About iCeMS アイセムスについて
At Kyoto University’s Institute for Integrated Cell-Material Science (iCeMS) we are investigating the mysteries of life by creating compounds that can regulate cellular activity with the goal of developing superior functional materials inspired by life’s phenomena.
Cell Biologists, biophysicists, materials scientists, physicists, and bioengineers are combining perspectives from diverse backgrounds, and collaborating to find novel approaches to creating innovative research. These interdisciplinary efforts are essential for solving multifaceted scientific and societal challenges, such as global warming, environmental pollution, disease and aging-related issues.
We will continue with our work, expecting that flashes of inspiration will lead to technological innovations and, moreover, a better world.
Activities
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Photoinduced Catalytic Organic-Hydride Transfer to CO2 Mediated with Ruthenium Complexes as NAD+/NADH Redox Couple Models
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ABCA1 and cholesterol transfer protein Aster-A promote an asymmetric cholesterol distribution in the plasma membrane
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Separating water isotopologues using diffusion-regulatory porous materials
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Non–contact real–time detection of trace nitro-explosives by MOF composites visible–light chemiresistor
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Polyoxocationic antimony oxide cluster with acidic protons
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Structural colour enhanced microfluidics
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Tunable acetylene sorption by flexible catenated metal–organic frameworks
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Generation and gene expression profiles of Grevy’s zebra iPSCs
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Overcoming humidity-induced catastrophic swelling of graphene oxide-based hydrogen membranes using charge-compensating nanodiamonds
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Extended π-Electron Delocalization in Quinoid-Based Conjugated Polymers Boosts Intrachain Charge Carrier Transport
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Ｆｏｒ Ｆｕｔｕｒｅ 先端技術（７８）京都大学 多孔性配位高分子
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環境・エネルギー問題に挑む冒険的なアプローチ シバニア・イーサンさん【海を越えて きた研究者たち】
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［創造への多様性］（５）臓器チップで種の保存 ⻲井謙一郎さん
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細胞膜のコレステロール 恒常性維持の仕組み解明 京大アイセムスが成果
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重水：「重水」効率よく分離 トリチウム除去応用も 京大チーム、微小な穴持つ材料活用
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水・重水分離、ナノ細孔多孔性材で効率１００倍 京大が高純度化技術
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京大グループ、多孔性材料開発 水と「重水」分離 効率１００倍
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水と重水、効率よく分離、京大が新材料、通すだけ、放射線治療などコスト減
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［なるほど科学＆医療］新素材「多孔性金属錯体」 極微の穴無数 ガス吸着
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Novel positively charged oxide clusters synthesized: Potential for use as an acid catalyst
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Abdalkader, Rodi （Kamei Lab, iCeMS）
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Yu, Zutao （Namasivayam Lab, iCeMS）
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Ghalei, Behnam （Sivaniah Lab, iCeMS）
January 11, 2023
[Jan 11] Furukawa Lab Seminar: Prof Bernd M. Schmidt
January 11, 2023
[Jan 11] Kitagawa Lab Seminar: Prof Qiang Xu
November 7, 2022
[Nov 7] Taniguchi Lab Seminar: Dr Jieun Jung
November 4, 2022
[Nov 4] Furukawa Lab Seminar: Ms Emily Meekel
September 29, 2022
[Sep 29]UCLA – Kyoto University Online seminar series #4: Molecular Biology Approaches
June 2, 2022
[June 2] Kitagawa Lab Seminar: Dr Christian Serre
May 18, 2022
[Mar 18]Namasivayam Lab Seminar：Dr Enver Cagri Izgu
March 23, 2022
[Mar 23]UCLA – Kyoto University Online seminar series #3: New developments in Cancer Research
March 22, 2022
[Mar 22] Kitagawa Lab Seminar: Assoc. Prof. Ryo Kitaura
March 3 , 2022
[Mar 3] The SPIRITS International Symposium
February 7 -8 , 2021
WPIサイエンスシンポジウム：21世紀の「生命」研究
December 26 , 2020
高校生向けWPIシンポジウム2020「WPIから世界トップレベルの研究者がやってくる！」
August 5 , 2020
ナレッジキャピタル超学校ONLINE関西WPIシリーズ 第4回「科学と世界のおもろ〜い人達のクイズ選手権2020夏～大学で発見された新しい材料（PCP/MOF）の研究と起業とその周辺の話～」
February 1 , 2020
ナレッジキャピタル超学校「インクを使わず亀裂で印刷！」
January 12 , 2020
第8回 WPI サイエンスシンポジウム「数学の驚くべき力 数学が繋ぐ多様な世界」
January 9 , 2020
iCeMSキャラバン（中国・東北育才学校）
November 30 , 2019
iCeMSキャラバン（北海道北見北斗高校）
November 8 , 2019
iCeMSサイエンスフェスティバル2019
August 1 , 2019