Jon Baxter
Still thinking that DNA topology is the most interesting aspect of DNA metabolism.
ORCiD ID: https://orcid.org/0000-0002-4455-9717
@sudhirthakurela.bsky.social
PI @mgh @harvardmed Interested in developmental neurobiology, genomics/epigenomics, comp bio, neurological disorders, and aging. TFs are the molecular powerhouse of cells!
@yghavi.bsky.social
Researcher @CNRS, PI @igflyon.bsky.social, Scientific coordinator #spatialOMICs facility @Spatial_Cell_ID facility @ENSdeLyon #enhancer #transcription #development #3Dgenome #Drosophila
@daphne-cabianca.bsky.social
Junior group leader at Helmholtz-Munich. Epigenetics, environment and C. elegans. Mum and wife. Cake baking enthusiast
@tunglejic.bsky.social
Dad of two, Professor, Lister Research Fellow and Wellcome Investigator at the John Innes Centre. Interested in bacterial chromosome organization & segregation, plasmids, and phages. www.tunglelab.org
@carmeloferrai.bsky.social
RNAPII &Transcription Regulation -Chromatin Conformation & Nuclear Architecture - ESCs & Neuronal Differentiation - Nuclear Mechanotransduction - Cell Plasticity UMG, Göttingen, Germany
@akispapantonis.bsky.social
Biologist by training, basketball player at heart Professor for Translational Epigenetics & Genome Architecture, University Medical Center Goettingen, Germany. www.papantonislab.eu
@raduzabet.bsky.social
Group Leader - Senior Lecturer (Assoc. Professor) at Blizard Institute, Queen Mary University of London. #GeneRegulation, #Chromatin, #Epigenetics, #generegulation, #AI, #bioinformatics https://www.qmul.ac.uk/blizard/all-staff/profiles/radu-zabet.html
@mariekeoudelaar.bsky.social
Lise Meitner Research Group Leader @ Max Planck Institute for Multidisciplinary Sciences Genome Organisation and Regulation She/her
@rkoszul.bsky.social
#3Dgenome, #3R, #chromatin, #synbio, #microbiome... Opinions are my own.
@jbateman01.bsky.social
Biology professor at Bowdoin College. Genetics, flies, chromosomes, weird science 🥰
@needfuzz.bsky.social
Biochemist of histone and chromatin biology. Group Leader. University of Liverpool.
@gruberlab.bsky.social
Microbiologist | Biochemist | Structural Biologist, Lausanne 🇨🇭 | Studying molecular machines (SMC, ParB, Wadjet, Lamassu & more) in chromosome folding, genome maintenance, and DNA defense. 🔬 Lab homepage: wp.unil.ch/gruberlab
@kerstinbys.bsky.social
Curious about 4D Genome dynamics, structure and function. Professor @UT3PaulSabatier Group Leader @CBIToulouse #mcd Chair @INC_COST
@golobor.bsky.social
A bio-physicist turned phys-biologist, building models and software in genome biology. 3D genome structure in mitosis | DNA repair | meiosis. A group leader at @IMBA_Vienna. Dad x2.
@andersshansen.bsky.social
Associate Professor at MIT BE : http://ashansenlab.com Interested in understanding the relationship between 3D genome structure and function
@wbickmor.bsky.social
Scientist at University of Edinburgh. Director of MRC Human Genetics Unit but posting in my own capacity.
@spo11rulz.bsky.social
HHMI Investigator and Member, Molecular Biology Program, Memorial Sloan Kettering Cancer Center. Scientist. Meiosis nerd. 🏳️🌈 Queer as a $3 bill. He/him. Spo11 Rules!
@bondada.bsky.social
Postdoc at Max Planck institute for Biology - Langer's Lab. Interested in min-chromosomes, Haploid induction, epigenetics, genome stability, Arabidopsis, Magnaporthe. https://scholar.google.com/citations?user=Qlbm2YcAAAAJ&hl=en
@nuriaferrandiz.bsky.social
Junior Group Leader at @CICancer. Cell Biologist. Enthusiastic of Cell Division and Chromosome Segregation.Omnis cellula e cellular. #Mitosis and #Endomembrane. https://www.cicancer.org/grupo?id=88
@andrewhmlloyd.bsky.social
Genetics, meiosis, polyploidy, plants. 🌱🧬🔬. PI, IBERS, Aberystwyth University, UK. Opinions my own.
@hammond-lab.bsky.social
Cancer biology Prof at Oxford University, focused on the biological response to hypoxia including replication stress, UPR and transcription
@fedeteloni.bsky.social
Postdoc fellow in the @gerlichlab.bsky.social • http://mas.to/@FeTe • Genomic integrity and nuclear processes • He/him https://orcid.org/0000-0003-0953-8010
@dijiang319.bsky.social
Senior editor @science.org. Molecular biology, #DNA, #RNA, #gene regulation, #epigenetics, nuclear biology, #chromatin biology, 3D #genome, #synbio, #CRISPR and gene editing, other bacterial immune systems, and #AI in all these
@grothlab.bsky.social
The Anja Groth group in Copenhagen studies chromatin replication, epigenetic memory and (epi)genome stability in the context of mitotic cell division
@kellythd-nguyen.bsky.social
Group Leader @MRC_LMB /Structural Biologist/Biochemist. Amateur baker in free time #RNAworld #spliceosome #telomerase #telomeres #cryoEM #Xraycrystallography
@joeloparo.bsky.social
Professor of Biological Chemistry & Molecular Pharmacology @HMS using single-molecule approaches to understand biological mechanism. DSB repair, TLS and bacterial cell wall
@jimdaley.bsky.social
Research faculty @ University of Michigan Biological Chemistry. Interests: double strand break repair, transporting liquids from place to place in very small increments, listening to the same Superchunk records over and over
@vindignilab.bsky.social
Washington University in St. Louis https://vindignilab.wustl.edu/
@dnacurtain.bsky.social
Higgins Professor of Biochemistry & Molecular Biophysics at Columbia University | Genome Integrity & DNA Repair Mechanisms | Single Molecule Biophysics | https://substack.com/@ericcgreene
@mutant-fungus.bsky.social
Fungal molecular geneticist interested in drivers of genetic instability, mutagenesis, and evolution of drug resistance. Assistant member @ www.hmh-cdi.org. Yes, that's my dog 😍
@mattdnewton.bsky.social
Group Leader at The University of Sheffield. Wellcome ECA Funded. Single-molecule Biophysics, DNA Damage Repair, Genomic Instability, Telomeres, CRISPR/Cas9, Optical-tweezers, Supercoiling, Topology, AFM, smFRET, DNA-protein Interactions. 🧬
@pablohuertaslab.bsky.social
Our lab focuses in the understanding on how cells decides which DNA break repair pathway use when faced with broken DNA molecules.
@bekkerjensenlab.bsky.social
Posts about ribosomes, translation, cellular stress signalling, metabolism + lab life from the Simon Bekker-Jensen lab (University of Copenhagen) 🧪🇩🇰 https://cgen.ku.dk @cgen2025.bsky.social
@kfugger.bsky.social
Group leader @UCLCancer - visiting scientist @TheCrick. Interested in modified nucleotides in genome stability and human diseases
@vermalab-washu.bsky.social
Assistant Professor at WashU, St. Louis. Interested in damage and breaks... https://www.vermalab.org/
@drmengwang.bsky.social
Assistant Prof at Cornell University studying metabolism and DNA damage in cancer and aging. Alum of Cambridge and MRC-LMB. Dad!
@nckvalerie.bsky.social
Assistant Professor @ Karolinska Institutet, Stockholm, Sweden | Interested in understanding drug action 💊 and simplifying complex biology 🔬. Cancer biology and metabolism | DNA repair | drug discovery | next-gen chemical biology | https://t.ly/uzrfe
@luijsterburglab.bsky.social
The Luijsterburg lab at the LUMC in Leiden investigates DNA repair mechanisms during gene transcription | luijsterburglab.org
@stesantaguida.bsky.social
Associate Professor of Molecular Biology at University of Milan and PI at IEO. Interested in chromosome segregation, genome instability, aneuploidy https://www.santaguidalab.org
@sarahhengel.bsky.social
Biochemist | Biophysicist | Single-Molecule enthusiast | Tufts Assistant Professor | Trying to learn and make this planet better for Humans| opinions mine not employers
@acarreiralab.bsky.social
Scientist interested in genome integrity maintenance mechanisms and cancer
@rosadolab.bsky.social
Molecular biology lab interested on the mechanisms of replication fork stability and translational aspects of the Fanconi cáncer síndrome
@mcclellandlab.bsky.social
Investigating origins and vulnerabilities of cancer chromosomal instability at the Barts Cancer Institute, London UK. Www.Mcclellandlab.com