Theoretical & Computational Biophysics Department

news and views from the research groups of H. Grubmüller, B. de Groot and A. Godec @mpi_nat Göttingen, Germany, Imprint:

[Theoretical & Computational Biophysics Department @CompBioPhys]

💤This account will no longer post messages on this platform. 👉Our story will continue on #BlueskySocial. We'd love to see you there! 😍 Follow us https://t.co/6tqJK091Ha

[MolSSI @MolSSI_NSF]

Training Alert! Check out a great opportunity for faculty to develop their skills in advanced CUDA programming. Join MolSSI & NVIDIA's virtual "Scaling CUDA C++ Applications to Multiple Nodes" workshop on 11/15 (Friday) starting at 11:00am ET. Register at: https://t.co/WSGHZi90C0

[Theoretical & Computational Biophysics Department @CompBioPhys]

🛎️Call for papers: Coarse-Grained and Multiscale Modelling @BiophysJ

[Biophysical Journal @BiophysJ]

Special issue call for papers: Applications of Coarse-Grained and Multiscale Modeling. https://t.co/MW8DmpIbrF

[Theoretical & Computational Biophysics Department @CompBioPhys]

📣Don't miss the excellent talks during the #SYED symposium at the upcoming #DPG spring meeting #DPGR25 of BP, DY and CPP divisions! 👉Registration is open https://t.co/aI3CiCViU4

[Kerstin Blank @SingleMolecules]

At the #DPGR25 Spring Meeting, @Fridtjof_Brauns and @d_brueckner will host a symposium on "Physics of Embryonic Development Across Scales: From DNA to Organisms." Very much looking forward to talks from @anne_grapin, Frank Jülicher, @leonidmirny, @petridou_ni and David Rand.

[Physical Review E @PhysRevE]

Hidden length lets collagen buffer mechanical and chemical stress, Benedikt Rennekamp, Helmut Grubmüller, and Frauke Gräter #BiologicalPhysics @graeter_mbm @benerenne @CompBioPhys https://t.co/9Gp0k8ht23

[Theoretical & Computational Biophysics Department @CompBioPhys]

🎉🙏Congratulations and many thanks to Frauke @graeter_mbm and Benedikt @benerenne for the exellent #collaboration! 🔍New #collagen study published in @PhysRevE https://t.co/bC9Fo7hHdx

[Frauke Graeter @graeter_mbm]

Why connecting helices twice if only one connection carries all the force? #collagen's next surprise. Lead by @benerenne, great fun to collaborate with your Doktorvater @CompBioPhys! @mattertolife @HITStudies @ERC_Research

[Theoretical & Computational Biophysics Department @CompBioPhys]

🧐If you would like to contribute to the project... We have an open PhD position! https://t.co/pDHhLJvLED @mpi_nat #microtubule

[Theoretical & Computational Biophysics Department @CompBioPhys]

👏🎉 Congratulations!

[Maxim Igaev @maxotubule]

Thrilled to share my first paper as a new PI with my PhD student @KalutskiyMaksim ! 🎉 Our collaboration between @UoDLifeSciences , @mpi_nat and @QMUL revealed how protofilament clustering at microtubule ends links GTP hydrolysis to microtubule assembly.

https://t.co/y7kxE25rXQ

[Göttingen Campus @thegoecampus]

New events by the #GCPostdoc Network just announced: https://t.co/IcYKNlVqUc. Organised for researchers across the Campus and everyone welcome. Postdoc Social tomorrow (7 Nov): find solutions together and share your science. #Interdisciplinary #GetOutOfTheLab #StrongerTogether

[Max Planck School Matter to Life @mattertolife]

See you tomorrow 👉 https://t.co/Kz0R39cm6p

[Max Planck PhDnet @maxplanckphdnet]

🔍 Tomorrow’s the day! The Open Science Ambassadors General Meeting kicks off in Berlin! 📍 We’re excited to gather with colleagues to discuss and drive forward #OpenScience initiatives. Check out the program here: https://t.co/pop8ADnsfk 🌍💡 #OpenScienceMeeting2024

[Theoretical & Computational Biophysics Department @CompBioPhys]

#compchem #JobOpening @GroupQuintana

[Ariane Nunes Alves @anunesalves]

Check it out, #compchem people!
Great opportunity, Ramon is a fantastic researcher!

[Theoretical & Computational Biophysics Department @CompBioPhys]

📥#Job opening for a #PhD student in our group @mpi_nat in Göttingen 🇩🇪 in connection to #RTG2756 #CYTAC Job advert 🔗https://t.co/iHtNE5QWi5 🔗https://t.co/RKNqqTQf5U #mircotubules #Applications welcome!

[Simon Olsson @smnlssn]

I have an opening for a PhD student in my lab for a collaborative project on Machine Learning for Proteins with @TheKailaLab at Stockholm Uni. We are looking for a candidate with an applied ML background, preferably with experience in MLFF and/or generative models. 1/2

[BioExcel CoE @BioExcelCoE]

Our Ambassador Program workshop on @BioExcelCoE software for intermediate and advanced users is open for registration

🗓️26-28 November 2024
📍Coimbra, Portugal and online

More info➡️https://t.co/mmUqHcctLV

@Eurocc_Portugal @EuroCC_France @EuroCC_SpainRES @EuroccIreland

[Theoretical & Computational Biophysics Department @CompBioPhys]

@BioExcelCoE @4SPQutXMsAXsPzJ 👏👏👏

[Kresten Lindorff-Larsen @LindorffLarsen]

Do you like CALVADOS, but also proteins with folded domains?

If yes, check out Fan’s paper on the CALVADOS 3 model

Several changes since the first preprint including a new parameter set and the application to changes in folding stability in condensates

https://t.co/EyQ9bZ240M

[Theoretical & Computational Biophysics Department @CompBioPhys]

Excellent #Job opportunity for #postdocs @DelemotteLab in Sweden 🇸🇪 @KTHuniversity #ionchannels

[Theoretical & Computational Biophysics Department @CompBioPhys]

🙏Many thanks for this excellent opportunity! Looking forward to the upcoming #Literaturherbst talks...

[MPI for Multidisciplinary Sciences @mpi_nat]

Get in the mood for this year’s #Literaturherbst in #Göttingen with talks from our scientific lecture series from previous years. Where🤔? In the free media library on our website. It is worth checking out! There are videos in both 🇩🇪 & 🇬🇧. 👇#MPIGö
https://t.co/CzbzJO1i14

[Theoretical & Computational Biophysics Department @CompBioPhys]

👉Don' t miss Ville's talk @3rdInfinity2024 conference today - it's starting very soon!

[Third Infinity @3rdInfinity2024]

ATP synthesis is a complex process, that relies on charge transport in membrane-bound protein complexes. Ville Kaila and his group tackle the problem of long range charge transport with computational approaches to gain a better understanding of the principles at play.