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DTSTART:20210101T000000
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DTSTART;TZID=Asia/Singapore:20220222T100000
DTEND;TZID=Asia/Singapore:20220222T110000
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SUMMARY:MBI SPSS: "Role of microtubules and their modifications in the integrin adhesion-dependent mechano-signaling" & "Optogenetic control of YAP localisation and function"
DESCRIPTION:MBI Student and Postdoc Seminar Series (SPSS)\nTime: 10am\nDate: Tuesday\, 22 February 2022\nVenue: Online seminar via ZOOM \nRole of microtubules and their modifications in the integrin adhesion-dependent mechano-signaling.\nBy Deepika Singh\, PhD Student\, Viasnoff Group \n\nOptogenetic control of YAP localisation and function\nBy Toh Jia Ying Pearlyn\, PhD Student\, Saunders Group \n  \nFind Help\nNon MBI staff who are interested in attending should contact Qiao Jing at mbilqj@nus.edu.sg for Zoom details. If you are having difficulty connecting\, contact the MBI ITCore at mbit@nus.edu.sg.
URL:https://www.mbi.nus.edu.sg/event/mbi-spss-4/
LOCATION:ZOOM webcast
CATEGORIES:MBI Student & Postdoc Seminar
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BEGIN:VEVENT
DTSTART;TZID=UTC:20220225T100000
DTEND;TZID=UTC:20220225T110000
DTSTAMP:20260417T213557
CREATED:20220221T051120Z
LAST-MODIFIED:20220404T053807Z
UID:33916-1645783200-1645786800@www.mbi.nus.edu.sg
SUMMARY:MBI Weekly Meeting: Understanding human neuropathology with human neural cells
DESCRIPTION:MBI Weekly Meeting\nTime: 10am\nDate: Friday\, 25 February 2022\nVenue: Online seminar via ZOOM \nUnderstanding human neuropathology with human neural cells\nBy Alfred Sun\, Principal Investigator\, Duke-NUS Medical School\, Singapore \nAbstract: \nComplementary to animal models\, human neural cells are emerging as a useful tool to understand human brains and model human neurological diseases\, pivoting on the idea that human specific features may be manifested better with human cells. Here in this talk I shall share some of my past works on human neural cells  and my future plans continuing this line of research\, ideally with collaborative inputs from experts of other disciplines (MBI!). My interest in this area of research started in graduate school when I co-discovered neurogenic microRNAs that act as powerful fate-switchers in directly converting human dermal fibroblasts to neurons. Continuing this line of research\, I spend several years of my postdoc identifying and optimizing genetic factors that could efficiently and robustly generate electrically mature excitatory and inhibitory neurons. Functional investigation of these induced neurons and 3D brain organoids led me to uncover a novel potassium channel dysfunction that underlies epilepsy in Angelman syndrome. Concurrently\, I am part of a team that developed world-first human organoid model that resembles the midbrain\, and I am applying it to understand neurodegeneration\, focusing on Parkinson’s disease. \n  \nFind Help\nNon MBI staff who are interested in attending should contact Qiao Jing at mbilqj@nus.edu.sg for Zoom details. If you are having difficulty connecting\, contact the MBI ITCore at mbit@nus.edu.sg.
URL:https://www.mbi.nus.edu.sg/event/mbi-weekly-meeting-understanding-human-neuropathology-with-human-neural-cells/
LOCATION:ZOOM webcast
CATEGORIES:MBI Weekly Seminar
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