Membrane Enzymology (@membraneenzymo1) 's Twitter Profile
Membrane Enzymology

@membraneenzymo1

Research Group ⚗️🧪🧫🧬🔬

ID: 1081197404299427841

linkhttps://www.membraneenzymology.com calendar_today04-01-2019 14:35:23

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Chancie T - chanciet.bsky.social (@chancie_t) 's Twitter Profile Photo

Maps and models for our work have been released by Protein Data Bank 16120/8BMP - ECF-FolT2 + ADP/ATP (MSP2N2) 16121/8BMQ - ECF-FolT2 + AMP-PNP (MSP2N2) 16122/8PMR - ECF module (MSP2N2) 16123 - ECF module (DDM) 16124/8BMS - ECF module 2EQ (MSP2N2) doi.org/10.1038/s41467…

Membrane Enzymology (@membraneenzymo1) 's Twitter Profile Photo

Congratulations to Valeria and the rest of the team! It still feels like a piece of work that we can all be proud of in Groningen, where you spend so many hours optimizing expression, purification and data processing... even though all of you have moved on - sadly (!)

LenOvosh (@lenovosch) 's Twitter Profile Photo

What are the limiting factors of protein diffusion in bacteria periplasm and what influences it? We used single-protein displacement measurements and extensive computer simulations to give some answers on these question. doi.org/10.1016/j.jmb.… Done in Membrane Enzymology group

Membrane Enzymology (@membraneenzymo1) 's Twitter Profile Photo

Back from the GRC Ligand Recognition and Molecular Gating; sadly the chair Kaspar Locher could not be present but stand-ins Crina Crina Nimigean and Edmund @Mitocarriers saved the conference, together with the GRS chairs Anna and Franziska Anna Borowska Franziska Heydenreich. Thanks!

Back from the GRC Ligand Recognition and Molecular Gating; sadly the chair Kaspar Locher could not be present but stand-ins Crina <a href="/CrinaNimigean/">Crina Nimigean</a> and Edmund @Mitocarriers saved the conference, together with the GRS chairs Anna and Franziska  <a href="/amborowska/">Anna Borowska</a>
<a href="/fmheydenreich/">Franziska Heydenreich</a>. Thanks!
Ivan Maslov (@ivanmasl0v) 's Twitter Profile Photo

Single-molecule optical tweezers reveal salt dependence of the interdomain interactions in a membrane transporter OpuA in nanodiscs Congratulations to Lyan van der Sleen and all the authors! Jan Stevens Siewert-Jan Marrink Kasia Tych 👏Membrane Enzymology Cell Reports: doi.org/10.1016/j.celr…

Single-molecule optical tweezers reveal salt dependence of the interdomain interactions in a membrane transporter OpuA in nanodiscs

Congratulations to <a href="/lyanvdsleen/">Lyan van der Sleen</a> and all the authors!
<a href="/JanAdStevens/">Jan Stevens</a> <a href="/CG_Martini/">Siewert-Jan Marrink</a> <a href="/BiophysK/">Kasia Tych</a> 👏<a href="/MembraneEnzymo1/">Membrane Enzymology</a> 

<a href="/CellReports/">Cell Reports</a>:
doi.org/10.1016/j.celr…
Membrane Enzymology (@membraneenzymo1) 's Twitter Profile Photo

Bacterial S-components have crossed the border between transporters and receptors doi.org/10.1038/s42003… Congratulations to Michele on finding this unexpected "transceptor" link

Bacterial S-components have crossed the border between transporters and receptors doi.org/10.1038/s42003… Congratulations to Michele on finding this unexpected "transceptor" link
Membrane Enzymology (@membraneenzymo1) 's Twitter Profile Photo

Congratulations Jose! Not only for the paper (doi.org/10.1016/j.str.…), but also for you successful defence of your thesis yesterday.

Membrane Enzymology (@membraneenzymo1) 's Twitter Profile Photo

It took some time, but Anna’s Anna Borowska beautiful work on the exchange mechanism of ASCT2 is now out. Together with twitterless Gabriella and @CPaulino Alisa Garaeva Jan Rheinberger Siewert-Jan Marrink nature.com/articles/s4146…

It took some time, but Anna’s <a href="/amborowska/">Anna Borowska</a>  beautiful work on the exchange mechanism of ASCT2 is now out. Together with twitterless Gabriella and @CPaulino <a href="/alisa_garaeva/">Alisa Garaeva</a> <a href="/rheinbergerj/">Jan Rheinberger</a> <a href="/CG_Martini/">Siewert-Jan Marrink</a> 
nature.com/articles/s4146…
Membrane Enzymology (@membraneenzymo1) 's Twitter Profile Photo

Next level reconstitution: Combining the malate decarboxylation pathway with transporters (GltP, LacY) in liposomes, Miyer and Zaid generated stable proton and electrical potential gradients and accumulation of glutamate and lactose over periods of hours.nature.com/articles/s4146…

Next level reconstitution: Combining the malate decarboxylation pathway with transporters (GltP, LacY) in liposomes, Miyer and Zaid generated stable proton and electrical potential gradients and accumulation of glutamate and lactose over periods of hours.nature.com/articles/s4146…
Membrane Enzymology (@membraneenzymo1) 's Twitter Profile Photo

If you are interested in a joined effort towards building a synthetic cell (including -of course- membrane transporters), have a look at this post: nature.com/naturecareers/…