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Molecular Biology of the Cell|February 1, 2017
Many roads to symmetry breaking: molecular mechanisms and theoretical models of yeast cell polarityAndrew B Goryachev, Marcin LedaF1000Research|October 5, 2019
Autoactivation of small GTPases by the GEF-effector positive feedback modulesAndrew B Goryachev, Marcin LedaCurrent Biology : CB|June 9, 2016
Gradient Sensing: Engineering the Yeast Love AffairAndrew B Goryachev, Marcin LedaCurrent Biology : CB|August 23, 2017
Cell Polarity: Spot-On Cdc42 Polarization Achieved on DemandAndrew B Goryachev, Marcin LedaCurrent Biology : CB|July 23, 2024
Actomyosin cortex: Inherently oscillatory?Andrew B Goryachev, Marcin LedaCells|September 5, 2020
Compete or Coexist? Why the Same Mechanisms of Symmetry Breaking Can Yield Distinct OutcomesAndrew B Goryachev, Marcin LedaCurrent Biology : CB|July 8, 2025
Cell morphogenesis: How to turn yeast into CerberusAndrew B Goryachev, Marcin LedaIscience|October 20, 2018
Autoamplification and Competition Drive Symmetry Breaking: Initiation of Centriole Duplication by the PLK4-STIL NetworkMarcin Leda, Andrew J Holland, Andrew B GoryachevPhysical Review. E|December 18, 2024
Wave-driven phase wave patterns in a ring of FitzHugh-Nagumo oscillatorsDaniel Cebrián-Lacasa, Marcin Leda, Andrew B Goryachev, et al.Journal of Cell Science|June 23, 2018
Local and global Cdc42 guanine nucleotide exchange factors for fission yeast cell polarity are coordinated by microtubules and the Tea1-Tea4-Pom1 axisYe Dee Tay, Marcin Leda, Andrew B Goryachev, et al.Pageof 6