Dimova Lab now at @DimovaLab.bsky.social (@dimovalab) 's Twitter Profile
Dimova Lab now at @DimovaLab.bsky.social

@dimovalab

Research: #membrane biophysics, #condensates, #electroporation, synthetic biology, minimal cell, #giantvesicles.Opinions are of RD

ID: 954800547349057536

linkhttps://www.dimova.de calendar_today20-01-2018 19:39:24

709 Tweet

2,2K Followers

239 Following

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!

SmartCell_Unisi (@smartcell_unisi) 's Twitter Profile Photo

Proud to announce our group is a partner in the #ComeInCell project, training 17 PhD students in 8 countries to develop synthetic cell models to study neurodegenerative deseases🧠🧬 Find more here 👉comeincell.org #MSCA #Neurodegeneration #SyntheticCells #PhDTraining

Oskar Staufer (@ostaufer) 's Twitter Profile Photo

📣PhD Opportunity in Synthetic Cell Engineering! Become part of the ComeInCell Marie Curie International Training Network and dive into research at the intersection of biophysics, biomedicine, membranes, condensates and caner immunology. Leibniz_INM comeincell.org/dc04-synthetic…

SmartCell_Unisi (@smartcell_unisi) 's Twitter Profile Photo

📣Open #PhD position on exploring light-controlled interactions between membrane and biomolecular condensates in #ArtificialCells! Collaborate across Europe through ComeInCell Marie Curie International Training Network! Apply now!👇 euraxess.ec.europa.eu/jobs/294108

ComeInCell (@comeincell) 's Twitter Profile Photo

🤩 Exciting milestone for the #MSCA Doctoral Network #ComeInCell! Today we held our kickoff meeting to drive this groundbreaking project forward. Stay tuned for insights into #SyntheticBiology, #MembraneCondensates, #NeurodegenerativeDiseases, #MembraneTrafficking & more! 🔬✨

🤩 Exciting milestone for the #MSCA Doctoral Network #ComeInCell! Today we held our kickoff meeting to drive this groundbreaking project forward.

Stay tuned for insights into #SyntheticBiology, #MembraneCondensates, #NeurodegenerativeDiseases, #MembraneTrafficking & more! 🔬✨
Dimova Lab now at @DimovaLab.bsky.social (@dimovalab) 's Twitter Profile Photo

📢Our new website is live! 🎉 Still a few glitches to fix, but we're excited to share it with you. Check it out: dimova.de And one more news: we are also now in BlueSky Dimova Lab now at @DimovaLab.bsky.social.bsky.social 🦋

📢Our new website is live! 🎉 Still a few glitches to fix, but we're excited to share it with you. Check it out: dimova.de

And one more news: we are also now in BlueSky  <a href="/DimovaLab/">Dimova Lab now at @DimovaLab.bsky.social</a>.bsky.social 🦋
ComeInCell (@comeincell) 's Twitter Profile Photo

Want to control #MembraneDynamics with light? 💡 Or discover how #BiomolecularCondensates can protect and repair #membranes? Join the Dimova Lab now at @DimovaLab.bsky.social at the Max Planck Institute of Colloids and Interfaces to learn more about membrane dynamics! 📷 check out our #PhDpositions: comeincell.org/projects/

Want to control #MembraneDynamics with light? 💡 Or discover how #BiomolecularCondensates can protect and repair #membranes? Join the <a href="/DimovaLab/">Dimova Lab now at @DimovaLab.bsky.social</a> at the <a href="/MpiciPotsdam/">Max Planck Institute of Colloids and Interfaces</a> to learn more about membrane dynamics!  📷 check out our #PhDpositions: comeincell.org/projects/
ComeInCell (@comeincell) 's Twitter Profile Photo

🤓Do you want to explore how and whether different kinds of #BiologicalCondensates can be actively targeted to #membrane surfaces and within #protocell vesicles? Join the Schwille Lab at the Max Planck Institute of Biochemistry (MPIB)! check out our #PhDposition: comeincell.org/dc03-active-sp…

🤓Do you want to explore how and whether different kinds of #BiologicalCondensates can be  actively targeted to #membrane surfaces and within #protocell vesicles? Join the <a href="/SchwilleLab/">Schwille Lab</a> at the <a href="/MPI_Biochem/">Max Planck Institute of Biochemistry (MPIB)</a>! 
check out our #PhDposition: comeincell.org/dc03-active-sp…
ComeInCell (@comeincell) 's Twitter Profile Photo

Join the #SorkinLab at the #TAU! 🔬 Explore how #MembraneProperties affect the formation of #BiomolecularCondensates! Interested in using cutting-edge techniques such as #AFM and #ForceSpectroscopy? Apply for our #PhDposition: comeincell.org/dc14-how-can-m… #ComeInCell #MSCA

Join the #SorkinLab at the #TAU! 🔬

Explore how #MembraneProperties affect the formation of #BiomolecularCondensates! Interested in using cutting-edge techniques such as #AFM and #ForceSpectroscopy? Apply for our #PhDposition: comeincell.org/dc14-how-can-m… 
#ComeInCell #MSCA
Max Planck Institute of Colloids and Interfaces (@mpicipotsdam) 's Twitter Profile Photo

📢#PhD position📢 Are you curious about the mechanical properties of cell #membranes & biomolecular #condensates? Apply for an exciting PhD position within ComeInCell tinyurl.com/39bdbrbr #Biophysics #Biochemistry #Physics #Chemistry #MolecularBiology #Bioengineering

ComeInCell (@comeincell) 's Twitter Profile Photo

📢 We are still #hiring! Interested in investigating how #membranes can control #membranecondensate formation and location? Check out our #PhDposition 👇 comeincell.org/dc14-how-can-m… #ComeInCell #MSCA #PhD #LipidChemistry #MembraneBiophysics

📢 We are still #hiring! Interested in investigating how #membranes can control #membranecondensate formation and location?
 
 Check out our #PhDposition 👇 
 comeincell.org/dc14-how-can-m… 
 
 #ComeInCell #MSCA #PhD #LipidChemistry #MembraneBiophysics
Dimova Lab now at @DimovaLab.bsky.social (@dimovalab) 's Twitter Profile Photo

Yes, condensation NOT buffering intracellular osmolarity is obvious in experiments with giant vesicles #artificialcells. See e.g. pubs.acs.org/doi/full/10.10… where changes in osmolarity outside a vesicle triggers condensation inside simply because the membrane is permeable to water.

Yes, condensation NOT buffering intracellular osmolarity is obvious in experiments with giant vesicles #artificialcells. See e.g. pubs.acs.org/doi/full/10.10… where changes in osmolarity outside a vesicle triggers condensation inside simply because the membrane is permeable to water.