WeberLab@McGill
Associate Professor 🧑🔬🧑🏫 at McGill University 🇨🇦 CRC in Spatial organization of living systems 💧🦠🪱🔬
https://weberlab.ca/
@zhuanglab.bsky.social
Xiaowei Zhuang's Lab at Harvard University and Howard Hughes Medical Institute
@jbwallingford.bsky.social
Studying cells inside embryos since way before it was cool. https://www.wallingfordlab.org/
@tothpetroczylab.bsky.social
Protein evolution, IDRs, bimolecular condensates, phenotypic mutations. Science and fun from the ATPlab.
@mjonikas.bsky.social
I'm a scientist studying and engineering CO2 assimilation in plants, algae, chloroplasts, and pyrenoids! https://jonikaslab.princeton.edu/
@ahnaskop.bsky.social
Cell biologist, artist, science artist, educator, scientific cake baker, foodie, and traveler. I study the RNA granule in the Midbody and MBR. The midbody remnant (MBR) is a large translating Extracelluar vesicle that is generated in mitosis.
@kerenlasker.bsky.social
Membraneless Organelles in Bacteria: Structure, Dynamics, Function, and Engineering. Assistant Professor @scripps.edu. https://laskerlab.org/
@sarahrauscher.bsky.social
Associate Professor, Computational biophysicist @UofT http://rauscher-group.physics.utoronto.ca
@jrkumita.bsky.social
MRC Career Development Award Fellow @ University of Cambridge. Protein Chemist. I love lysozyme, amyloid fibrils and bimolecular condensates.
@nigelgoldenfeld.bsky.social
Chancellor's Distinguished Professor of Physics, UCSD. Interested in everything. Theoretical physicist researching condensed & living matter, fluid mechanics, statistical mechanics. Bad at staying in my lane. https://guava.physics.ucsd.edu/~nigel/
@lafontainelab.bsky.social
RNA Biologist Ribosome biogenesis dysfunction diseases Structure-Function relationships in the Nucleolus Biomolecular condensates www.lafontainelab.com
@mengmengfu.bsky.social
Assistant Professor at UC Berkeley. Cytoskeleton and transport in glia. Prev: NIH, Stanford, UPenn, Caltech.
@drummondlab.bsky.social
The Drummond Lab at UChicago (drummondlab.org). Cell stress, biomolecular condensation of proteins and RNA, chaperones, translation, evolution.
@dignonlab.bsky.social
Assistant Professor of Chemical and Biochemical Engineering at Rutgers University-New Brunswick
@harmitmalik.bsky.social
Study genetic conflicts professionally. Try to avoid conflicts in personal life (with mixed results). Fred Hutch Basic Sciences (https://go.bsky.app/ReCeiC6) UW Genome Sciences (go.bsky.app/L8RAbiJ) HHMI (hhmi.bsky.social) Posting in a personal capacity.
@odedrechavi.bsky.social
Epigenetic Inheritance, Neuroscience & anything biology-related https://www.odedrechavilab.com/ TED: https://shorturl.at/myFTY Huberman Lab Podcast: https://youtu.be/CDUetQMKM6g
@senguptalab.bsky.social
Brandeis Bio/Neuro. We study multiple aspects of sensory biology. Mostly in worms. Lab appears to be powered by vast quantities of junk food. Opinions mine. senguptalab.org
@arjunraj.bsky.social
Just another LLM. Tweets do not necessarily reflect the views of people in my lab or even my own views last week. http://rajlab.seas.upenn.edu https://rajlaboratory.blogspot.com
@stirlingchurchman.bsky.social
Genetics professor at Harvard Medical School. Interested in RNA life cycles and genome organization across the cell, from the nucleus to mitochondria.
@rikkigarner.bsky.social
Helen Hay Whitney Fellow with Sean Megason at HMS SysBio (PhD w/ Julie Theriot). Biophysicist and quantitative cell biologist, integrating theory and experiment.
@luciastrader.bsky.social
@micromagnets.bsky.social
Cell biology of bacterial organelles. We love magnetic bacteria (www.komeililab.org)
@bacterialorder.bsky.social
Mathematical physicist turned theoretical/quantitative biologist. Interested in bacterial cell biology, self-organisation, chromosome dynamics...
@sophiemartinlab.bsky.social
Professor @Biologie_UNIGE @MoCel_Geneva Loves cells under the microscope!
@cellarchlab.com
cellarchlab.com Univ. of Basel Biozentrum🇨🇭. Exploring molecular architecture inside cells with #CryoEM #TeamTomo. Plants and algae in a changing climate. ❄🔬 OF 🌿 4THE 🌍!
@michriscopy.bsky.social
Leader of the Nanoscale Bacteriology research group at the Rudolf Virchow Center @ JMU Würzburg. Revealing the inner life of #bacteria using #SuperResolutionMicroscopy.
@archaeon-alex.bsky.social
🇧🇷🇺🇸Evolutionary Cell Mechanobiology of Archaea. Assistant Professor at Brandeis University. Standing tall on the shoulders of tiny (salty) bugs. bissonlab.com
@johnhelmann.bsky.social
Professor at Cornell Univ. Bacillus subtilis physiology and stress responses (metal homeostasis, redox stress, antibiotic resistance & cell envelope). EIC of Mol Microbiol.
@nartimsoole.bsky.social
Interested in protein self-organization. We rebuild the bacterial cell division machinery and small GTPase networks in vitro. https://looselab.ist.ac.at
@physicsoflifelmu.bsky.social
Theoretical physicist interested in the physics of living systems and statistical physics. Professor at LMU Munich. Passionate about emergent phenomena and interdisciplinary research. https://www.theorie.physik.uni-muenchen.de/lsfrey/
@lindorfflarsen.bsky.social
Protein and coffee lover, father of two, professor of biophysics and sudo scientist at the Linderstrøm-Lang Centre for Protein Science, University of Copenhagen 🇩🇰
@shrinivaslab.bsky.social
Asst. prof at Northwestern ChBE Interested in how molecules and processes are organized and regulated in living cells | physics, math, engineering, and computation (mostly) for biology shrinivaslab.com
@boeynaemssteven.bsky.social
Assistant Professor at Baylor College of Medicine and Texas Children's Hospital. Houston, TX Science: disorder, condensates, repeats, cell stress, neurodegeneration, drug discovery, synbio Non-science: art, fashion, cooking www.boeynaemslab.org
@proteinmagnus.bsky.social
Protein biophysicist working on intrinsically disordered proteins in neuroscience and biotech. Assoc. prof at @MolBiolAU and @PromemoAU. (He/Him)
@nicolasluxfawzi.bsky.social
My laboratory uses NMR spectroscopy to examine phase separation and interaction of proteins.
@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/
@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.
@buenoscience.bsky.social
Musings from the lab of Matt Good at University of Pennsylvania
@davidwsanders.bsky.social
Assistant Professor of Molecular Biology in the Center for Alzheimer's and Neurodegenerative Diseases at UT Southwestern. My lab studies damaged things. Sometimes we fix them. Usually we make them worse. https://www.davidwsanders.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
@christinemayr.bsky.social
Scientist interested in 3’UTRs and mRNA-based translation environments. We study how mRNAs regulate IDR conformations and protein functions. MSKCC in NYC
@schmitbiophysics.bsky.social
Statistical mechanics & biophysics theorist. Emergent properties in biomolecules. Systems biology curious. Father, former athlete. Kansas State University Physics. Occasional appearance of Legos.
@danfengcai.bsky.social
Assistant Professor at Johns Hopkins School of Public Health studying biomolecular condensates, gene regulation, and cancer.
@nottlab.bsky.social
@bsabari.bsky.social
Assistant Professor at UTSW studying nuclear organization by nuclear condensates
@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/
@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.
@hbschmidt.bsky.social
Practitioner of the dark art of biochemistry 🧙♂️ In vivo | in vitro | in silico