol Cell On the relation between filament density, force generation and protrusion rate in mesenchymal cell motility S. Dolati F. Kage J. Mueller M. Müsken M. Kirchner G. Dittmar M. Sixt K. Rottner M. Falcke
September 20, 2018 / Cell Mutations in disordered regions can cause disease by creating dileucine motifs K. Meyer M. Kirchner B. Uyar J.Y. Cheng G. Russo L.R. Hernandez-Miranda A. Szymborska H. Zauber I.M. Rudolph T.E. Willnow A. Akalin V. Haucke H. Gerhardt C. Birchmeier R. Kühn M. Krauss S. Diecke J.M. Pascual M. Selbach