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iCeMS見学グループセミナー:Dr. Ilaria Testa

 このたび、高等研究院物質-細胞統合システム拠点 (iCeMS) 見学グループでは、
セミナーを以下の通り開催いたします。
事前申し込みは不要ですので、皆様のご参加をお待ちしております。

Dr. Ilaria Testa

Assistant Professor, Department of Applied Physics, KTH Royal Institute of technology, Sweden

MoNaLISA: a faster and gentler super resolution approach for 3D-4D live imaging

The formidable ability of fluorescent nanoscopy to image features closer than half the wavelength of light often comes at the expense of time and increased dose of energy for recording. We developed a gentle fluorescent nanoscope based on the reversible switch of fluorescent proteins, capable of resolving cellular structures within the whole cell at spatial resolutions down to between 40–60 nm using minimal light intensities (50-500 W/cm2). Our approach, named MoNaLISA for molecular nanoscale long term imaging with sectioning ability, is based on thousands of focal spots that switch and read-out the fluorescence signal emitted by reversible switchable fluorescent proteins. MoNaLISA illumination scheme happen in three steps and it is highly parallelized enabling acquisition time in the order of the 0.2–2Hz for large fields of view (50μm). The spatially modulated
illuminations in ON-switching and read-out lead to images with tenfold enhanced contrast and intrinsic optical sectioning.
MoNaLISA imaging is extendable to the whole range of reversible switchable fluorescent proteins without compromising image contrast. We demonstrate the general use of MoNaLISA in living cells and tissues such as human fibroblast, hippocampal neurons, colonies of mouse embryonic stem cells and organotypic slice culture.

日時 2017年9月29日(金)13:15~14:15
場所 京都大学 iCeMS 本館(建物番号 77)2階 セミナールーム (A207)
アクセス
事前登録 必要なし
演題 MoNaLISA: a faster and gentler super resolution approach for 3D-4D live imaging
言語 英語
主催 京都大学 高等研究院 物質-細胞統合システム拠点(iCeMS)見学美根子グループ
問い合わせ先 iCeMS 見学美根子 グループ
kengaku-g [at] icems.kyoto-u.ac.jp

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