Ferdos Abid Ali
#newPI and senior lecturer at University of Bristol (School of Biochemistry). Interested in motors, the cytoskeleton and how they organise the cell. Cryo-EM, cell biology and single molecule techniques.
@peterjcullen1.bsky.social
University Researcher, All things: Endosomes, Lysosomes, Retromer, Retriever, Sorting nexins, Commander, RABs, et al.
@dr-downes.bsky.social
Post Doc @ Francis Crick Institute and Birkbeck College UoL - COPII, CryoCLEM, cats, mammalian secretory pathway, image analysis
@automnenine.bsky.social
Assistant Professor @ Princeton MolBio | From transposons to telomeres and back | bicycles and biochemistry https://ghanim.lab.princeton.edu
@costalaboratory.bsky.social
Principal Group Leader at the Francis Crick Institute. DNA replication, cryo-EM and molecular mechanism.
@dirkremus.bsky.social
PI @ Sloan Kettering Institute, New York | DNA replication | https://www.mskcc.org/research/ski/labs/dirk-remus | Co-Director, BCMB PhD program, Weill Cornell Medicine| https://gradschool.weill.cornell.edu/bcmb-allied-program | Views are my own.
@jonasverhellen.bsky.social
Theoretical physicist with a PhD in neuroscience. Postdoc in protein-protein interactions. Into art, science, and innovation. Currently: Copenhagen 🇩🇰 Previously: Oslo 🇳🇴, London 🇬🇧, Brussels 🇧🇪
@darrkespur.bsky.social
Associate Professor in Materials Physics at the University of Bristol. Editor-in-Chief of Materials Today Communications. Father of a toddler and a cat, husband. Science fiction author, miniature painter, climber, nerd. He/him
@mauchioccioli.bsky.social
Assistant Professor of Genetics and Comparative Medicine, Yale. Husband. Dad. Food and wine lover. Italian. he/him/his
@ortizmateujuan.bsky.social
PhD student at the @memprotlabuv.bsky.social - University of Valencia Especially interested in the biogenesis of viral proteins.
@cagricevrim.bsky.social
regeneration | evo-devo | menstruation Postdoc @ Harvard SCRB Former BIF PhD fellow @ IGFL (Lyon, FR) Alma mater Boğaziçi University (Ist, TR)
@costerlab.bsky.social
Based at the Institute of Cancer Research in London, we study how DNA affects its own replication. www.CosterLab.com
@dgershlick.bsky.social
Molecular Cell Biologist working in CIMR at University of Cambridge. Membrane trafficking, secretion and neuroscience.
@manuelthery.bsky.social
cytoskeleton self-organization / shape, patterns and symmetry / minimal and artificial cells / biophysics teacher @ ESPCI ParisTech www.cytomorpholab.com
@ichikawa-lab.bsky.social
Tenure-track professor (PI) at Fudan University. Have been working on motor protein, microtubule, and cilia. Recently also working with membrane proteins. Associate Editorial Board member of Cytoskeleton Journal. Lab website: https://tinyurl.com/22c3eymy
@dyneinassembly.bsky.social
Group Leader/MRC CDA Fellow (Dunn School of Pathology, University of Oxford) https://www.path.ox.ac.uk/research-group/girish-ram-mali/
@thebyronlab.bsky.social
🔬 Cell adhesion networks lab 🥼 A new cell systems biology team 📍 University of Manchester, UK 🔗 https://linktr.ee/TheByronLab
@owillhoft.bsky.social
GirlDad, BoyDad | Resident mad scientist in Costa Lab @ The Crick | Interested in chromatin, replication & epigenetics | Kinda OKish at cryoEM, half-decent biochemist | Practitioner of frivolity | Proudly featured in at least one awkward photo 📷
@bethlloydlewis.bsky.social
Wellcome Trust Research Fellow, University of Bristol. Epithelial cell fate dynamics during tissue development and cancer. #stemcells #devbio #mammarygland #morphogenesis #microscopy #breastcancer. She/her.
@escreasey.bsky.social
Writing, books, cats, music, flowers. Oh, and tea. Lots of tea. REF Impact Evidencing Officer at the University of Bristol.
@iamabyron.bsky.social
Cell adhesion networks group leader #cancer #ECMatrix #proteomics #nucleus #NewPI @thebyronlab.bsky.social University of Manchester A personal account 🧬🧫 🎶🎹 📷🎨 🦅 🏏
@yaseminbaris1.bsky.social
Postdoctoral Researcher @NynkeDekkerLab @UniofOxford @KavliOxford Ph.D. @MRC_LMB @Yeeles_Lab @Cambridge_Uni / DNA replication &replication stress enthusiast 🧬
@athertonlabkcl.bsky.social
Research group at KCL using cryo-EM and cryo-ET to investigate all things around the cytoskeleton and associated proteins
@mkiwanski.bsky.social
Postdoc in the Pigino Lab @ HT. I enjoy long walks along microtubules and missing the sunset because I’m behind a microscope. She/her. Eng/Ned/Deu.
@lauraspagnolo.bsky.social
Biochemist. Professor of Biophysical Chemistry at the University of Glasgow. Using cryoEM and more to understand protein:nucleic acids interactions. Music lover. #cryoEM #DNA #RNA
@iriskalen.bsky.social
#MSCA PhD fellow Structural biophysics of neurotransporters | Cryo-EM | pharmacology Loland Group University of Copenhagen @NeuroTransETN @ISBUC1
@maiblab.bsky.social
Recent PI and Wellcome Trust fellow at the University of Sheffield. Combining microscopy with membrane reconstitution and cell biology. Lover of Phosphoinositides and rock climbing
@marcvanderkamp.bsky.social
Computational biochemist (he/him), PI of the http://vanderkampgroup.com. Likes #enzymes & #compchem, #diversity #inclusion
@alex-van-vliet.bsky.social
Molecular cell biology of membrane trafficking and autophagy. MRC Postdoc in the lab of Sean Munro at the LMB (@cellbiol-mrclmb.bsky.social). Previously @thecrick.bsky.social, @KU_Leuven
@bristolbiodesign.bsky.social
Coordinating synthetic and engineering biology research and innovation across Bristol. Official account of the University of Bristol. https://www.bristol.ac.uk/biodesign-institute
@thilanibabuji.bsky.social
Scientist 👩🏾🔬 PhD candidate in Dynamic Molecular Cell Biology in the Dodding lab @BristolBiochem Part time painter 🎨 Big on protein interactions and proteins in general! 🔬
@allostericstate.bsky.social
Revealing the hidden world of shape shifting enzymes using Cryo-EM. Senior research associate at Newcastle University, UK. Currently working as part of Recon4IMD https://www.recon4imd.org Views are my own.
@janfelix.bsky.social
Structural Biologist from Gent. Former Post-Doc @ Gutsche group, IBS, Grenoble. Currently Assistant @ Savvides Lab, IRC, Gent, BE. Interested in ❄️🔬 #CryoEM and #Cytokines.
@schurlab.bsky.social
schurlab@ista.ac.at Cryo-EM/Structural Biology/Cell Biology/Virology located @ ISTA profile image credits: F-actin (Jesse Hansen/ISTA); photo (Anna Stöcher/ISTA)
@matteoall.bsky.social
Cellular structural biology (cryo-EM/ET, CLEM, biophysics) | nature, society, sport and fatherhood | Group Leader at MRC_LMB | https://www2.mrc-lmb.cam.ac.uk/group-leaders/a-to-g/matteo-allegretti/
@michaelwebster.bsky.social
Group Leader @ The John Innes Centre. Photosynthetic Gene Expression 🌿🧬 | Cryo-EM
@mariuszczc.bsky.social
Structural biologist in the Nowotny lab at IIMCB Warsaw, Poland #cryoEM
@jbinovsky.bsky.social
🇸🇰PhD student at Plevka Lab, CEITEC_Brno🇨🇿 | biochemistry & structural biology 🧬🧫🧪🔬
@dimkol94.bsky.social
⚪️ Structural Biochemist studying Membrane Transport in Metabolic and Neuronal Disorders @UCPH ⚪️ CryoEM❄️🔬 comp. biophysics 🖥️ biochemistry🧪 ⚪️ PhD at Oxford in Structural Biology | Newstead Lab ⚪️ blues player 🎸 and dad music enthusiast
@bbammes.bsky.social
Director of Research and Development at Direct Electron, designing and manufacturing high-performance cameras, instrumentation, and software for electron microscopy and other scientific imaging applications.
@sumanmishra.bsky.social
Structural Biologist (CryoEM) 🧑🔬 Pore-Forming Toxins in Host Membranes 🦠🩸 PhD in Molecular Biophysics at the Indian Institute of Science, Bangalore 🧑🎓 www.sumanmishra.org
@haarissafdari.bsky.social
Cryo-EM @Prof Daniel Wilson Lab, Uni of Hamburg, Germany Single particle cryo-EM, cryo-electron tomography
@gchiduza.bsky.social
Chargé de recherche @ulbruxelles.bsky.social interested in transporters and protein-lipid interactions in autism and autophagy. @crick.ac.uk alumnus. #membrane #proteins #biochemistry #cryoEM #structuralMS
@tomaspascoa.bsky.social
Postdoc at the Schuller Lab - Synmikro Marburg 🇩🇪 Cryo-EM/ET of anaerobic CO₂ fixation PhD at the SGC/CMD Oxford 🇬🇧
@directelectron.bsky.social
Exceptional data quality. Low noise. High speed. Advanced technology. Our custom-designed direct detectors empower you to achieve better science, faster.