Martin Peter

PostDoc @CPaulino_ lab, alumni @gha14 lab. Fascinated protein scientist with interest in membrane transporters.

[Anna Borowska @amborowska]

Could not be more proud to share my first PhD paper with you! Find out what makes an amino acid transporter ASCT2 function as an exchanger: https://t.co/gjPNlsi0S7

[Cristina Paulino @CPaulino_]

Check out our newest work on ASCT2. From the long lasting collaboration with my dear colleague Dirk Slotboom @MembraneEnzymo1 with the fantastic @amborowska leading the work in collaboration with the Marrink lab @CG_Martini 1/2 👇🏼

[Valeria Kalienkova 🇺🇦🌻 @VKalienkova]

The last bit of my work in @CPaulino_ lab finally out in @NatureSMB 🥳 Really cool collaboration with @Lynagh_Lab and then PhD student Mowgli Dandamudi, which worked out a lot better than I could have hoped in the months I had left in the lab! 😊

[Gavin H Thomas @GavinHThomas]

More beautiful data from @MartinPeter91 & @gha14 using @UKubitscheck cool sm-TIRF setup to drill down on conformational changes in the TRAP transport cycle. @BiologyatYork @YBRI_UoY - inspired by @Chris_mulligan work on VcINDY :-) #sialicacid #TRAPtransporter

[Martin Peter @MartinPeter91]

🚨 Our next TRAP transporter story from @gha14 lab is published: We used cysteine-cross linking to trap conformational states and analysed domain interactions with sm-TIRF microscopy. Again, very nice collaboration with @UKubitscheck
and @GavinHThomas !
https://t.co/8CK9qQh8e4

[Anna Borowska @amborowska]

Interested in stories about structure, mechanism, and ligand modulation of #receptors, #ionchannels and #transporters? Join us at the 2024 #Ligand Recognition and Molecular Gating GRS in Ventura, CA🇺🇸

Apply before Dec 17 for the talk and spread the word! https://t.co/RX7mnOKvgm

[Martin Peter @MartinPeter91]

@KiWookKim816 @Nature @CPaulino_ @bradyajohnston Thanks!

[Martin Peter @MartinPeter91]

The fun part of having a new protein structure: Making #SciArt a #b3d! Check out our newest @Nature paper from the @CPaulino_ lab about a sperm-specific, voltage-gated transporter!
And thanks to @bradyajohnston for #MolecularNodes!
https://t.co/4yzR2ufC2f

[Martin Peter @MartinPeter91]

@vedmeht89 @Nature @CPaulino_ @bradyajohnston haha thanks. Or like "may the force be with you" ;)

[Martin Peter @MartinPeter91]

And another blender of SLC9C1!

[Valeria Kalienkova 🇺🇦🌻 @VKalienkova]

Awesome visualization of SpSLC9C1 by @MartinPeter91 🤩 here is my favourite one #SciArt #b3d

[Cristina Paulino @CPaulino_]

1/10 With great pride I present our newest #CryoEM work pub. in @Nature. The 1st reported secondary-active transporter directly activated by membrane voltage. Full credit to the amazing @VKalienkova, @MartinPeter91 & @rheinbergerj 🧵👇🏽 for more info https://t.co/3kejSRGg6S

[Martin Peter @MartinPeter91]

@krai171009 @CPaulino_ @Nature @VKalienkova Thanks. Yes, I use blender!

[Martin Peter @MartinPeter91]

My first paper with @CPaulino_ lab just published in @Nature 🤯: Cryo-EM structures of the sperm-specific SLC9C1, a unique hyperpolarisation-activated transporter! Excellent work by first author @VKalienkova - glad to be part of this team!
https://t.co/4yzR2ufC2f
#CryoEM #b3d

[Uni Heidelberg @UniHeidelberg]

Membrantransporter sorgen für Mobilität von Spermienzellen: Neu entdeckter Mechanismus trägt zum besseren Verständnis molekularer Grundlagen der Fortpflanzungsfähigkeit bei https://t.co/Qs6OKEBqxM

[Membrane Protein PDB @MemProtPDB]

Structures of a sperm-specific solute carrier gated by voltage and cAMP | Nature

https://t.co/cOHYXOBzk7

#CryoEM #transporter #MembraneProteins

[Valeria Kalienkova 🇺🇦🌻 @VKalienkova]

I was often asked what I was working on in @CPaulino_ group. Well, here it is! 🥁🥳 What a fascinating combination of ion channel and secondary active transporter domains in one protein! Great teamwork with @MartinPeter91
@rheinbergerj
https://t.co/zsEpMrUMEj

[Sergey Ovchinnikov @sokrypton]

RoseTTAFold updated to be All-Atom... biological assemblies containing proteins, nucleic acids, small molecules, metals, and covalent modifications ... and diffusion🤯https://t.co/36EtN0IzoL

[Chancie T - chanciet.bsky.social @chancie_t]

Excited to share our work on how ECF #transporters use ATP binding to charge a molecular spring and tune the #membrane shape to expel membrane-embedded substrate-binding proteins from the docking site into the membrane. #cryoEM #Biochemistry #MDsimulation https://t.co/ZYz12Rz6Bh

[Membrane Enzymology @MembraneEnzymo1]

We have been a bit quiet lately, doubting if Twitter is still a good platform for science, but this one we really wanted to share. @chancie_t and the rest of the team show how ECF #transporters shed off a subunit by #cryoEM, @CPaulino_

https://t.co/ffKaPmPJ2e

[Martin Peter @MartinPeter91]

@emm_severi Haha I did the same today! 😁