Kei Takahata

PhD（Health Science） / Osaka university / Physical Therapist / Osteoarthritis, Mechanobiology. 阪大特任研究員_学振PD

[増井公祐｜東大発バイオスタートアップのCEO @KosukeMasui]

埼玉県立大学の国分先生と東大・酒井研との共著論文がFASEB Journalに掲載されました。

マウスの膝関節は極めて小さく、これまで関節液（滑液）をまともに採取できず、変形性関節症のバイオマーカー研究の壁になっていました。

そこで活躍したのが、弊社が眼科手術補助材等にも用いている 注入型ゲル「テトラスライム」。

液体で膝に注入→数分で固化→ゲルごと回収��溶かして中身を抽出、という流れで、世界で初めてマウス滑液中のmiRNAをデジタルPCRで定量できました。

塞ぐ・支えるだけでなく、「体内で検体を捕まえる」診断ツールとしても効く。プラットフォームの広がりを実感した一報です。
https://t.co/EnxgBcrOiY

[Kei Takahata @doctor_tkht]

@Tsubo7777777 第1著者の高���と申します！取り上げて頂きありがとうございます🙇‍♂️

[Osteoarthritis and Cartilage Journals @OACJournal]

#ACL injury initiates #PTOA via two distinct processes: initial injury of the cartilage surface and secondary joint instability. Takahata et al. aimed to reveal the individual effects of cartilage compression and joint instability on PTOA progression.
🔗
https://t.co/T005oPsdd6

[Kei Takahata @doctor_tkht]

This is my new preprint about investigation of murine synovial fluid miRNAs during OA progression.
急性炎症由来の膝OAマウスモデル対象に，膝関節液miRNAから発症機序を探索した研究となり��す！https://t.co/A8A4bdCUjX

[Kei Takahata @doctor_tkht]

この研究では，ACL損傷後の膝OA発症過程において，関節面接触に伴う急性軟骨損傷と二次的な関節不安定性の双方の影響をマウスモデルを用いて解明しました．
This study elucidated each effect of initial joint damage and secondary joint instability during OA progression following ACL injury.

[Kei Takahata @doctor_tkht]

学振の若手研究者-海外挑戦プログラムで留学していたUC DAVISでの研究がOsteoarthrits Cartilage誌に掲載されました！
I'm happy to share our latest paper in Osteoarthritis Cartilage, collaborated with Christiansen. Lab in UC-DAVIS!
https://t.co/AJIsUwyzs6

[Kei Takahata @doctor_tkht]

4/1より学振PDとして大阪大学 基礎工学研究科の特任研究員に着任することになりました！これから多くのことを学んでいきたいと思います！

It's my pleasure to research at Osaka university!

[Lake Lab @The_Lake_Lab]

Shoutout to Haruna @Takahashi_2491 as today is her last day in our lab😢We're sad she has to return to @KokubunTakanori Lab but we had so much fun getting to know her this summer and we're so excited to see what she will accomplish next! Safe travels and we hope to see you soon✈️

[Kei Takahata @doctor_tkht]

I’m really glad to share the study project with @ChristiansenLab!! This study investigated the initial effect of concurrent joint contact when getting an ACL injury on OA progression using mice models. Check it out🔥🔥
https://t.co/iwIGTUuZfp

[Takanori Kokubun @KokubunTakanori]

Excited to share our lab's works as a pre-print from 3 grad students‼️ Check it out‼️
Achilles Tendon healing from @MoeYoneno
👉https://t.co/tT2HXSeN5b
Cartilage Degeneration from @doctor_tkht
👉https://t.co/xAkHpaPxRj
ACL Healing from @Riku_SPU_pt
👉https://t.co/HQbNBc50lE

[Kei Takahata @doctor_tkht]

Awesome study, Will!
Check out everyone!

[Yu-Yang (Will) Lin @WILLYUYANGLIN]

Glad to share my current project regarding the PTOA issue

[Kei Takahata @doctor_tkht]

#OARSI2024

[Kei Takahata @doctor_tkht]

Finally OARSI 2024 started in Austria 🇦🇹

I have two poster: relationship synovitis and cartilage degeneration via synovial fluid miRNA, and initial effect of compression stress during ACL rupture on OA progression. Let’s come and discuss 🔥🔥

[Takanori Kokubun @KokubunTakanori]

Extremely happy to share the work of my Ph.D. student, Yuna @una831351 work. This review paper tried to summarise the current knowledge of how mechanical force works on tendon development. You can check here: https://t.co/iwpSHpJymj We are happy to discuss this huge question!

[ORS ISFR @isfrfractures]

Want to learn master a new technique and use it to advance your own research? @benosipov1 used our Academic Exchange Grant to learn a new method with @ProfGingerFerg that he then proposed in his SUCCESSFUL K99/R00 app. Congrats, Ben! See more here: https://t.co/56zZGTVlEH

[ORS ISFR @isfrfractures]

Need a better reason to apply! Hear how @benosipov1 from @ChristiansenLab at @UCDavisOrtho transformed his 2022 academic exchange grant research into a successful and recently awarded K99 application from @NIH_NIAMS in our #ISFRBreakthroughs newsletter out next week!

[東洋経済オンライン @Toyokeizai]

この春、ある若手研究者が理研から雇い止めされ、中国に移りました。ただ、実は雇い止めは日本を去る一つのきっかけに過���ません。問題の本質は、厳しい上下関係のもとで重鎮の研究者が若手に自由に論文を書かせないなどのアカハラにありました。 https://t.co/AWZ5sDtzRw

[Takanori ITO / 伊藤貴紀 @Tknr_ITO]

Finally, my first paper was published in the International Journal of Industrial Ergonomics!
We examined the kinematics and muscle activation of the wrist and fingers varying by typing skill, showing these characteristics need to be evaluated to extract risk factors for UE-MSDs.

[Yuna Usami @YunaUsamin]

My first preprint is out from @biorxivpreprint !
 “The mechanical force with the physiological movement works as a biological cue in tendon development during the postnatal phase in mice.” https://t.co/W1XOgPBMlo

[Takanori ITO / 伊藤貴紀 @Tknr_ITO]

We have posted as a preprint that "The dominance of wrist and MP joint movement in the horizontal and sagittal planes simplifies motor control during typing" on SSRN; https://t.co/2CLxcgvlpk.

[Takanori Kokubun @KokubunTakanori]

Our new preprint!!!