Biomolecular motors convert the chemical energy of ATP into a locomotive force that powers muscle contraction and cell division. These nanomachines can be exploited for powering synthetic devices, drug delivery systems, smart nanomaterials, and nano-propellers. Time-lapse video microscopy will demonstrate these machines at work.
Lecturer Amir Khan
Amir Khan graduated with a BSc from the University of Toronto, and performed his PhD work at the University of Alberta, Canada. His thesis project involved the characterization of stomach enzymes using protein X-ray crystallography. Amir proceeded to post-doctoral studies at Harvard University (USA), studying how the immune system is able to recognize viral antigens. Following a brief stay at the Institut Curie (Paris, France), he began a new research group at Trinity College Dublin, focusing on the mechanisms by which vesicles are transported inside living cells via motor proteins.
Thislecture is part of A Session By Trinity College Dublin which was broadcast Thursday, 8th September 2005, 10.00-12.00.
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