Work on knock-in mice expressing a histone modification probe (mintbody) was published. Mouse lines were generated by Jun Ueda and Kazuo Yamagata (> 10 yrs ago) and the analysis were done by Yuko Sato, Maoko Takenoshita, and Miku Ueoka.
Congratulations!
https://t.co/bFoxvRQebH
A preprint reporting knock-in mice expressing histone H4K20me1-mintbody, by Yuko Sato and former students, in collaboration with Jun Ueda and Kazuo Yamagata.
https://t.co/jMIvgepamd
Itโs finally out! The PhD work and first first author paper of @MartinoUgolini: https://t.co/tm5MSGQkOA. Congrats to all co-authors @mkierun, @lanoliin, Hiroshi Kimura, and Haruka Oda for the beautiful work! We also thank @cSabrya@NatureCellBio for the pleasant review process.
Work by Naoki Goto (@Naoki_Goto_), a PhD student, about histone H3K36me2 on heterochromatin was just published, in collaboration with labs of K. Yamagata, H. Kurumizaka, and H. Nishihara. Congratulations!
https://t.co/fNItRDfwBA
Work by Masaru Nakao, who is getting PhD, was just published.
Mode of SUV420H2 heterochromatin localization through multiple HP1 binding motifs in the heterochromatic targeting module - Nakao - Genes to Cells - Wiley Online Library https://t.co/viV8Gbb8J6
A review with Hiroshi Ochiai and colleagues came out.
Organization of transcription and 3D genome as revealed by live-cell i... https://t.co/oTPCj8lv4X
Our #MidweekMovie shows actin dynamics in a #zebrafish embryo from Haruka Oda, @Cell_Tokyo_Tech, et al. They find that f-actin accumulates in the nucleus of early embryos & forms patches associating with condensing chromosomes.
๐@BiologyOpen: https://t.co/v42VvAClrZ
Nuclear F-actin dynamics in the early embryo, in collaboration with Nadine Vastenhouw, Shige Kawashima, Motomu Kanai, and colleagues. Congratulations Haruka!
https://t.co/QCG3PDttV6
Collaborative work led by Yoichi Shinkai revealed what happens to chromatin organization when mouse cells lack both H3K9 and H3K27 methylation marks. Congratulations Kei!
https://t.co/IKyZy4cd7W
Ph.D. work by Fern (Watanya) is now published. Congrats!
Watanya Trakarnphornsombat, Hiroshi Kimura; Live-Cell Tracking of ฮณ-H2AX Kinetics Reveals the Distinct Modes of ATM and DNA-PK in Immediate Response to DNA Damage. J Cell Sci 2023; jcs.260698. doi: https://t.co/cattTZhaP1
STREAMING-tag paper (with RNA polymerase II Ser5ph-specific mintbody) came out. Congratulations Hiroaki, Hiroshi O, and all collaborators!
https://t.co/sYGw1dJQeE
Work by Misako Tanaka, a visiting Ph.D. candidate from Tokyo Medical and Dental University, was published. Congratulations!
The role of H3K9me3 in oral squamous cell carcinoma https://t.co/OVStiZVoQH
Satoshi Uchino et al. develop a new probe for phosphorylated #RNA polymerase II which enables visualization of the sites of #transcription in living cells. https://t.co/zxZiTSlOTP
From the Year in Cell Biology 2022: https://t.co/6cR9fhjdBX
#CellBio2022
Our story about the spark of life now in published form https://t.co/l0k0eNcE89, so it's time for a shout-out to @currentbiology, @AnneKnowlton1, and our anonymous reviewers for the efficient, pleasant, and constructive review process. Thank you!
Work by Haruka Oda on nuclear filamentous actin in zebrafish early embryos, in collaboration with groups of Nadine Vastenhouw (Lausanne) and Shigehiro Kawashima and Motomu Kanai (Tokyo).
https://t.co/85Nr3U1LOB
Work of a Ph.D. student, Fern (Watanya Trakarnphornsombat). She monitored ฮณ-H2AX accumulation at DNA damage sites in living cells and found different regulations by ATM and DNA-PK. https://t.co/0BSLGgH1fB