puey

An Assistant Professor in Thailand trying to work on cryoEM, cell biology and scientific communication.

[puey @PueyLab]

ผลลงคะแนนโหวตตั้งแต่ตอนยังไม่ได้ตำแหน่งก็สะท้อนให้เห็นถึงคุณภาพเสียแล้ว...

[Yong Xiong Lab @Xiongosome]

Our high-resolution (2.2 Å) in situ structural work reveals details of translational landscape, with various cofactors and antitumor drug/inhibitor, all directly within human cells!

https://t.co/ScWOAQRjTw

[Thijs J. G. Ettema 🦠🔬🇳🇱🇸🇪🇪🇺 @Ettema_lab]

Our latest: Using de novo protein structure prediction and sensitive sequence searches we found many new eukaryotic signature proteins in Asgard archaea, suggesting the archaeal ancestor of eukaryotes was more complex than previously assumed. @koestlste https://t.co/SoxnBM2Iu6

[Ellen Zhong @ZhongingAlong]

Check out our latest work! 👇We leverage pretrained protein generative models (here Chroma @generate_biomed ) as a prior for inverse problems in protein space (e.g. structure completion, distance contraints, cryo-EM model building). ❄️🏗️

Paper: https://t.co/36h1rg1eZT

[The Veesler Lab @veeslerlab]

The peer-reviewed version of our manuscript on the design of a #COVID19 vaccine candidate largely insensitive to viral evolution based on prefusion-stabilization of the spike fusion machinery is out!

Led by
@0327jimin

@HHMINEWS
@UWBiochemistry

1/4

https://t.co/ppGy1xRUAQ

[Pilhofer Lab @PilhoferLab]

Exciting news!🚀 We have a new follow-up on the cytoplasmic Contractile Injection System from #Streptomyces!💉@casub1, in a wonderful collaboration with @JWSallmenII & @SusanSchlimpert, unveils the critical role of CisA in Streptomyces CIS functionality. ☠️🧵 1/2

[Pilhofer Lab @PilhoferLab]

To #TeamTomo ❄️🔬: Do you also sometimes see strange filaments in your #cryoET data and don’t know what they are? 🤔 Try #FilamentID! 🪄🤓 Check out our new paper at @CellCellPress by @HugenerJannik and @xujw_thu together with the Matos lab https://t.co/0vaE3JhgZs 🧵(1/5)

[Alex J Noble @alexjamesnoble]

Here we review the state of cryo-FIB, challenges in structural biology, and provide future prospectives:
https://t.co/5NCLuVXGCS

[Bertram Daum @DaumLaboratory]

Our paper on the structure of twitching pili from the archaeon S. acidocaldarius is finally out in Nat Comms! https://t.co/wdTZSDPYRr. Thanks the authors Matt Gaines, @S_Shamphavi, @misha_isupov, Risat Haque, @cyril_hanus, @mathewjmclaren, @the_gold_lab, @archaellum.

[Chris Greening @greeninglab]

In our new paper at Cell (@CellCellPress), we reveal secrets of how the third form of life, archaea, make energy. We uncover new lineages of hydrogen-using enzymes, both minimal and complex. These help archaea thrive in all sorts of extreme environments. https://t.co/ZQzYemOI3o

[Panagiotis Kastritis @3Dstructure]

We are excited to be opening 2 Ph.D. and 1 post-doc positions to work on cryo-EM and computational biology of plant protein complexes & their proteoforms (Projects A04, C04 and D01)!
Visit https://t.co/ocqy25c24N to be informed and apply ASAP! #SFB1664, headed by @quintlab

[Chris Greening @greeninglab]

Introducing aerotrophy! New preprint shows that aerated caves are continually energised by atmospheric trace gases. The most abundant and active microbes fix carbon using hydrogen and methane gas. Huge collective effort led with @Sean_K_Bay and @chownlab. https://t.co/UNQBrW0GrC

[puey @PueyLab]

@greeninglab Wombat is definitely a cute animal with peculiar shaped dropping...

[puey @PueyLab]

@yyang_cella @MRC_LMB @SjorsScheres @MichelGoed @VAInstitute Big congrats

[Jan Kosinski @jankosinski]

Another amazing flotillin structure. Is this the same complex as @ChlandaL observed in 2021 on lamellar bodies but could not identify? Dimensions match! https://t.co/LxSY7ybzUf

[Science Magazine @ScienceMagazine]

The energy invested in animal reproduction is as much as 10 times greater than previously estimated, according to a new Science study.

The findings fundamentally challenge longstanding theories and biological models of animal growth and life histories. https://t.co/s5RkreueGk

[puey @PueyLab]

Ok...??

[puey @PueyLab]

@manopsi ตกใจหมด

[Ilya Levental @LeventalLab]

🤩🤩🤩

Kinetics of interorganelle lipid flux in cells!! So many things I’ve wanted to know and never seen measured. Fantastic!

[Dylan Burnette @MAG2ART]

A cancer cell with two nuclei photographed through a microscope. DNA (yellow), mitochondria (blue/purple), and actin filaments (red) are shown. #CellBiology