Robin Anger
Research Engineer (PhD) | Microbiologist & Microscopist
Cryo-EM & Cryo-CLEM Specialist 🔬
Working at European Institute of Chemistry & Biology, France 🇫🇷
https://www.iecb.u-bordeaux.fr/
#cryoEM #cryoET #CryoCLEM #microsky
@cmholab.bsky.social
Structural Biologist • Biochemist • Parasitologist • Co-host of ThePlungePodcast theplunge.org • Assistant Professor @ Columbia • Cryo electron microscopy/tomography of malarial membrane protein complexes. #teamtomo #cryoET #cryoEM #malaria cmholab.org
@profmattjohnson.bsky.social
Group leader at University of Sheffield, photosynthesis 🌱☀️, plant physiology, biochemistry and structural biology 🔬🇪🇺🇬🇧 www.Sheffield.ac.uk/photosynthesis
@ccpem.bsky.social
The Collaborative Computational Project for electron cryo-microscopy (CCP-EM) supports users and developers in biological EM. CCP-EM is based at STFC and core funded by MRC both of which are part of UKRI https://www.ccpem.ac.uk/
@amsikking.bsky.social
I'm a Physicist and R&D Engineer. Fascinated by optimal designs, I seek to improve and invent technologies. Homepage: amsikking.github.io
@retof.bsky.social
Optical imaging, interested in STEM topics. First generation graduate from ETH Zürich Associate Professor at UT Southwestern Medical Center
@loicaroyer.bsky.social
Director of Imaging AI & Sr. Group Leader @czbiohub SF. Researcher at the meeting point of #AI, #Microscopy, and #Biology using #zebrafish as model — co-creator of @napari_imaging and #Omega. #devbio #zebrahub #deeplearning #lightsheet #Imaging #dataviz
@profmartinjbooth.bsky.social
@tanner-fadero.bsky.social
(he/him) Light microscopy scientist interested in developing and deploying better live-cell fluorescence microscopy technology. Tweets about microscopy🔬, cell biology, and optics. Conflicts of interest: http://tinyurl.com/y25ctubo
@nvladimus.bsky.social
Imaging scientist, light-sheet aficionado, #mesoSPIM developer, open source contributor. Building expensive microscopes for living. www.mesospim.org www.github.com/nvladimus
@nano-juli.bsky.social
Physicist and dad. Developing photonics tools for plasmonic chemistry and nanothermometry at UNSAM. Drosophila brain imaging by #SnoutClub. Photons are my own.
@astormic.bsky.social
Super-resolution microscopy enthusiast Postdoc at the University of Cambridge and British Antarctic Survey
@adamkglaser.bsky.social
Developing hardware + software tools for large-scale imaging at the Allen Institute for Neural Dynamics
@celljeffe.bsky.social
Microscopy core director MIT. Cell biology. Amateur musician: mandolin family and trombone. Cambridge MA
@jsdaniel02.bsky.social
Scientific instrument developer, focused on #lightsheet and other #microscopy 🔬 at ASI
@kmdouglass.bsky.social
Optical Engineer @ EPFL | Fluorescence and Label-Free Single Molecule Imaging | Numerical Methods and Simulation https://kylemdouglass.com
@jlazzaridean.bsky.social
I'm a microscopist | I like everything from fluorescent sensors to custom microscope hardware | I also do my best to garden in a Bay Area apartment
@gailmcconnell.bsky.social
Professor of Biophotonics at the University of Strathclyde. Develops new optical microscope & Mesolens instrumentation & methods for biomedical imaging 🔬
@minesbioimaging.bsky.social
Assistant Professor and CZI Imaging Scientist at South Dakota Mines | Nanoscience & Biomedical Engineering. Studying macrophages using pieces of sheet. Building #SnoutysaurusRex
@kevin-dean.bsky.social
Science, somewhere down in Texas. https://www.dean-lab.org https://thedeanlab.github.io
@andrewgyork.bsky.social
I'm a physicist; I invent techniques to measure and control biological systems. Homepage: andrewgyork.github.io
@gustavssonlab.bsky.social
Develops single-molecule imaging tools to gain detailed information about cellular nanoscale structures, dynamics, and molecular mechanisms. https://gustavssonlab.rice.edu
@ulrikeboehm.bsky.social
R&D Scientist at ZEISS Group | PhD in Physics | Spearheading Development of Innovative Optics & Photonics Solutions Website: http://ulrikeboehm.org
@prevedel-lab.bsky.social
The Prevedel lab @EMBL Heidelberg. We develop high-speed, deep tissue as well as Brillouin microscopy techniques. More details @ www.prevedel.embl.de
@beniroquai.bsky.social
Necessity is the mother of invention or "Not macht erfinderisch"
@jonasries.bsky.social
The Ries group develops superresolution microscopy to study the structure and dynamics of proteins, ultimately in the living cell. @maxperutzlabs.bsky.social @univie.ac.at #SMLM, #MINFLUX, #endocytosis, #AI4microscopy
@sulianamanley.bsky.social
Professor of physics and bioengineering @EPFL. Microscopy and mitochondria devotee. This view is all mine.
@insermna.bsky.social
La #science pour la #santé. Toute l'actualité de l'Inserm en région #NouvelleAquitaine
@cryocapcell.bsky.social
Design, development and marketing unique, proprietary technologies for high-pressure vitrification. CLEM is the way https://www.cryocapcell.com/
@brunlabcaulo.bsky.social
We like to look at bacteria do the things they do. Université de Montréal.
@dialecticbio.bsky.social
The "The Dialectical Biologist" account. Structural biology & anti-racism. Loves: birds, proteins, Linux, Lewontin Hates: race science, racists, transphobes
@alisterburt.bsky.social
Computational cryo-EM/ET 👨💻 Based in San Francisco 🌁 Open source, mostly 🐍
@embo.org
EMBO is the organization of more than 2,100 leading researchers that promotes excellence in life sciences in Europe and beyond. https://www.embo.org/
@chgjohnston.bsky.social
CNRS researcher in the pneumococcal competence and transformation team in Toulouse. Using molecular genetics and cell biology to study pneumococcal competence and transformation.
@alphafold.bsky.social
Unofficial account exploring the intersection of biology, molecules, science, AI and protein folding with AlphaFold.
@marteynlab.bsky.social
Team located on the University of Strasbourg campus (IBMC) with a remaining link with the Institut Pasteur. Shigella, neutrophils, oxygen, RNA among other favorite research topics
@proftracypalmer.bsky.social
We work on the type VII secretion system and are interested in Gram positive competitive mechanisms.