Physics of Living Systems

Latest articles

1. 1. Cell Biology
   2. Physics of Living Systems

   Caveolin-1 protects endothelial cells from extensive expansion of transcellular tunnel by stiffening the plasma membrane

   Camille Morel, Eline Lemerle ... Emmanuel Lemichez
2. 1. Physics of Living Systems

   Catalytic growth in a shared enzyme pool ensures robust control of centrosome size

   Deb Sankar Banerjee, Shiladitya Banerjee
3. 1. Cell Biology
   2. Physics of Living Systems

   Mechanical coupling coordinates microtubule growth

   Bonnibelle K. Leeds, Katelyn F. Kostello ... Charles L. Asbury
4. 1. Physics of Living Systems
   2. Structural Biology and Molecular Biophysics

   Regulation of phage lambda packaging motor-DNA interactions: Nucleotide independent and dependent gripping and friction

   Brandon Rawson, Mariam Ordyan ... Douglas E. Smith
5. 1. Physics of Living Systems

   Cyclic muscle contractions reinforce the acto-myosin motors and mediate the full elongation of C. elegans embryo

   Anna Dai, Martine Ben Amar
6. 1. Physics of Living Systems

   An In-Silico Testbed for Fast and Accurate MR Labeling of Orthopaedic Implants

   Gregory M Noetscher, Peter J. Serano ... Sergey N Makaroff
7. 1. Microbiology and Infectious Disease
   2. Physics of Living Systems

   Long-Distance Electron Transport in Multicellular Freshwater Cable Bacteria

   Tingting Yang, Marko S. Chavez ... Mohamed Y. El-Naggar
8. 1. Physics of Living Systems

   The Reissner fiber under tension in vivo shows dynamic interaction with ciliated cells contacting the cerebrospinal fluid

   Celine Bellegarda, Guillaume Zavard ... Claire Wyart

   Experimental manipulations and a mechanical model of the fiber reveal that the Reissner fiber is under heterogenous tension in vivo, and interacts with the motile cilia of diverse cells contacting the cerebrospinal fluid.
9. 1. Physics of Living Systems

   Energy conservation by group dynamics in schooling fish

   Yangfan Zhang, George V. Lauder
10. 1. Neuroscience
    2. Physics of Living Systems

    Mechanical vibration patterns elicit behavioral transitions and habituation in crawling Drosophila larvae

    Alexander Berne, Tom Zhang ... Mason Klein

    Habituation to mechanical vibration of crawling Drosophila larvae exhibits distinct time constants that characterize desensitization, re-sensitization, and further adaptation to repeated stimulus patterns.