Diego Fernando Garcia
PostDoctoral Researcher at the Center for Structural Mass Spectrometry at Martin Luther University Halle-Wittenberg (MLU) #massspec #proteomics #IDPs
@spruijtlab.bsky.social
Our lab uses coacervate based materials to investigate protocells, synthetic cells, and biomolecular condensates. *Operated by the lab spruijtlab.com
@zwickergroup.bsky.social
Theoretical biophysics group at MPI-DS, Göttingen. We study the spatiotemporal organization of soft matter in cells, tissues, and synthetic systems; see www.zwickergroup.org
@sarahshammas.bsky.social
Biophysicist who loves disordered proteins and transcription. PI at Univ of Oxford, UK. She/her.
@daviddesancho.bsky.social
Protein Folder, father of two, married to @mariacaffarel.bsky.social at UPV-EHU and DIPC https://sites.google.com/view/biokt
@rnadavid.bsky.social
RNA & Metabolism. Ancient companions for Life. RNA as spatial organizer of the Cell. IDPs, biomolecular condensates and RNA fun @HymanLab. And birds.
@fuxmanlab.bsky.social
Associate professor at Boston University | systems biology, gene regulation, viral gene expression 🏳️🌈🇦🇷
@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
@jjalston.bsky.social
I Like Disordered Proteins & Single Molecule and Computational Biophysics | HHMI Hanna Gray Fellow at BCH w/. TJ Ha | BWF PDEP | WUSTL Alum | UMBC Alum |💎 1911|
@idpemery.bsky.social
Postdoctoral fellow | Holehouse lab @ WashU & Partch lab @ UCSC | Ph.D. from Penn State | opinions my own | interests: disordered proteins, molecular clock, & biophysics (he/they)
@ivarssonlab.bsky.social
Professor of Biochemistry, Uppsala University. Views are my own. Protein domains, disorder and interactions.
@rborza.bsky.social
PhD Candidate at Netherlands Cancer Institute〡 Curious about AI Biology, Synthetic Biology, and Protein Design 🔬〡 Bioillustration using Blender🧬〡 🇪🇸 🇳🇱 https://beacons.ai/rborza
@alvarezsalmoral.bsky.social
PhD Candidate at @NKI_nl in Structural Bioinformatics - Cancer Research | Perrakis lab | Interest in AI | Computational Biology, Statistics, Protein Prediction & Design 🖥️🧬 AlphaBridge web server: https://alpha-bridge.eu/
@mazna.bsky.social
Biophysicist looking at single molecules, Group leader @iecb.bsky.social and @inserm.bsky.social. Fan of #IDPs and #smFRET https://www.aznauryan-lab.com/
@pelhamjackie.bsky.social
I am a Cori Fellow at WashU Medical School. We study how IDRs help keep time while contributing plasticity and robustness to the circadian clock. She/Her opinions are my own. www.jackiepelhamphd.com
@rasmusnorrild.bsky.social
Postdoc with Alexander Büll at DTU. Interested in all things protein, biochemistry, and biophysics.
@diegozea.bsky.social
Associate Professor at Université Paris-Saclay. Interested in Protein Structure, Interactions and Evolution, Machine Learning, and Julia programming. https://diegozea.github.io/
@friedlab.bsky.social
Asst. Prof of Chemistry🧪 & Biophysics 🧬 at JohnsHopkins; unofficial lab rabbi ✡️; ally 🏳️🌈; #TeamMassSpec. PI of structural proteomics/protein folding/ageing research lab.
@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/
@victorbillon.bsky.social
Transcription, gene regulation and epigenetics. Studying IDRs and condensates.
@zenoresearch.bsky.social
Assistant professor of Chemical Engineering at USC in Los Angeles. My research group focuses on protein-lipid biophysics and biological membrane engineering.
@alirezamashaghi.bsky.social
Scientist, Physician, University Professor (UHD) at Leiden University, Scientist at Harvard, ETH Zürich Alumni; Views my own. Website: https://www.mashaghilab.org
@chunglab.bsky.social
Assistant Professor of Physics and Astronomy @ USC. Soft matter and neurobiology and everything in between
@hbschmidt.bsky.social
Practitioner of the dark art of biochemistry 🧙♂️ In vivo | in vitro | in silico
@miao-yu.bsky.social
Professor at Wuhan University | Biophysicist interested in single-molecule detection🔬🍝
@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
@mousemousecatcat.bsky.social
@jerelleaj.bsky.social
Assistant Professor, Princeton University | biomolecular condensates + computer simulations | https://josephgroup.princeton.edu (she/her)
@potoyan.bsky.social
We are a curiosity-driven theoretical/computational biophysics lab at Iowa State University. Interested in biomolecular condensates, allostery, gene regulatory networks, chromatin, the origin of life, and RNA functions
@reidalderson.bsky.social
Group Leader at Helmholtz Munich 🇩🇪 Disordered proteins 🍝, protein dynamics 🏃♂️, and #NMR 🧲 Past: UW 🦡, Oxford 🇬🇧, NIH 🇺🇸, Toronto 🇨🇦
@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
@brunorizzuti.bsky.social
Computational biophysicist, affiliated to CNR (Italy) and BIFI (Spain). Currently simulating intrinsically disordered proteins, with other intrinsically disordered interests and passions. Homepage: biomolecules.eu
@nottlab.bsky.social
@ashokdeniz.bsky.social
Professor, @scripps.edu Interested in Single-molecule Biophysics, Soft matter physics Condensates, Protein disorder, Membranes, RNA, #smFRET https://scholar.google.com/citations?user=bNzBCLYAAAAJ&hl=en
@paulrobustelli.bsky.social
Assistant Professor at Dartmouth College Computational Biophysics / Disordered Proteins / Molecular Recognition
@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/
@umassmdlab.bsky.social
Professor at UMass Amherst; computational biophysics: intrinsically disordered proteins, ion channels, protein nanopores, biomolecular condensates, multi-scale RNA and protein modeling, enhanced sampling
@mdsinden.bsky.social
Chief Brand Officer (CBO) at @ionopticks.bsky.social LC-MS. Chromatography. Tech. Brand. Design.
@cellsandprots.bsky.social
Prof of Biochemistry & Molecular Biology at @ubc and @msl Our team focuses on proteostasis and yeast cell biofactories ❤️ ubiquitin, chaperones & proteomics 💙 outdoor, repast, electro-rock & traveling 🇨🇭🇨🇦 https://mayor51.wixsite.com/mayorlab
@kislingerthomas.bsky.social
Senior Scientist at Princess Margaret Cancer Centre, Toronto, Canada 🇨🇦 Clinical proteomics, liquid biopsies and cell surface markers
@amyweeks.bsky.social
Asst Prof @ UW-Madison Biochemistry. Protein Engineering, Chemical Biology, Proteomics, Proteases, Enzymology.
@nanopots.bsky.social
Scientist @Genentech love all small and automated devices, mass spectrometry, protein-protein interactions, cell-cell interactions, and how to make peptides/proteins flying into vacuum; View are my own
@albertvilella.bsky.social
Bioinformatics Scientist / Next Generation Sequencing, Single Cell and Spatial Biology, Next Generation Proteomics, Liquid Biopsy, SynBio, Compute Acceleration in biotech // http://albertvilella.substack.com
@sayase.bsky.social
She/her | Writer @MoGenUofT | PhD candidate @uoftmedicine @SinaiHealth @Gingraslab | I care about proteins and people, interested in mapping proteins, glycobiology, glycomics, mass spectrometry, and cancer #Proteomics #CancerResearch
@kylewbender.bsky.social
Staff Scientist, Zipfel group, University of Zürich Plants, peptides, receptors, PTMs, signaling Molecular biology, biochemistry, proteomics https://orcid.org/0000-0002-1805-8097
@vivek-mishra.bsky.social
#Singlecell & #Spatial #Multiomics | Marketing @illumina *Views are my own and not of my employer*