ИСТИНА

Brusch L.

Соавторы: Калайдзидис Я.Л., Zerial M., Meyer K., Deutsch A., Marino Z., Collinet C., Del C.P., Friedrich B.M., Jülicher F., Nonaka H., Rink J., Scholich A., Seifert S. показать полностью..., de Back W., Bourantas G., Brosch M., Dahmen U., Dawson J., Fabian A., Foret L., Ghaemi A., Habermann B., Hampe J., Hendricks A., Hinz S., Julicher F., Koteliansky V., Kücken M., Lutjohann D., Morales-Navarrete H., Morales-Navarrete H., Morales-Navarrete H., Morales-Navarrete H., Morales-Navarrete H., Moser V., Nonaka H., Ostrenko O., Porat-Shliom N., Repnik U., Roberto W., Rost F., Röcken C., Sbalzarini I.F., Schafmayer C., Segovia-Miranda F., Segovia-Miranda F., Segovia-Miranda F., Syga S., Tanaka E.M., Verbavatz J., Villasenor R., Wilsch-Braeuninger M., Богорад Р.Л.

8 статей

Количество цитирований статей в журналах по данным Web of Science: 240, Scopus: 166

IstinaResearcherID (IRID): 4857495

Деятельность

• Статьи в журналах

  • 
    • 2020 Bile canaliculi remodeling activates YAP via the actin cytoskeleton during liver regeneration
    • Meyer Kirstin, Morales-Navarrete Hernan, Seifert Sarah, Wilsch-Braeuninger Michaela, Dahmen Uta, Tanaka Elly M., Brusch Lutz, Kalaidzidis Yannis, Zerial Marino
    • в журнале Molecular Systems Biology, издательство Nature Publishing Group (United Kingdom), том 16, № 2, с. e8985 DOI
  • 
    • 2020 Quantification of nematic cell polarity in three-dimensional tissues
    • André Scholich, Syga Simon, Morales-Navarrete Hernán, Segovia-Miranda Fabián, Nonaka Hidenori, Meyer Kirstin, de Back Walter, Brusch Lutz, Kalaidzidis Yannis, Zerial Marino, Jülicher Frank, Friedrich Benjamin M.
    • в журнале PLoS Computational Biology, издательство Public Library of Science (United States), том 16, № 12 DOI
  • 
    • 2019 Liquid-crystal organization of liver tissue
    • Morales-Navarrete Hernán, Nonaka Hidenori, Scholich Andre, Segovia-Miranda Fabián, de Back Walter, Meyer Kirstin, Bogorad Roman L., Koteliansky Victor, Brusch Lutz, Kalaidzidis Yannis, Jülicher Frank, Friedrich Benjamin M., Zerial Marino
    • в журнале eLife, том 8, с. e44860 DOI
  • 
    • 2019 Three-dimensional spatially resolved geometrical and functional models of human liver tissue reveal new aspects of NAFLD progression
    • Segovia-Miranda Fabián, Morales-Navarrete Hernán, Kücken Michael, Moser Vincent, Seifert Sarah, Repnik Urska, Rost Fabian, Brosch Mario, Hendricks Alexander, Hinz Sebastian, Röcken Christoph, Lütjohann Dieter, Kalaidzidis Yannis, Schafmayer Clemens, Brusch Lutz, Hampe Jochen, Zerial Marino
    • в журнале Nature Medicine, издательство Nature Publishing Group (United Kingdom), том 25, № 12, с. 1885-1893 DOI
  • 
    • 2017 A Predictive 3D Multi-Scale Model of Biliary Fluid Dynamics in the Liver Lobule
    • Meyer Kirstin, Ostrenko Oleksandr, Bourantas Georgios, Morales-Navarrete Hernan, Porat-Shliom Natalie, Segovia-Miranda Fabian, Nonaka Hidenori, Ghaemi Ali, Verbavatz Jean-Marc, Brusch Lutz, Ivo Sbalzarini, Yannis Kalaidzidis, Roberto Weigert, Marino Zerial
    • в журнале Cell Systems, том 4, № 3, с. 277-290 DOI
  • 
    • 2012 A General Theoretical Framework to Infer Endosomal Network Dynamics from Quantitative Image Analysis
    • Foret L., Dawson JE, Villasenor R., Collinet C., Deutsch A., Brusch L., Zerial M., Kalaidzidis Y., Julicher F.
    • в журнале Current Biology, издательство Cell Press (United States), том 22, № 15 , с. 1381-1390 DOI
  • 
    • 2008 Membrane identity and GTPase cascades regulated by toggle and cut-out switches
    • Del Conte-Zerial P., Brusch L., Rink J.C., Collinet C., Kalaidzidis Y., Zerial M., Deutsch A.
    • в журнале Molecular Systems Biology, издательство Nature Publishing Group (United Kingdom), том 4, № 206 DOI

• Статьи в сборниках

  • • 2007 Protein domains of GTPases on membranes: Do they rely on Turing's mechanism?
    • Brusch L., Del Conte-Zerial P., Kalaidzidis Y., Rink J., Habermann B., Zerial M., Deutsch A.
    • в сборнике Cellular Biophysics, Regulatory Networks, Development, Biomedicine, and Data Analysis, серия Mathematical Modeling of Biological Systems, том 1, с. 33-46