Will Fuller
Professor at University of Glasgow. Interested in proteins, membranes, membrane proteins and post translational modifications, mostly in the context of cardiac myocytes. Also hillwalking and music.
@brianobachmann.bsky.social
Prof. Chemical Biology, PI the Vanderbilt Laboratory for Biosynthetic Studies. Posting natural product tilted human chemical biology, biosynthesis, synthetic biology, and discovery. He/him.
@sebvidalchem.bsky.social
Organic chemist focusing on carbohydrate chemistry, supramolecular chemistry and applied sciences Views are my own EV driver 🔌 #vidalized
@constancebailey.bsky.social
#SynBio and #naturalproducts. Enzymology, heterologous expression, and bioengineering. Senior Lecturer in Chemical and Synthetic Biology at the University of Sydney .
@vandeventerjim.bsky.social
Chemical and Biological Engineering, Tufts University. Antibody engineering with expanded genetic codes, enhancing genetic code expansion in yeast, and more.
@lyssiotislab.bsky.social
Cancer and Immune Metabolism Research Laboratory, University of Michigan
@francesarnold.bsky.social
Engineer/scientist, Nobel Prize in Chemistry 2018 I love evolution, enzymes, protein engineering, AI Linus Pauling Professor at Caltech
@dannychou.bsky.social
Associate Professor at Stanford. Chemical biologist working on peptides and proteins.
@gilman.bsky.social
Scientist, entrepreneur, ex-biopharm exec, former FM radio jock, lifelong hockey fan, aspiring guitar player and mixologist, #immigrant, #BioSky. CEO, Arrakis Therapeutics and a variety of other things. https://www.michaelgilman.net/disclosures/
@javinoza.bsky.social
Associate Professor @ Cal Poly, SLO. Interested in Bioengineering, Syn Bio, Cell-Free Systems.
@fuchtermatt.bsky.social
Professor of Chemistry at the University of Oxford and Sydney Bailey Fellow at St. Peter’s College Oxford. Founder, NK:IO Ltd. Materials ⬅️ Molecules ➡️ Medicines. Fan of switches + chirality science. https://www.chem.ox.ac.uk/people/matthew-fuchter
@pieterdorrestein.bsky.social
I love molecules microbes make and mass spectrometry. I can spend hours looking at MS/MS with the dream we can annotate every molecule.
@xuebingwu.bsky.social
Assistant Professor @Columbia University | Ribosome, translation, RNA, CRISPR, genomics | alum @MIT @WhiteheadInst @Tsinghua_Uni | #hiringNow xuebingwu.github.io
@fraserlab.com
Professor and Chair @UCSF/@UCSF_BTS - dynamic structural biology and open science - (he/him) - fraserlab.com
@charliemace.bsky.social
Posts from the Mace lab at Tufts University. And me. Well... it's mostly just me. (he series) macelab.org
@wrgordonlab.bsky.social
WRGordonlab at UMN. Cell surface mechanobiology. Protein-DNA bioconjugation via HUH-tags. #gordonlabpuns.
@julnicolas.bsky.social
CNRS Research director UMR 8612 | Polymers & Nanomedicine 💊 | Ass. Ed. Chem Mater | ABM Macromolecules, ACS Macro Lett, Polym Chem | Cofunder Imescia | Dad of 👧 | Metal 🎸 🔗 https://julien-nicolas.cnrs.fr/
@julienhiblot.bsky.social
Lab head | Protein engineer | Biochemist Biochemist passionate about protein science, protein engineering, biophysics, and fluorescence-based tools. Dedicated to collaborative science, mentoring future talents, and advancing healthcare.
@pxisto.bsky.social
Associate professor (Synthetic Biology) at KU Leuven. Vice-dean for International affairs for the Department of Pharmacy. Focused on directed evolution and xenobiotic nucleic acids (XNAs), but a huge fan of molecular biology. Posts are personal.
@qzchemsynbiol.bsky.social
Assistant Professor @ Purdue University BMCMP; Chemical/Synthetic Biologist interested in Protein PTMs, Epigenetics, Microbiome, Drug Discovery; Lifelong Guinea Pig Lover (www.zhenglabpurdue.com)
@beatfierz.bsky.social
Assoc Prof at EPFL, Chemical Biology and Biophysics, working in protein chemistry, peptides, epigenetics, chromatin, microtubules
@amyweeks.bsky.social
Asst Prof @ UW-Madison Biochemistry. Protein Engineering, Chemical Biology, Proteomics, Proteases, Enzymology.
@akosnyerges.bsky.social
#SyntheticBiology | #GenomeEngineering | #GeneticCodeEngineering | #DirectedEvolution | Research Associate at Harvard, George M Church's lab | #NIH #NIBIB K99/R00 https://engineeringbio.science
@drglycoben.bsky.social
Group Leader @TheCrick and @Impchemistry. We are making next-generation chemical tools to understand glycans in biology. https://www.crick.ac.uk/research/labs/ben-schumann
@dereklowe.bsky.social
Medicinal chemist / chemical biologist, author of “In the Pipeline” at http://science.org/blogs/pipeline. derekb.lowe@gmail.com and on Signal at Dblowe.18 All opinions are mine; I don’t speak for my employer in any way.
@davidlabmsk.bsky.social
Proud PI of the David lab @sloan_kettering, NY. We develop and apply chemical tools towards studying fundamental questions in chromatin biology. Opinions are my own. https://www.davidlabmsk.com
@jschneek.bsky.social
Chemical Biologist. Interested in RNA and DNA targeting, medicinal chemistry, and all things chemical biology. Follow my research here: http://bit.ly/4fpxjan
@chicalab.bsky.social
Our research group at the University of Ottawa specializes in protein engineering and computational protein design. mysite.science.uottawa.ca/rchica/
@brianbelardi.bsky.social
Asst Prof at UT Austin, Molecular Engineer, Tissue Aficionado, Former Drummer, belardi.che.utexas.edu
@jameswchecco.bsky.social
Assistant Professor of Chemistry, Univeristy of Nebraska-Lincoln. Chemical Biologist. Cell-cell signaling peptides. Views my own.
@chang-c-liu.bsky.social
Prof. at UC Irvine developing specialized genetic systems for rapid evolution, protein engineering, and biology at large. Also at https://x.com/chang_c_liu www.liulab.com
@christhechang.bsky.social
Edward and Virginia Taylor Professor of Chemistry, Princeton University. Excited to study the chemistry and biology of the elements! Find out more about us at https://chrischang.chemistry.princeton.edu
@briandna.bsky.social
Miniaturizer 🔬 DNA-Encoded Librarian 🧬 Drug Hunter 🔍 Prof@UC Irvine 🐜🍴 Dad/Husband 👨👨👧👦 he/him 🏳️🌈 https://faculty.sites.uci.edu/paegel/
@martinstoermer.bsky.social
I do Medicinal Chemistry for viral proteases. Ginger cat and golden retriever dad. Football and non-cycling cycling fan. Chronic pain and immune compromised scientist on the slippery slope to retirement. 📍Brisbane, Queensland, Australia
@rubenragg.bsky.social
Editor-in-chief of ChemBioChem and ChemFoodChem; senior manager at Wiley Chemistry - supporting early-career researchers wherever I can. Views all mine. ~he/him/his~
@ninahartrampf.bsky.social
Peptide and natural product chemist, excited about chemical biology and flow chemistry. Assistant Prof @UZH_Chemistry.
@hargrovelab.bsky.social
Professor of Chemistry, University of Toronto @chemuoft @UTM_CPS Views expressed are mine alone. she/her/hers
@nair-lab.bsky.social
Nair #SynBio #SystemsBiology #ProteinEngineering #MetabolicEngineering #MicrobiomeEngineering lab #ChemicalEngineering @Nair_lab@mastodon.social @nair_lab (X)
@gburslem.bsky.social
Chemical Biologist at Penn Medicine. Burslemlab.com Confused Brit in the US. He/him
@cgemcci.bsky.social
Re-engineering the ribosome to create a fundamentally new form of chemical matter. C-GEM is an NSF Center for Chemical Innovation (CHE-2002182). #NSFfunded Find us online at htpps://www.gem-net.net
@mehdibeni.bsky.social
Professor of Natural Products Chemistry Université Paris-Saclay. Exobiology lover.
@borisvauzeilles.bsky.social
Director of ICSN - President of SCF-ChemBio - President Elect of ICBS - chemical biologist - synthetic chemist - glycochemist - transient entrepreneur - views my own - orcid.org/0000-0002-1815-8768
@gutorhys.bsky.social
Lecturer (Asst. Prof) at Cardiff University, UK. Research interest include the interface between chemistry and protein design. he/him https://rhyslab.com ORCiD: 0000-0002-0247-9495
@ljwalport.bsky.social
@rche54.bsky.social
Investigator studying Chemical Biology of Signalling. Science, junk food, and Nebraska athletics enthusiast. Posts-my own and not my employer's https://scholar.google.com/citations?user=QlaNnS0AAAAJ&hl=en
@dykhuizenlab.bsky.social
We work on understanding and targeting chromatin binding domains. www.dykhuizenlab.com
@mlakemeyer.bsky.social
Junior Group Leader @UniJena. Using chemical proteomics to understand microbial interactions and their impact on human health. https://www.lakemeyer-lab.de #NewPI #Microbiome #ChemicalBiology #Proteomics #ChemBio #ChemSky