Gaurav sharma

@jrafflab.bsky.social

Interested in how centriole and centrsomes build themselves

@dormannlab.bsky.social

We study the molecular mechanisms of neurodegenerative diseases, in particular how RNA-binding proteins become dysfunctional in ALS and FTD, for example through aberrant phase separation and aggregation.

@vishwabio.bsky.social

Biotech PhD, IIT Hyderabad. Protein folding, protein aggregation, phase separation, kinetics and thermodynamics.

@samratmukhopadhyay.bsky.social

Professor & JC Bose Fellow at IISER Mohali, India Studying Intrinsically Disordered Proteins, Condensates, Amyloids, Single-Molecule Biophysics Editor @BiophysJ.bsky.social Attended IISc Bangalore & @Scripps.edu Lab Website: https://www.MukhopadhyayLab.org

@vladimirvolkov.bsky.social

I make microtubules pull on things. Interested in #biophysics #cryoET #multivalency. I post preprints. he/him volkovlab.com

@castanedalab.bsky.social

Using molecular biophysics, biochemistry, and cell biology to understand the intersection of protein quality control mechanisms and neurodegenerative disorders (ALS, FTD); IDPs, Ub biology, UBQLNs

@rangacharilab.bsky.social

disordered proteins, amyloids, biomolecular condensates, soft matter design. www.rangacharilab.com Chemistry and Biochemistry, School of Math and Natural Sciences Center for Molecular and Cellular Biosciences University of Southern Mississippi

@rohitpappu68.bsky.social

Biophysics, soft matter physics, intrinsically disordered proteins, macromolecular interactions, & phase transitions are my interests. Discovery through rigor and collaboration is my passion. Kindness, generosity, humility, and justice are my hopes.

@hymanlab.bsky.social

Science and fun from the lab of Tony Hyman at the MPI-CBG @mpicbg.bsky.social. Tweets by Hymanlab members. https://hymanlab.org/

@mousemousecatcat.bsky.social

@costaluca.bsky.social

CNRS Scientist I develop advanced AFMs integrated with fluorescence and X-ray microscopies and spectroscopies. My research focuses on liquid interfaces and biophysical properties, especially the mechanics of membranes and biomolecular condensates

@kyogok.bsky.social

Chief Scientist RIKEN PRI, Assoc Prof Univ Tokyo Department of Physics, Institute for Physics of Intelligence. Biophysics, noneq statphys.

@oasaleh.bsky.social

Soft/Bio physics and materials professor at UC Santa Barbara. https://labs.materials.ucsb.edu/saleh/omar/

@gbart.bsky.social

I love biophysics, jazz, poetry, and activism, especially when mixed together! Into active matter, cell migration, phase separation, and active turbulence. JdC postdoc at University of Barcelona, previously at MPI PKS Dresden and Uni Augsburg

@archafox.bsky.social

Scientist interested in RNA and gene regulation. My passions are paraspeckles, RNA therapeutics for cancer and everything hiking/nature/community.

@manolis-maragkakis.bsky.social

Stadtman Principal Investigator @NIH / NIA. Computational Genomics, RNA, Aging, Stress Response, Senescence. Posts are my own.

@jerelleaj.bsky.social

Assistant Professor, Princeton University | biomolecular condensates + computer simulations | https://josephgroup.princeton.edu (she/her)

@andriygoychuk.bsky.social

EMBO Postdoctoral Fellow at MIT | PhD in Physics from LMU Munich | http://www.goychuk.me Interested in: Theoretical Biophysics, Mechanobiology, Biomolecular Condensates, Chromatin Organization, and Innate Immunity

@priya-r-banerjee.bsky.social

Associate Prof. at U Buffalo; learning how macromolecular phase transitions program cellular functions; single-molecule biophysics; disordered proteins; origin of life and RNA. Laboratory webpage: https://www.banerjeelab.org/

@dimovalab.bsky.social

News from Dimova Lab (www.dimova.de). Research: #membrane biophysics, #condensated, #electroporation, #syntheticbiology, minimal cell, #giantvesicles. Opinions are of RD

@bsky.app

official Bluesky account (check username👆) Bugs, feature requests, feedback: support@bsky.app