第140回 アイセムスセミナー / CeMI セミナーシリーズ39: 水野 秀昭 准教授

Fluorescent proteins become indispensable tools of molecular labeling. By applying color variants of fluorescent proteins to Förester resonance energy transfer (FRET), we could design genetically encoded functional probes. The genetically encoded probes are applicable for imaging in intact animal since it can be introduced by genetic engineering method. In addition to the color variation, we found unique fluorescent proteins that show photoswitching property (Kaede and Dronpa). Recently, based on the photoswitchable fluorescent protein, a new microscopic modality circumventing the diffraction limit of light was invented. Here I introduce our recent achievement of Ca2+ imaging in intact zebrafish embryo with cameleon YC2.60 and biological applications of superresolution imaging.

講演者
水野 秀昭 准教授
ルーヴァン・カトリック大学ベルギー
演題 Functional imaging and superresolution microscopy using fluorescent proteins
日時 2013年8月7日(水)13:00-14:00
場所 京都大学 iCeMS 本館(#70)2階 セミナールーム (A207)
アクセスマップ
フライヤー PDF FilePDF (100KB)
主催 京都大学 物質-細胞統合システム拠点(iCeMS=アイセムス)
連絡先 藤原 敬宏 | tfujiwara@icems.kyoto-u.ac.jp