Posting these here as well: Multiple positions (postdoc & PhD) available in my group in Tampere, Finland, see thread:

* Postdoc on nanoplastic uptake: https://t.co/rlC0OQ3KzX * Postdoc on protein-based foams: https://t.co/SO0Gp01Lw8 * Doctoral researcher on high-throughput simulations: https://t.co/ftN4IP0Fxz * Doctoral researcher on protein-based foams:

I am looking for a motivated and talented PhD candidate to join my group to study how brain lipids modulate the structure and function of GPCRs in sunny and vibrant Barcelona ☀️🧠 Job post and application details here: https://t.co/YOXZhWChNP

Finland is ranked the Happiest Country in the World for eight years running. Thank you. Kiitos! For us Finns being happy or content with life has at least 5,6 million reasons. In other words we all have our own take on happiness. I personally think that happiness is closely

🚨 I have an open PhD position in my team to work on simulating glycans and their interactions. If you’re passionate about computational biophysics and glycobiology, go ahead and apply! Any shares would be greatly appreciated. 🙃

I have PhD and postdoc positions available in our lab to explore mechanisms of ER protein biogenesis and homeostasis and small molecular modulation, please RT. Expertise in biochemistry, chemical biology and structural biology (especially cryo-EM and cryo-ET) beneficial!

#research #calmodulin Can calmodulin bind to lipids of the cytosolic leaflet of plasma membranes? - by @scollo_federica, Tempra, Evci et al. - published in Open Biology @RSocPublishing @JHINST_Prague @IOCBPrague @science_charles @CzechAcademy https://t.co/BaWPK1NkW2

https://t.co/dRZ2XhhjDL I am beyond excited to share that the we got an answer to the question: “Can calmodulin bind to lipids of the cytosolic leaflet of the plasma membrane?”. Please, check it out!

Majority of the hands-on work by @TempraCarmelo, co-coordination by Balazs Fabian from @HummerLab @MPIbp, and methodological consultation by @Blendenfleck. Work done at: @Physics_TAU @TampereUni @BIOTECH_UH Funded by: @SuomenAkatemia @EASaatio

Our computational work examines why—despite applying the finite-size corrections and accounting for interleaflet friction in lipid bilayers—simulations and experiments disagree with respect to lipid diffusion in bilayers and monolayers, and how this could (sometimes) be fixed.

A new preprint on lipid dynamics in MD simulations! Initially planned as a multidisciplinary work with @SChiantia, we eventually split it into 2 manuscripts: Computational part (out today): https://t.co/vVqZ4AwQDC Experimental part (also fairly fresh!):

Back from Prague! Attended the PhD defence of Man whom I advised at @IOCBPrague; watched Katarina @cwiklik_lab measure data for future proposals; gave a talk at @JHINST_Prague; met many old&new colleagues; and went for a long hop-scented run along Vltava, followed by some duck 🥰

🚨Jobs Alert🚨@graeter_mbm and I seek 2 postdoctoral researchers with expertise in MD simulations of biological membrane systems. Please apply by September 10🧬🖥️ #SFB1638 #lipidtime @UniHeidelberg @camiloapontelab https://t.co/dPpF7qNqtw 👇👇👇👇👇👇

My new group at @Physics_TAU @TampereUni has an open postdoc position! Retweets and distribution by other means are highly appreciated☺️ https://t.co/naWRvZhzuE

6 from Monday on 🫡😅

@IOCBPrague @BIOTECH_UH @CSCfi @EASaatio @SuomenAkatemia My bad, @hseara7 is not twitterless 🫣

Majority of the work was done at @IOCBPrague, but me, Samuli and Ricky also contributed from @BIOTECH_UH. We're thankful at @CSCfi for computing time. My work was kindly funded by @EASaatio and @SuomenAkatemia.

It took a while, but we crossed the finish line thanks to the perseverance of twitterless Ricky Nencini and Hector Martinez-Seara. While we see improvement in all our test cases over unscaled CHARMM36 models, prosECCo75 might fail in others. Hence, all feedback is welcome!

Importantly, prosECCo75 is based on the CHARMM36 model, hence benefiting of decades of great work to capture the structural ensembles of biomolecules.

prosECCo75 includes parameters for amino acids, lipids, ions, and sugar acids. These are readily available at