Conveners
Session III
- Kuo-an Wu
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Prof. Tatsuo Shibata (RIKEN)31/08/2024, 09:00
Most animals have systematic left-right asymmetry in their bodies and organs. Their chiral property should be originated from the organization of the chirality of their constituents. However, the mechanisms of how chiral information is brought from the molecular to the cell, tissue and organ scales are largely unresolved. In my talk, I will present our recent study combining experiment and...
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Prof. Fu-lai Wen (NCU)31/08/2024, 09:30
Highly regenerative animals, such as salamander and zebrafish, can regrow lost appendages and the rate of regrowth is proportional to the amount of appendage loss. This century-old phenomenon prompted us to investigate whether the mechanism of wound healing, as the first stage of regeneration, is responsible for discerning the amputation position. In vitro studies have revealed great insights...
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Yi-deng Hsiao (Academia Sinica)31/08/2024, 10:00
Advancements in interferometric scattering microscopy (iSCAT) enable label-free detection of nanoscale structures and dynamics with high sensitivity and fast acquisition rates. This technology overcomes fluorescence imaging limitations, such as photobleaching, facilitating long-term or high-speed measurements. However, analyzing label-free signals to extract specific target information remains...
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Prof. Feng-chiao Tsai (NTU)31/08/2024, 10:20
Endoplasmic reticulum (ER)-mitochondrial junctions (EMJs) reduce intracellular Ca2+ storage by suppressing store-operated Ca2+ entry (SOCE)
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