Yusuke Nasu retweeted
📢 New review from the Zhang Lab in @naturemethods led by @AMMGest !
Explore recent advances in fluorescent proteins and biosensors, including improved photostability, high-throughput screening, quantitative imaging, and multiplexing.🔬 Check it out!
doi.org/10.1038/s41592-026-0…
biorxiv.org/content/10.64898…
Our latest preprint. It demonstrates how AI agent (here Claude Codex Opus 5.5, released on Sept. 22nd) accelerates 3D structure model building and refinement with a high-quality, publication-ready structure.
Yusuke Nasu retweeted
ラボのウェブサイトができました!研究内容やメンバーを紹介しています。ぜひご覧ください🌱
sites.google.com/view/shirak…
Yusuke Nasu retweeted
🔬Publication - by Dr. Hsin-Yung Yen @ACSPublications
A native MS platform utilizing #nanobodies was created to reveal structural diversity, distinct receptor conformations, and dynamic activation mechanisms at the #GPCR #intracellular interface. doi.org/10.1021/acs.analchem…
@biochem
Yusuke Nasu retweeted
1/3 MIMAS is out in Science Advances: a 2.31-g open-source microlens-array miniscope for cellular-resolution imaging across ~4 × 4.5 mm² of dorsal cortex in freely behaving mice. doi.org/10.1126/sciadv.aei87…
Yusuke Nasu retweeted
Lactate meets neuronal activity! 🧠⚡️
Yusuke Nasu's team @AcadSinica & collaborators in 6 countries present eLACCO3 & R-eLACCO3, green & red lactate biosensors👏👏👏
1/5 New preprint!
1/5 🟢🔴 New preprint!
Meet eLACCO3 & R-eLACCO3: fast, Ca2+-independent green/red biosensors for extracellular lactate imaging. From protein engineering to multiplexed imaging in vivo.
biorxiv.org/content/10.64898…
1/5 New preprint!
1/5 🟢🔴 New preprint!
Meet eLACCO3 & R-eLACCO3: fast, Ca2+-independent green/red biosensors for extracellular lactate imaging. From protein engineering to multiplexed imaging in vivo.
biorxiv.org/content/10.64898…
5/5 Ready to image lactate, inside or out?
Plasmids are expected to be available to order from Addgene in the next 1–2 days! AAVs are available from @CERVO_ULaval.
Huge thanks to all our coauthors and collaborators. What would you explore with these sensors? We'd love your feedback!
#Biosensors #ProteinEngineering #Lactate
Yusuke Nasu retweeted
New Cell paper from the lab today!
We reworked photoswitchable GFP to control gene editing by Cas12f in mice using AAV delivery and ultrasound-triggered luminescent nanoparticles
Work of postdoc Daesun Song in close collaboration with Guosong Hong's lab
Thread in my other name
Yusuke Nasu retweeted
【拡散希望】生理研の分子細胞生理領域で教授公募中です!
歴史的に膜・チャネルの部門ですが、それにとらわれず広く面白い分子細胞生理学を推進している方を求めています。少しでもかすると思われる方は是非出してみてください+周知お願いいたします。(萩)
jrecin.jst.go.jp/seek/SeekJo…
Yusuke Nasu retweeted
We're searching for an assistant/associate professor in Bioengineering at Stanford!
If you're using cutting-edge engineering approaches to understand or control biological systems in useful ways (medical, environmental, etc), we'd love to hear from you!
facultypositions.stanford.ed…
Yusuke Nasu retweeted
A compact protein pair, FenixS and Ash1, heterodimerizes upon red light activation for optogenetics.
nature.com/articles/s41592-0…
Yusuke Nasu retweeted
#拡散希望 生命科学分野の博士学生、ポスドクの方、ぜひこちらに応募して研究の話を聞かせてください。
出張費用は全てこちら持ち、特に優れた研究者には独立して自分のラボを立ち上げる機会や、フェローシップ等の支援が与えられます。
詳細はこちら:imb.sinica.edu.tw/imb_yrf/
Yusuke Nasu retweeted
New lactate sensor developed at Academia Sinica! @AcadSinica @IBCSinica @NasuLab_IBC
nature.com/articles/s41467-0…
Yusuke Nasu retweeted
Stanford Bioengineering faculty search: Apply by Sept 30!
Bioengineering is defined broadly: if you are engineering at the level of biomolecules, cells, tissues, organisms, or using/developing advanced engineering techniques to study these systems - please apply!
facultypositions.stanford.ed…
Check out the new preprint written by our cryoEM team. We demonstrated that low Mag rate is fine to get high-quality map which substantially reduces data acquisition time.
Benchmark Apoferritin and 82 kD MSG provides a promising result using low-Mag data.
biorxiv.org/content/10.64898…




















