Postdoc @Stanford in Kobilka lab; PhD @Cornell University in Cerione Lab and @BRCraneLab Visual system👀, Circadian clock⏰, Glutaminase💊, Cryo-EM❄️🔬, etc.
Joined July 2017
- Tweets 78
- Following 475
- Followers 176
- Likes 573
Photos and videos
Shi Feng凤石 retweeted
29 Sep 2024
Dear cryo-EM women scientists,
We want to honor you and your contributions at BPS 2025.
This year, the Cryo-EM subgroup will honor a mid/senior-career woman scientist as the inaugural June Almeida awardee.
June Almeida is the virologist who first discovered the coronavirus in 1967 using negative stain electron microscopy. Her story, like many women we know, is remarkable. womenshistory.org/education-…
It is in the spirit of June Almeida’s innovative research that this award is named. The awardee, in addition to receiving an honorarium, will present their research at the BPS CryoEM Subgroup Symposium. The deadline for nominations for the Almeida Award is November 1st, and details of the award and the application process can be found at (biophysics.org/Awards-Fundin…). Nomination packets should be sent to bps.cryo.em.subgroup@gmail.com.
Questions? Contact @OliBClarke, me, @MeghnaG27 @PilarCossio2 or @10feng
♥️We sincerely hope to see you at BPS 2025 in LA to celebrate achievements and advances in cryo-EM!
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Shi Feng凤石 retweeted
22 Jan 2024
Excited to share my final PostDoc work! Introducing MagIC-cryo-EM🪄 & DuSTER🧹, these methods reduce cryo-EM sample requirements (0.0005 mg/mL), enabling ALL biologists to explore the structural basis of diverse biological events!
BioRxiv: biorxiv.org/content/10.1101/…
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Shi Feng凤石 retweeted
@FangyuWang39 is doing some exciting stuff in the Cerione Lab. Check out her #LabFeatureFriday over on our LikedIn bit.ly/4b48iiw
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5 Mar 2024
Filament formation enables cancer cells’ glutamine addiction news.cornell.edu/stories/202…
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4 Mar 2024
Check out our latest paper about glutaminase filament on @NatureComms! In this paper, we used #CryoEM and light scattering to show that the filament formation of glutaminase is coupled with its activity. nature.com/articles/s41467-0…
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4 Mar 2024
This work is a great team effort in Cerione Lab with Cody Aplin, Dr. Thuy-Tien T. Nguyen, Dr. Shawn K. Milano. Also we thank Dr. Brian Crane @BRCraneLab, Dr. Sekar Ramachandran, Samuel L. Deck and Megan Xu for their help.
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4 Mar 2024
We would like to thank Dr. Katherine Spoth @ktspoth and Dr. Mariena Silvestry-Ramos @cryomariena from @cornellccmr @NSF , Dr. Edward Eng @edward_eng and Kasahun Neselu @kasahunneselu from @NCCATinfo @SimonsFdn for their help with Cryo-EM. This work is supported by @NIH.
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Shi Feng凤石 retweeted
4 Mar 2024
Darren's paper on Miffi (❄️🔬MIcrograph Filtering utilizing Fourier space Information) is out!
sciencedirect.com/science/ar…
Here is a 4-part intro in the style of the famous 🐰
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Shi Feng凤石 retweeted
24 Jan 2024
Did you know there are an incredible 9m holes on every HexAuFoil grid? Request a quote from @SPTLabtech and learn how our revolutionary new ultrasmall hole #cryoem sample supports deliver better images every time with consistent, thin ice at: eu1.hubs.ly/H0790MV0
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Shi Feng凤石 retweeted
23 Jan 2024
The deadline to register the GRS Photosensory Receptors and Signal Transduction is approaching! Check out our program and register by 02/10/2024 to secure your seat! grc.org/photosensory-recepto…
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Shi Feng凤石 retweeted
20 Sep 2023
📢📢GRS/GRC Photosensory will take place next March in a beautiful town - Barga, Italy!! Please check out more information here: grc.org/photosensory-recepto…
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Shi Feng凤石 retweeted
20 Sep 2023
Time flys but memory never fades. Come and join us for GRS on Photosensory Receptors and Signal Transduction in Barga, Italy on March 2024! Details here: grc.org/photosensory-recepto…
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17 Feb 2023
Check out our new paper about glutaminase filament! In the first time we reveal its activation mechanism in cancers by Cryo-EM! @CornellCAS @CornellNews @Cornell @CornellChem @cornellvet @cornellccmr @Nature @ScienceMagazine @CellCellPress @MolecularCell @NCCATinfo
17 Feb 2023
Filament formation by glutaminase enzymes drives catalysis biorxiv.org/cgi/content/shor… #bioRxiv
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Shi Feng凤石 retweeted
4 Jan 2023
Dock7 regulates AKT and mTOR/S6K activity required for the transformed phenotypes and survival of cancer cells biorxiv.org/cgi/content/shor… #bioRxiv
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28 Jul 2022
The CRY:TIM complex shows how the N-terminus of TIM replaces the autoinhibitory C-terminal Tail (CTT) of CRY, which establishes the mechanism of photosensory transduction based on our and other labs.
28 Jul 2022
I am very excited to share our new manuscript! The first structure of Drosophila cryptochrome bound to its circadian target Timeless, which reveals a fundamental mechanism for circadian regulation.
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28 Jul 2022
I am very excited to share our new manuscript! The first structure of Drosophila cryptochrome bound to its circadian target Timeless, which reveals a fundamental mechanism for circadian regulation.
28 Jul 2022
Mechanisms of circadian clock timing and entrainment revealed by the structure of Cryptochrome bound to Timeless biorxiv.org/cgi/content/shor… #bioRxiv
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Shi Feng凤石 retweeted
8 Jul 2022
🔬🎮 #Microscopya is OFFICIALLY LAUNCHED! It’s a science game exploring the beauty of the molecular world inside the cell. The game is free, so check it out on #Android, #iOS, or your browser today: microscopya.com. Please RT!
#SciComm #IndieDev #GameDev #AcademicTwitter
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Shi Feng凤石 retweeted
1 May 2022
Join us in congratulating Wolfgang Baumeister of @MPI_Biochem, winner of the 2022 Alexander Hollaender Award in Biophysics for his pioneering work in electron microscopy to advance structural cell biology!
Read more: ow.ly/M8C850IWygk #NASaward #NASaward #cellbiology
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