Wei-Chun Kao (@w_c_k_) 's Twitter Profile
Wei-Chun Kao

@w_c_k_

X-ray crystallography × Molecular evolution × Bioenergetics × cryo-EM

ID: 1179879029769461761

linkhttp://orcid.org/0000-0001-8687-6334 calendar_today03-10-2019 22:02:38

243 Tweet

72 Followers

307 Following

Naruhiko Adachi (@naruhikoadachi) 's Twitter Profile Photo

The 20th paper from the #cryoEM facility in #KEK. Collaboration with Drs Kosugi and Shibata. Went to the Antarctic, brought back an alga, and revealed its unusual LHC structure with C11 symmetry. A tiny amount, but enough to obtain its cryo-EM structure. nature.com/articles/s4146…

The 20th paper from the #cryoEM facility in #KEK. Collaboration with Drs Kosugi and Shibata. Went to the Antarctic, brought back an alga, and revealed its unusual LHC structure with C11 symmetry. A tiny amount, but enough to obtain its cryo-EM structure.

nature.com/articles/s4146…
Andrea Thorn (@thornlab) 's Twitter Profile Photo

How can we use insights from industry to improve error culture in structural biology? Read in our newest paper! scripts.iucr.org/cgi-bin/paper?…

UrsprungdesLebens (@udl_2023) 's Twitter Profile Photo

Herzlich Willkommen! Jetzt auch offiziell! Am 10. Mai eröffnen wir unsere Ausstellung „Origin of Life “. Weitere Infos 🔽 instagram.com/udl_2023/ Heinrich-Heine-Universität Düsseldorf #originoflife #science #lovebiology #biologie #hhu #ausstellung #ulbdüsseldorf #biology #wissenschaft #evolution #2023

Herzlich Willkommen! 
Jetzt auch offiziell! Am 10. Mai eröffnen wir unsere Ausstellung „Origin of Life “. 

Weitere Infos 🔽
instagram.com/udl_2023/

<a href="/HHU_de/">Heinrich-Heine-Universität Düsseldorf</a> 
#originoflife #science #lovebiology #biologie #hhu #ausstellung #ulbdüsseldorf #biology #wissenschaft #evolution #2023
Wei-Chun Kao (@w_c_k_) 's Twitter Profile Photo

Soluble domains of cytochrome c-556 and Rieske iron–sulfur protein from Chlorobaculum tepidum sciencedirect.com/science/articl… An evolutionarily inspiring topic, menaquinol/cytochrome c oxidoreductase in photosynthetic green sulfur bacteria.

Kristian Parey (@krparey) 's Twitter Profile Photo

You can still apply for the PhD position Arne Moeller Uni Osnabrück to understand membrane machines in #anammox bioenergetics! Info: uni-osnabrueck.de/universitaet/s… Collab with Thomas Barends Laura van Niftrik #biochemistry #bioenergetics #structuralbiology #cryoEM #teamtomo Please RT

You can still apply for the PhD position <a href="/MoellerGroup/">Arne Moeller</a> <a href="/UniOsnabrueck/">Uni Osnabrück</a> to understand membrane machines in #anammox bioenergetics!

Info: uni-osnabrueck.de/universitaet/s…

Collab with
<a href="/ThomasBarends/">Thomas Barends</a>
<a href="/LauravanNiftrik/">Laura van Niftrik</a>
#biochemistry #bioenergetics #structuralbiology #cryoEM #teamtomo
Please RT
Masatoshi Murai/村井正俊 (@mstmurai) 's Twitter Profile Photo

Our newest paper, "Respiratory complex I in mitochondrial membrane catalyzes oversized ubi quinones" is now available at Journal of Biological Chemistry ! sciencedirect.com/science/articl…

MAX IV Laboratory (@maxivlaboratory) 's Twitter Profile Photo

A special MAX IV - PSI collaboration resulted in serial & time-resolved macromolecular crystallography set-up, making it possible for scientist to observe proteins' movements in a dynamic manner. The set-up will be available at MicroMAX beamline. Read: maxiv.lu.se/article/kilohe…

Structural Biology (@actacrystd) 's Twitter Profile Photo

This current status of time-resolved serial femtosecond crystallography and serial synchrotron crystallography is reviewed, with a comparison to cryo-trapping methods. Universität Hamburg Structural Biology IUCr #TimeResolvedCrystallography #StructuralPhotobiology  doi.org/10.1107/S20597…

This current status of time-resolved serial femtosecond crystallography and serial synchrotron crystallography is reviewed, with a comparison to cryo-trapping methods. <a href="/unihh/">Universität Hamburg</a> <a href="/ActaCrystD/">Structural Biology</a> <a href="/IUCr/">IUCr</a> #TimeResolvedCrystallography #StructuralPhotobiology  doi.org/10.1107/S20597…
Franziska Sendker (@sendkerfl) 's Twitter Profile Photo

Happy and super excited to share our discovery of a protein fractal! We unravel the surprisingly simple emergence of these marvellous structures and show it might have even been an accident of evolution. Read the full story here nature.com/articles/s4158… Or just stick around 🧵

Happy and super excited to share our discovery of a protein fractal! We unravel the surprisingly simple emergence of these marvellous structures and show it might have even been an accident of evolution. Read the full story here

nature.com/articles/s4158…

Or just stick around 🧵
VilleKaila (@thekailalab) 's Twitter Profile Photo

Extremely proud to share our integrative work on long-range charge transfer mechanism in mycobacterial supercomplexes - now out in Nature Comms! Thanks for the great collaboration with Brzezinski&Högbom Labs and KAW for funding. rdcu.be/dLpSC

Extremely proud to share our integrative work on  long-range charge transfer mechanism in mycobacterial supercomplexes - now out in Nature Comms! Thanks for the great collaboration with Brzezinski&amp;Högbom Labs and <a href="/KAWstiftelsen/">KAW</a> for funding.  rdcu.be/dLpSC
Wei-Chun Kao (@w_c_k_) 's Twitter Profile Photo

We often see small molecules (ligands) in cryo-EM structures❄️🔬, but how do we know if they were properly modelled into the maps? Proud to be a team CIBSS of the EMDataResource Ligand Model Challenge, and the outcomes are published in Nature Methods 🥳

Sebastian Pintscher (@spintscher) 's Twitter Profile Photo

Job opportunity in my tiny group at Uniwersytet Jagielloński 🇵🇱Join us as a postdoc in a venture for structure-function of the respiratory chain of #thermoacidophiles 🦠 in the Narodowe Centrum Nauki funded project. Details are here: tinyurl.com/sulfolobus #postdocposition #cryoEM Please RT

Job opportunity in my tiny group at <a href="/JagiellonskiUni/">Uniwersytet Jagielloński</a> 🇵🇱Join us as a postdoc in a venture for structure-function of the respiratory chain of #thermoacidophiles 🦠 in the <a href="/NCN_PL/">Narodowe Centrum Nauki</a> funded project. 
Details are here:
tinyurl.com/sulfolobus
#postdocposition #cryoEM
Please RT
Structural Biology (@actacrystd) 's Twitter Profile Photo

Our final issue of 2024 is out: tinyurl.com/4efts8bb The cover shows the refinement of the coordination of a magesium cation in a cryoEM structure of chlorophyll using metal-coordination restraints extracted from the Crystallography Open Database tinyurl.com/3w8zrdmf

Our final issue of 2024 is out: tinyurl.com/4efts8bb 
The cover shows the refinement of the coordination of a magesium cation  in a cryoEM structure of chlorophyll using metal-coordination restraints extracted from the Crystallography Open Database tinyurl.com/3w8zrdmf
Sebastian Pintscher (@spintscher) 's Twitter Profile Photo

Interested in #Archaea, #MembraneProteins or #cryoEM? A #postdocposition in Narodowe Centrum Nauki funded project at Uniwersytet Jagielloński awaits you! Join our structure-function research on respiratory supercomplexes of #thermoacidophiles. Details are here: tinyurl.com/sulfolobus3 Please RT

Interested in #Archaea, #MembraneProteins or #cryoEM? A #postdocposition in <a href="/NCN_PL/">Narodowe Centrum Nauki</a> funded project at <a href="/JagiellonskiUni/">Uniwersytet Jagielloński</a> awaits you! Join our structure-function research on respiratory supercomplexes of #thermoacidophiles. Details are here: tinyurl.com/sulfolobus3
Please RT