Michiyuki Matsuda

A biologist specialized in fluorescence microscopy, oncogene research, and experimental pathology.

[Michiyuki Matsuda @Phogemon]

@CSF_JSCB ありがとうございます！

[Michiyuki Matsuda @Phogemon]

Excellent work from the Igaki lab. Free ribosomal proteins that are not incorporated into ribosomes are degraded by the ubiquitin degradation system, preventing cellular stress from excess unused proteins.
https://t.co/6CqCBGtVKB

[Michiyuki Matsuda @Phogemon]

We are pleased to announce our latest paper published in eLife. Here, we have visualized that confluent MDCK cells secrete PGE2 in a manner dependent on stoshastic calcium spikes. https://t.co/yRXnpjZ17d

[Michiyuki Matsuda @Phogemon]

This year's Japan Prize will be awarded to Dr. Ron Evans, who is a mentor to Prof. Akira Kakizuka at Kyoto University and many other Japanese researchers in the field. Congratulations!
https://t.co/YseOOndCkU

[Michiyuki Matsuda @Phogemon]

We report the visualization and quantification of PGE2 secreted by epithelial cells. A single calcium spike causes a cell to secrete 0.25 fmol PGE2, or 150 million PGE2, which activates PKA in 1000 neighboring cells. https://t.co/jOaX6cM9VZ

[Michiyuki Matsuda @Phogemon]

@MichaelLinLab @EmilianiLab To see Roger Tsien's students and grand students exploring optogenetics was overwhelming. I was happy to be there.

[Prof. Michael Lin @MichaelLinLab]

#OptoRevolution is off to an exciting start in Sanya, Hainan, with talks by Atsushi Miyawaki, @campbell_FPs, @jinzhanglab, and Michiyuki Matsuda covering new work in fluorescent proteins and biosensors.

Atsushi, I still have your freezer box!

[TAKAKURA @KULIC_takakura]

二光子レーザーメンテナンスあれこれ。
出力高いレーザーをマウス用に配置したので、インキュベーター型が割を食ってしまうかもと思われた・・・が、！
脅威の回復っぷりにより、移動前の出力と変わらない(ちょっと上がったくらいの)状態に！！
#エンジニアさんが神がかり　#ありがてえ　#すげえ

[蛍光生体イメージング室（KULIC) @KULIC52772538]

蛍光生体イメージング室の二光子顕微鏡のレーザーは只今出力回復メンテナンス実施中です
作業は順調に進んでおります
利用再開は12/4を予定しております
今しばらくお時間下さいませ
#出力とっても回復してます　#乞うご期待

[Terai Kenta @kenta_terai]

ライトシート顕微鏡Webinarのお知らせ | 京都大学 大学院生命科学研究科 生命動態共用研究施設 https://t.co/ljB6npCqui

もうすぐです。

[Terai Kenta @kenta_terai]

ライトシート顕微鏡Webinarのお知らせ | 京都大学 大学院生命科学研究科 生命動態共用研究施設 https://t.co/ljB6npCqui

業務連絡です。
ライトシート顕微鏡のWebinarを行います。我々の強みは【3種の機器比較】と【リモート】です。お待ちしてい居ります。

[Michiyuki Matsuda @Phogemon]

A mechanism to drive multivesicular bodies (MVBs) to exosome release has been reported by Mitsunori Fukuda's group. Good job!
https://t.co/i3G566BRtC

[Yulong Li Lab @yulonglilab]

Join us at the inaugural “Optorevolution: Exploring the Frontiers of Physiology with Light” conference!
It will be held in tropical Sanya, Hainan, China from November 18-22. Details and registration:
https://t.co/zi4ZXPphoL

[Terai Kenta @kenta_terai]

ニコン次世代共焦点レーザー顕微鏡システムAX/AX R実機持ち込みデモ実施しました(2023/07/20) | 京都大学 大学院生命科学研究科 生命動態共用研究施設 https://t.co/oT0LYqyetp

こういうお手伝いも我々は行っております。デモは大人気でAM8からPM8までのスロットが埋まっていました。

[Michiyuki Matsuda @Phogemon]

https://t.co/6BP3DGL5I7
Sakaue-Sawano and Miyawaki have published a paper describing a new cell cycle biosensor, Fucci5. In addition to the improved sensitivity, the new Fucci is free from the patents of fluorescent proteins, paving the way to the commercial use!

[Michiyuki Matsuda @Phogemon]

At last week's meeting of the Japanese Society for Cell Biology, the CSF Awards were presented to Dr. Ryosuke Nishimura and Dr. Satoru Takahash. Both received recommendations from over 20 council members. Congratulations!
https://t.co/d6pl2ejrJd
https://t.co/JCLKyymKVF

[Takeshi Imai @TakeshiImaiLab]

All of the raw microscopy data from our publications (since 2013) are archived in SSBD:database / SSBD:repository. It's not only helpful for the research community, but also for ourselves. Thanks to @ssbd_en for all the support!

[Michiyuki Matsuda @Phogemon]

@himagine1975 ありがとうございます。恩師、スタッフ、学生、共同研究者、天祐、神助、ひたすら感謝です！

[Michiyuki Matsuda @Phogemon]

@usa0ri I believe, the award is given to our staff and students including Saori for their hard work and research. As a representative of the team, I am going to the Imperial Palace with the WBC director.

[WCM Office of the Research Dean @WCMResearch]

Congratulations to Dr. Tobias Meyer – Newly Elected Member to the @americanacad ! Dr. Meyer's research focuses on understanding how mammalian cells integrate growth factor, cell-cell contact, and cell-matrix contact signals to control cell function. @tobiasmeyerlab