Proximity biotin labeling-based identification of proteins interacting with Drosophila MyosinID, which switches the chirality of cells and organs.

Ryota Mori; Yusuke Kamei; Satoshi Kuwana; Kenji Matsuno

[3P-0365] Proximity biotin labeling-based identification of proteins interacting with Drosophila MyosinID, which switches the chirality of cells and organs.

〇Ryota Mori¹, Yusuke Kamei¹, Satoshi Kuwana¹, Kenji Matsuno¹ (1.Laboratory of Cell Biology, Department of Biological Science, Graduate School of Science, Osaka University)

Myosin I, Proximity Biotin Labeling, APEX2, Drosophila, Left-Right asymmetry

This archive has moved to the member page of The Molecular Biology Society of Japan.
Members can access the abstracts via links at the member page of the sites.
Please feel free to contact the journal offices for any inquiries.

The 41st Annual Meeting of the Molecular Biology Society of Japan

[3P-0365] Proximity biotin labeling-based identification of proteins interacting with Drosophila MyosinID, which switches the chirality of cells and organs.

Password