Chanat Jay Aonbangkhen

[Chanat Jay Aonbangkhen @Chanat_JJ]

My paper from grad school is finally published! https://t.co/lOE9dsNqlu

[ShorterLab @ShorterLab]

Biomolecular Condensates as Protein Degradation Tools for Intracellular Targets: https://t.co/p6a77fjtVM

[Chanat Jay Aonbangkhen @Chanat_JJ]

@Billy_WL_NG @CUHKMedicine Big congrats Billy, Zhihao, and the team. Beautiful work! 🥳

[Chanat Jay Aonbangkhen @Chanat_JJ]

Don’t miss out on this great opportunity! Apply now until Dec 13, 2025 🥳🥳🥳

[Asian Chemical Biology Initiative @asianchembiol]

📣Applications open for ACBI 2026 Chiang Mai Tutorial & Interview! Thai undergrad & MS students — grab a chance to meet 40+ professors from ACBI countries🌏
💬 Tutorials | Interviews | Networking Lunch
🗓️ Feb 1, 2026 | Chiang Mai
⏰ Apply by Dec 13 → https://t.co/7Gq2G6MPPp

[Chanat Jay Aonbangkhen @Chanat_JJ]

@TsukijiLab Thank you Shinya! 😀

[Chanat Jay Aonbangkhen @Chanat_JJ]

Our latest manuscript is out! 🥳🥳🥳
We developed a novel disubstituted aniline probe for enhanced peroxidase-based proximal protein labelling - now published in RSC Chemical Biology! 🤓🤓🤓 https://t.co/zZ1gSTs6Uc

[Chanat Jay Aonbangkhen @Chanat_JJ]

Awesome work. Congrats @Billy_WL_NG 🥳

[Billy Ng @Billy_WL_NG]

[NEW paper!] Proximity-induced O-GlcNAcylation: we showed that a single sugar modification can act as a molecular switch that triggers protein degradation & more!🍬Huge congrats to the OGTAC team!👏Open-Access Article: https://t.co/4bPeCcoRhv

[Billy Ng @Billy_WL_NG]

Delighted to share our "OGTAC" story as an open-access article on @J_A_C_S !😉 #glycotime
Link: https://t.co/ATM7E5Uq8y

[Chanat Jay Aonbangkhen @Chanat_JJ]

Glad to meet Prof. Shinya Tsukiji @TsukijiLab in person at the 7th Asian Chemical Biology Conference (ACBC) in Hong Kong. Looking forward to your talk tomorrow ! 🤩

[Chanat Jay Aonbangkhen @Chanat_JJ]

It was nice meeting and having dinner with Vanessa from the @thewoolab @HarvardCCB visiting Bangkok, Thailand, during the holidays! 🎉

Sending my best wishes to Christina and the Woo Lab. Missing the people, the campus, and the snow over there. ☃️

Happy New Year 2025! 🥳

[Madam Mitochondria @Madam_Mito]

Targeting organ-specific mitochondrial dysfunction to improve biological aging;

https://t.co/zRKn3MsHJE

[Penn Chemistry @PennChemistry]

We are thrilled that Squire Booker will be joining the Depts of Chemistry and @BB_UPenn as a Penn-Integrates-Knowledge Professor in January 2025.  Squire is a world-renowned enzymologist, @HHMINEWS Investigator, and dedicated mentor.  Welcome! @PennSAS @BookerMan_PSU

[Madam Mitochondria @Madam_Mito]

Mitochondrial fatty acid oxidation drives senescence;

https://t.co/1Ej3vuU5U8

[BowTiedBiotech 🧪🔬🧬 @BowTiedBiotech]

Degrader Tac-opedia

🔘PROTAC: E3 ligase-targeted proteolysis
🔘DUBTAC: Deubiquitinase stabilization
🔘LYTAC: Lysosome-targeted degradation
🔘Trivalent PROTAC: Multivalent E3 ligase
🔘AUTAC: Autophagy-targeted degradation
🔘RIBOTAC: RNA-targeted degradation
🔘RNA-PROTAC: RNA-binding E3 ligase
🔘BioPROTAC: Antibody/peptide proteolysis
🔘Aptamer-PROTAC: Aptamer proteolysis
🔘GlueTAC: Lysosomal traffic & degradation
🔘Peptide-PROTAC: Peptide-based E3 ligase
🔘NanoTAC: Nanobody-based E3 ligase

H/T: Donggeon Kim on the HR app!

[Cheryl Arrowsmith @CherylArrowsmi1]

Published today, our fantastic collaboration with Lindsey James group, @BrianRaught, and Licht Lab.
Thanks to the talented David Nie and John Tabor!
https://t.co/fzyfVafF7W

[Nature Chemical Biology @nchembio]

A new paper from @TheAlbrecht_Lab and @LJSeabrook developed a targeted protein degradation platform, MrTAC, that enables arginine methylation-driven degradation of intracellular proteins in lysosomes https://t.co/p8tGSsY0Ip

[มิสเตอร์ชู ชอบถูอวัยวะ @mister_choux]

บริษัทประกัน + รพ.เอกชน + คนไข้ กำลังทำให้อุตสาหกรรมประกันสุขภาพล่มสลาย

พอลูกค้าซื้อประกันไปแล้ว (เช่น ปีละ 2-3 หมื่น) ก็จะมีความรู้สึกอยากเคลม เมื่อก่อนป่วยนิดหน่อย ไข้ขึ้นนอนอยู่บ้านซัก 2-3 วันก็หาย แต่พอมีประกัน ก็จะมีความรู้สึกว่าไปหาหมอดีกว่า “ซึ่งไม่ผิด” นะ (1/n)

[The Nobel Prize @NobelPrize]

BREAKING NEWS
The 2024 #NobelPrize in Physiology or Medicine has been awarded to Victor Ambros and Gary Ruvkun for the discovery of microRNA and its role in post-transcriptional gene regulation.

[Guillaume Laconde @Glaconde34]

Designed endocytosis-inducing proteins degrade targets and amplify signals @Nature 🔥🔥🔥 https://t.co/w6q6jpfc4F

[Prof. Nikolai Slavov @slavov_n]

Glycosylation is among the most important modifications in biology.

We know relatively little about glycobiology, because it is hard to study.

This Nat Rev Methods primer describes our best tools for analyzing glycosylation 🔽

[Woo Lab @thewoolab]

Curious about how protein damage forms the ever-so-elusive C-terminal cyclic imide? Check out our lab’s newest preprint released earlier this month on @biorxivpreprint 🫡

Congrats to all the authors who contributed to this work 🙌🏼