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Thursday, April 26, 2012
Anastassios Tzingounis (University of CT) discusses the mysterious slow after-hyperpolarization current, and talks about a candidate component mechanism he has described that involves the calcium sensor hippocalcin. He also discusses how he is using atomic force microscopy to map changing distributions of ion channels on living cells.
Duration: 39 minutes
Discussants:(in alphabetical order)
Carlos Paladini (Assoc Prof, UTSA)
Salma Quraishi (Res Asst Prof, UTSA)
Fidel Santamaria (Asst Prof, UTSA)
Todd Troyer (Asst Prof, UTSA)
Charles Wilson (Prof, UTSA)
acknowledgement: JM Tepper for original music.
By Neuroscientists Talk Shop4.1
1313 ratings
Thursday, April 26, 2012
Anastassios Tzingounis (University of CT) discusses the mysterious slow after-hyperpolarization current, and talks about a candidate component mechanism he has described that involves the calcium sensor hippocalcin. He also discusses how he is using atomic force microscopy to map changing distributions of ion channels on living cells.
Duration: 39 minutes
Discussants:(in alphabetical order)
Carlos Paladini (Assoc Prof, UTSA)
Salma Quraishi (Res Asst Prof, UTSA)
Fidel Santamaria (Asst Prof, UTSA)
Todd Troyer (Asst Prof, UTSA)
Charles Wilson (Prof, UTSA)
acknowledgement: JM Tepper for original music.

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