Kazuo Kitamura

Since our last update, we published two papers on the cerebellum in Neural Networks and PNAS Nexus, respectively. sciencedirect.com/science/articl… academic.oup.com/pnasnexus/arti…

放送後は上記YouTubeチャンネルで見れます。

■放送局　　　UTYテレビ山梨 ■放送期間　　10月7日（月）18：55～19：00（再放送予定：11月5日（火）同時刻） ■番組名　　　ナシダイブ～ライフサイエンスコース編～ ◆本学公式YouTubeチャンネルはこちら （URL：youtube.com/channel/UC_YLF…） ※10月8日（火）9：00～　配信開始予定です。

令和6年10月7日（月）、UTYテレビ山梨において、オリジナルミニ番組 令和6年 度第4弾「『ナシダイブ』～ ライフサイエンスコース編～」を放送します。研究室メンバーが出ます。

Join us in honoring Prof. Tomoyuki Takahashi's career in #neuroscience as he retires from OIST. 👏From patch-clamp to proteomics, his innovative research methodologies have reshaped our understanding of synapses. Thank you for your profound impact! 🧠 oist.jp/node/41199/

@Labrigger Cousa objective is working nicely! Please add me, too!

We made a slack-like user group for 2p imaging in neuroscience, Diesel2p users, Cousa. If you want in, let me know.

Masayuki Sakamoto and colleagues have developed improved green cAMP and red calcium sensors to facilitate dual-color imaging in vivo. These sensors will allow studying the relationship between calcium and cAMP signaling. nature.com/articles/s4159…

Excited to share that our new paper, led by Tatsushi Yokoyama, is out in @naturemethods . We developed improved genetically encoded green cAMP (cAMPinG1) and red calcium (RCaMP3) indicators for dual-color monitoring of cAMP and calcium signaling in vivo. nature.com/articles/s4159…

日本語によるプレスリリース 「脳による新たな排尿メカニズムの解明」 yamanashi.ac.jp/wp-content/upl…

New article is out in @SciReports ! Optogenetic stimulation of neurons in the anterior cingulate cortex induces changes in intravesical bladder pressure and the micturition reflex. rdcu.be/dBpfW We showed the role of ACC for the micturition reflex.

16:30頃に塩山からかいじ号乗ったけど 大月駅に停車してからもう5時半経つ 車内の電気も消えたという 運転再開の見込みたつず #大雪 #山梨 #中央線

Correct link: doi.org/10.7554/eLife.… @eLife

Another preprint is now published online at @eLife ! Dynamic organization of cerebellar climbing fiber response and synchrony in multiple functional components reduces dimensions for reinforcement learning | eLife (elifesciences.org)

Complex spike responses of a single mouse cerebellar Purkinje cell are modulated by multiple behavioral parameters in a self-initiated lever pull task, suggesting spatial modules of these cells that mediate functions of the cerebellar cortex. @kazkitamura nature.com/articles/s4200…

Our preprint (biorxiv 2022.08.24.5052) is now officially out in @CommsBio ! rdcu.be/dlIwP

We are looking for a Postdoc to be one of the founding members of @dkneurolab in @dev_neuro at King's College London! Position is fully funded and will focus on how the cerebellum talks to the forebrain. Please share and apply here by 20 September: tinyurl.com/dkneurolabpost…

@ra2174 Yes! It’s actually called “the dolphin rock” at Mt.Tsubakuro in Nagano, Japan.

@kazkitamura Looks like a dolphin popping out of the water. Nice shot!

For #FluorescenceFriday I present a matrix impression of calcium fluctuations in #dendrites of a Purkinje Cell imaged in vivo with two-photon microscopy in a mouse #cerebellum. Data courtesy of Kazuo Kitamura @kazkitamura at the University of Yamanashi, Japan. #microscopy #neuroscience #femtosecond #laser