Structure-based development of POLArIS<sup>act</sup><sup>_omni</sup>, a versatile F-actin orientation probe, and its application to the analysis of F-actin dynamics in starfish oocytes

Keisuke Sato

[2C06] Structure-based development of POLArIS^act^_omni, a versatile F-actin orientation probe, and its application to the analysis of F-actin dynamics in starfish oocytes

*Keisuke Sato¹, Ayana Sugizaki¹, Yuna Yamazaki², Katsuhiko Kamada^3,4, Tamao Hisano³, Kazushige Katsura³, Kazuyoshi Chiba², Mikako Shirouzu³, Sumio Terada¹ (1. Tokyo Medical and Dental University, Graduate School of Medical and Dental Sciences, 2. Ochanomizu University, Graduate School of Humanities and Sciences, 3. RIKEN BDR, 4. RIKEN CPR)

Keywords:fluorescence polarization, actin, fluorescent probe

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[2S-Cm] [Transformative Research Areas (A)] Cross-scale Cell Biology

[2C06] Structure-based development of POLArIS^act^_omni, a versatile F-actin orientation probe, and its application to the analysis of F-actin dynamics in starfish oocytes

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Presentation information

[2S-Cm] [Transformative Research Areas (A)] Cross-scale Cell Biology

[2C06] Structure-based development of POLArISact_omni, a versatile F-actin orientation probe, and its application to the analysis of F-actin dynamics in starfish oocytes

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[2C06] Structure-based development of POLArIS^act^_omni, a versatile F-actin orientation probe, and its application to the analysis of F-actin dynamics in starfish oocytes