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Neuroscientists Talk Shop
Neuroscientists Talk Shop episodes
- Episode 166 -- Christiane Linster PhD
Thursday, March 2, 2017
Christiane Linster (Cornell) discusses the theory and experimental realities at play in modeling learning, memory and neuromodulation in the olfactory system of rodents.
Duration: 40 minutes
Discussants:(in alphabetical order)
Salma Quraishi (Res Asst Prof, UTSA)
Todd Troyer (Assoc Prof, UTSA)
Charles Wilson (Ewing Halsell Chair, UTSA)
acknowledgement: JM Tepper for original music.
40 min - Christiane Linster PhDChristiane Linster (Cornell) discusses the theory and experimental realities at play in modeling learning, memory and neuromodulation in the olfactory system of rodents.Duration: 40 minutesDiscussants:(in alphabetical order)Salma Quraishi (Res Asst Prof, UTSA)Todd Troyer (Assoc Prof, UTSA)Charles Wilson (Ewing Halsell Chair, UTSA)acknowledgement: JM Tepper for original music.40 min
- Christiane Linster PhDChristiane Linster (Cornell) discusses the theory and experimental realities at play in modeling learning, memory and neuromodulation in the olfactory system of rodents.Duration: 40 minutesDiscussants:(in alphabetical order)Salma Quraishi (Res Asst Prof, UTSA)Todd Troyer (Assoc Prof, UTSA)Charles Wilson (Ewing Halsell Chair, UTSA)acknowledgement: JM Tepper for original music.40 min
- Episode 165 -- Bennet Ibey PhD
Thursday, February 16, 2017
Bennet Ibey (Air Force Research Laboratory) discusses the biophysics of how membranes react to electric field pulses. The discussion centers around our reference point for this phenomenom, electroporation.
Duration: 48 minutes
Discussants:(in alphabetical order)
Salma Quraishi (Res Asst Prof, UTSA)
Fidel Santamaria (Assoc Prof, UTSA)
Charles Wilson (Ewing Halsell Chair, UTSA)
acknowledgement: JM Tepper for original music.
49 min - Bennet Ibey PhDBennet Ibey (Air Force Research Laboratory) discusses the biophysics of how membranes react to electric field pulses. The discussion centers around our reference point for this phenomenom, electroporation.Duration: 48 minutesDiscussants:(in alphabetical order)Salma Quraishi (Res Asst Prof, UTSA)Fidel Santamaria (Assoc Prof, UTSA)Charles Wilson (Ewing Halsell Chair, UTSA)acknowledgement: JM Tepper for original music.49 min
- Bennet Ibey PhDBennet Ibey (Air Force Research Laboratory) discusses the biophysics of how membranes react to electric field pulses. The discussion centers around our reference point for this phenomenom, electroporation.Duration: 48 minutesDiscussants:(in alphabetical order)Salma Quraishi (Res Asst Prof, UTSA)Fidel Santamaria (Assoc Prof, UTSA)Charles Wilson (Ewing Halsell Chair, UTSA)acknowledgement: JM Tepper for original music.49 min
- Episode 164 -- Peter Kalivas PhD
Thursday, February 9, 2017
Peter Kalivas (Medical University of South Carolina) discusses how he is incorporating the tetrapartite synapse (pre-synapse, post-synapse, glia and extra-cellular matrix) into understanding addiction circuits and behavior.
Duration: 38 minutes
Discussants:(in alphabetical order)
Carlos Paladini (Prof, UTSA)
Todd Troyer (Assoc Prof, UTSA)
Matt Wanat (Assist Prof, UTSA)
Charles Wilson (Ewing Halsell Chair, UTSA)
acknowledgement: JM Tepper for original music.
38 min - Peter Kalivas PhDPeter Kalivas (Medical University of South Carolina) discusses how he is incorporating the tetrapartite synapse (pre-synapse, post-synapse, glia and extra-cellular matrix) into understanding addiction circuits and behavior.Duration: 38 minutesDiscussants:(in alphabetical order)Carlos Paladini (Prof, UTSA)Todd Troyer (Assoc Prof, UTSA)Matt Wanat (Assist Prof, UTSA)Charles Wilson (Ewing Halsell Chair, UTSA)acknowledgement: JM Tepper for original music.38 min
- Peter Kalivas PhDPeter Kalivas (Medical University of South Carolina) discusses how he is incorporating the tetrapartite synapse (pre-synapse, post-synapse, glia and extra-cellular matrix) into understanding addiction circuits and behavior.Duration: 38 minutesDiscussants:(in alphabetical order)Carlos Paladini (Prof, UTSA)Todd Troyer (Assoc Prof, UTSA)Matt Wanat (Assist Prof, UTSA)Charles Wilson (Ewing Halsell Chair, UTSA)acknowledgement: JM Tepper for original music.38 min
- Harel Shouval PhDHarel Shouval (UT Health, Houston) discusses building models for how time constants of neural circuits adapt to reflect the time constraints of the world. For instance, learning requires associating cues and later rewards, yet the teaching signal (the reward) is temporally distant from the cue itself well outside the timescale of individual neurons.For reference, the discussion touches on these papers.https://www.ncbi.nlm.nih.gov/pubmed/28018206https://www.ncbi.nlm.nih.gov/pubmed/26377457Duration: 41 minutesDiscussants:(in alphabetical order)Salma Quraishi (Res Asst Prof, UTSA)Todd Troyer (Assoc Prof, UTSA)Charles Wilson (Ewing Halsell Chair, UTSA)acknowledgement: JM Tepper for original music.41 min
About Neuroscientists Talk Shop
From the publisher's feed
Neuroscientists Talk Shop is the University of Texas at San Antonio's (UTSA) Neurobiology Podcast, showcasing the current research of internationally renowned guest Neuroscientists. Each episode…
features a moderated discussion with a cross section of UTSA Neurobiology faculty, highlighting the featured guest's research, and the state of the art in the field at hand.
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