Robinson Lab (@labrobinson) 's Twitter Profile
Robinson Lab

@labrobinson

Research topics: Bottom-up Synthetic Biology, Minimal Cells, Microfluidics, Lipid Vesicles, Lab-on-a-Chip Technology, Membrane Fusion, Advanced Microscopy

ID: 916004323905155072

linkhttps://www.eng.ed.ac.uk/about/people/dr-tom-robinson calendar_today05-10-2017 18:17:04

218 Tweet

920 Followers

492 Following

Markus Deserno (@markusdeserno) 's Twitter Profile Photo

Biology is so hard! If you’ve got enough of its insane complexity, talk to Tom Robinson, who tries to build his own artificial cells from scratch! #BiomembraneDays22

Biology is so hard! If you’ve got enough of its insane complexity, talk to Tom Robinson, who tries to build his own artificial cells from scratch! 
#BiomembraneDays22
GASB SynBio (@gasb_synbio) 's Twitter Profile Photo

Our conference wouldn't be the same without showcasing the great work you are doing every day! Abstract submissions for GASB7 are now open, so register your project now and grab the chance to present your research. Submit your abstract here: forms.gle/ugi8sFXuMXXjcz… #GASB7DBIO

Our conference wouldn't be the same without showcasing the great work you are doing every day! Abstract submissions for GASB7 are now open, so register your project now and grab the chance to present your research.
Submit your abstract here: forms.gle/ugi8sFXuMXXjcz…
#GASB7DBIO
Robinson Lab (@labrobinson) 's Twitter Profile Photo

Out latest work in Lab on a Chip showing how we use #singlecell analysis within #microfluidics to study flow effects on #breastcancer cells in collaboration with Amaia Cipitria. Great work Hubert! Max Planck Institute of Colloids and Interfaces pubs.rsc.org/en/content/art…

Out latest work in <a href="/LabonaChip/">Lab on a Chip</a> showing how we use #singlecell analysis within #microfluidics to study flow effects on #breastcancer cells in collaboration with <a href="/amaia_cipitria/">Amaia Cipitria</a>. Great work Hubert! <a href="/MpiciPotsdam/">Max Planck Institute of Colloids and Interfaces</a> pubs.rsc.org/en/content/art…
Jan SteinkĂĽhler @steinkuehler.bsky.social (@ja_steinkuehler) 's Twitter Profile Photo

Work with us at the intersection of Neuromorphic Engineering and Synthetic Biology as doctoral student to recreate the sense of smell Universität Kiel CAU 🎓 @Kiel_Nano VolkswagenStiftung All details: uni-kiel.de/personal/de/st… Press release about the project: uni-kiel.de/en/research/pr… RT appreciated.

Christian Nehls (@chnehls) 's Twitter Profile Photo

Being an early bird is still possible: We have postponed the early bird registration until December 31. Register here: bit.ly/3Q1A5H7 12 invited speakers will contribute to our theme "From Model to Cellular Membranes" - check the speakers below!

Being an early bird is still possible:

We have postponed the early bird registration until December 31.

Register here: bit.ly/3Q1A5H7

12 invited speakers will contribute to our theme "From Model to Cellular Membranes" - check the speakers below!
Robinson Lab (@labrobinson) 's Twitter Profile Photo

Excited to announce that from Feb 2024 I will be joining The University of Edinburgh as a Lecturer in Chemical Engineering Chemical Engineering Edinburgh at the Institute of Bioengineering. Looking forward to working with you at Edinburgh and in the UK in general!

Robinson Lab (@labrobinson) 's Twitter Profile Photo

Calling all microfluidics people! What are you experiences of undergrad lab projects using microfluidics? Any commercial teaching kit recommendations?

Robinson Lab (@labrobinson) 's Twitter Profile Photo

New paper in Biophysical Journal ! Great collaboration with the Steinem lab, where we use microfluidics to trap giant lipid vesicles and analysis proton transport across membranes! doi.org/10.1016/j.bpj.… Uni Göttingen Chemical Engineering Edinburgh The University of Edinburgh #OpenAccess #microfluidics

New paper in <a href="/BiophysJ/">Biophysical Journal</a> ! Great collaboration with the Steinem lab, where we use microfluidics to trap giant lipid vesicles and analysis proton transport across membranes! doi.org/10.1016/j.bpj.… <a href="/uniGoettingen/">Uni Göttingen</a> <a href="/EdinburghChemE/">Chemical Engineering Edinburgh</a> <a href="/EdinburghUni/">The University of Edinburgh</a> #OpenAccess #microfluidics
Robinson Lab (@labrobinson) 's Twitter Profile Photo

We are hiring a PhD The University of Edinburgh School of Engineering to work on the bottom-up design and construction of synthetic cells using #microfluidics and #lipid membranes. Lab is based at the Institute for Bioengineering. #synbio eng.ed.ac.uk/studying/degre… Please RT!