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TAKEBE Takanori Laboratory Profile
TAKEBE Takanori Laboratory

@TakebeLab

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301

The Takebe Lab account, new-gen organoid engineer, studying hepato-biliary-pancreatic development and disease, pursuing My Medicine

Joined February 2020
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@CincyResearch
Cincinnati Children’s Research
4 months
Scientists from Cincinnati Children’s and colleagues based in Japan report achieving a major step forward in #organoid technology–producing #liver tissue that grows its own internal blood vessels. @TakebeLab @CuSTOMOrganoids
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scienceblog.cincinnatichildrens.org
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@stemcellpodcast
Stem Cell Podcast
6 months
Dr. Hasan Al Reza and a team in the @TakebeLab at @CuSTOMOrganoids developed multi-zonal liver #organoids! This model can recapitulate hepatic architecture relevant to liver development and disease. Article: https://t.co/1blXsaSEMG Discussion: https://t.co/awhXjclwN9
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@ss_f_official
STELLAR SCIENCE FOUNDATION (SS-F)
8 months
奨学金額約1,000万円(年間)、世界トップ研究室での研究環境を受けられるプログラム「Global Science
@ss_f_official
STELLAR SCIENCE FOUNDATION (SS-F)
8 months
Global Science Scholars(GSS)プログラムの次期締切は3月25日です! 奨学金額1,000万円(年間)、世界トップ研究室での研究環境を受けられるプログラムは、候補者が決まり次第募集終了となります。 関心のある方は、次回締切までにお早めのエントリーをお勧めします。
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@MedCellPress
Med by Cell Press
1 year
Med paper wins the 2024 Ig Nobel Prize in #Physiology! Learn about the forward-thinking researchers, their award-winning work, and what this recognition means to us at Med: https://t.co/aa36rAOxF3
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@TakebeLab
TAKEBE Takanori Laboratory
1 year
Congrats on amazing work!!!! So excited to be part of your and Johan’s vision!
@YasmineJLiu
Yasmine Liu
1 year
Our work on the role of NAD+ de novo synthesis in MASLD is out in Journal of Hepatology! @JHepatology Inhibiting ACMSD boosts liver NAD+ levels and reduces fibrosis, inflammation, and DNA damage in both mice and human liver organoids. Paper:
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@YasmineJLiu
Yasmine Liu
1 year
Our work on the role of NAD+ de novo synthesis in MASLD is out in Journal of Hepatology! @JHepatology Inhibiting ACMSD boosts liver NAD+ levels and reduces fibrosis, inflammation, and DNA damage in both mice and human liver organoids. Paper:
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journal-of-hepatology.eu
Recent findings reveal the importance of tryptophan-initiated de novo nicotinamide adenine dinucleotide (NAD+) synthesis in the liver, a process previously considered secondary to biosynthesis from...
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@NIKKEITheSTYLE
NIKKEI The STYLE
1 year
横浜市大、東京医科歯科大、大阪大、米シンシナティ小児病院などで研究する傍ら、若手科学者の研究支援など「5足以上のわらじ」を履く、再生医療研究のトップランナー、武部貴則さん。その精力的な活動の原点とは。 4日付My Story「幸せと健康、科学で届ける」 #nikkeithestyle #武部貴則 #再生医療
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@streetmedical03
ストリートメディカルラボ
1 year
武部学長は今年もACCデザイン部もの審査員を務めます。
@ACC_PR
ACC_PR
1 year
2024 #ACC賞 デザイン部門 審査委員紹介✨ 川村真司(審査委員長)、黒田英邦、佐藤ねじ、鈴木雅子、武部貴則、戸村朝子、原田祐馬、朴正義、ムラカミカイエ、ライラ・カセム プロフィール詳細👉 https://t.co/5lZVClJotG 応募要項👉 https://t.co/JbKq6NAZni
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@masakawa
masakawa
1 year
ACCデザイン部門の審査委員が発表されました!正直、僕なんかが委員長やってる場合じゃねーぞってくらい素晴らしい審査委員の方々にお声がけさせていただきました🙏このメンバーなら、多様なデザインを、多様な視点から審査できると信じてますので、ぜひぜひご応募ください! https://t.co/QpoYrC5xLv
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acc-awards.com
各部門の審査委員をご紹介します。
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@ACC_PR
ACC_PR
1 year
2024 #ACC賞 デザイン部門 審査委員紹介✨ 川村真司(審査委員長)、黒田英邦、佐藤ねじ、鈴木雅子、武部貴則、戸村朝子、原田祐馬、朴正義、ムラカミカイエ、ライラ・カセム プロフィール詳細👉 https://t.co/5lZVClJotG 応募要項👉 https://t.co/JbKq6NAZni
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@TakebeLab
TAKEBE Takanori Laboratory
2 years
Congrats, Masaki, on your provocative perspective on probing personalized traits using stem cell-based systems @Trends_Endo_Met ! #iPSC based Cell and #organoid "villages" are powerful investigative strategies!
@Trends_Endo_Met
Trends in Endocrinology & Metabolism
2 years
Online Now: Cellotype–phenotype associations using ‘organoid villages’ https://t.co/jRuVEz1qT5 #trends #endocrinology #metabolism
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@nyscf
New York Stem Cell Foundation Research Institute
2 years
Insightful discussion on the critical factors for successful organoid-based drug discovery earlier today at the @ISSCR Cincinnati Symposium featuring outstanding panelists including NYSCF—Robertson #StemCell Investigator Alumni @TakebeLab & @ChenShuibing!
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@JimWellsLab
Jim Wells Lab
2 years
Opening session of ISSCR Cincinnati International Symposium @ISSCR @CuSTOMOrganoids
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@nyscf
New York Stem Cell Foundation Research Institute
2 years
Fantastic to see NYSCF—Druckenmiller Fellow Kentaro Iwasawa (@CincyChildrens) speaking this morning at the @ISSCR Cincinnati Symposium about his work using human organoid models and mouse embryos to study early liver specification
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@ISSCR
ISSCR
2 years
Join researchers at the Cincinnati International Symposium to learn about cutting-edge technologies like #cellengineering & explore applications to #diseasemodeling, #regenerativemedicine, & the development of therapeutic strategies👉 https://t.co/IGInzXyoTR @WUSTL @KeioGlobal
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@CincyChildrens
Cincinnati Children's
2 years
In the Spotlight: Imagine a day when lab-made mini-organs—called organoids—could serve as an alternative source for organ transplants. Learn how our @CuSTOMOrganoids experts are advancing organoid technology to help make this a reality, @ScienceMagazine: https://t.co/sIPTmfl6Ak
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@ss_f_official
STELLAR SCIENCE FOUNDATION (SS-F)
2 years
【英語を活かせる求人募集】 研究者向けのコミュニティ運営ができる方を募集しています。コミュニティ運営、イベントの企画・実行経験必須。研究領域でのご経験がある方は大歓迎。弊社のビジョン「科学で世界を前に進める」に共感いただける方からのお問い合わせをお待ちしております!
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@MingxiaGu
Mingxia Gu
2 years
Learn more about CuSTOM at CCHMC 👇We're revolutionizing the field of organoid research to advance personalized medicine🎉 Join us in shaping the future of healthcare. @CuSTOMOrganoids https://t.co/aiU9Tqp3QN
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science.org
Organoids are a research tool, but could serve as an alternative organ source for transplantation.
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@ZornLab
Aaron Zorn
2 years
Congratulations to @MingxiaGu @CuSTOMOrganoids for winning the Research Achievement Award @CincyChildrens for her amazing work on endothelial development and disease with vascular organoids
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@TakebeLab
TAKEBE Takanori Laboratory
2 years
Huge congratulations to Sergiu @Sergiu_P_Pasca and Jun @leo_jwu! Well-deserved!
@ISSCR
ISSCR
2 years
👏👏 Congratulations 2024 ISSCR Award Honorees! Learn more about the work of these exceptional scientists who are advancing the field of #stemcell science and regenerative medicine. 👇 https://t.co/ePyre7jPdF
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