Neuroscientists Talk Shop

Neuroscientists Talk Shop

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Neuroscientists Talk Shop episodes

  • Yoland Smith PhD
    Yoland Smith (Yerkes Primate Center, Emory University) discusses how the motor symptoms of Parkinsonism may not connect with our emerging understanding of the the complex interconnectivity of the basal ganglia thalamo-cortical loop. The group discuss anatomical details of the circuit in rodent and primate, and consider other possible network components that might generate the complex pathophysiology of Parkinson’s Disease.
    Apologies for the crackle in the recording. We recommend not doing this one with headphones. This one is so worth it, please bear with us!
    Duration: 43 minutes
    Discussants:(in alphabetical order)
    Alfonso Apicella (Asst Prof, UTSA)
    Carlos Paladini (Assoc. Prof, UTSA)
    Charles Wilson (Ewing Halsell Chair, UTSA)
    acknowledgement: JM Tepper for original music.
    44 min
  • Yoland Smith PhD
    Yoland Smith (Yerkes Primate Center, Emory University) discusses how the motor symptoms of Parkinsonism may not connect with our emerging understanding of the the complex interconnectivity of the basal ganglia thalamo-cortical loop. The group discuss anatomical details of the circuit in rodent and primate, and consider other possible network components that might generate the complex pathophysiology of Parkinson’s Disease.
    Apologies for the crackle in the recording. We recommend not doing this one with headphones. This one is so worth it, please bear with us!
    Duration: 43 minutes
    Discussants:(in alphabetical order)
    Alfonso Apicella (Asst Prof, UTSA)
    Carlos Paladini (Assoc. Prof, UTSA)
    Charles Wilson (Ewing Halsell Chair, UTSA)
    acknowledgement: JM Tepper for original music.
    44 min
  • Episode 156 -- Susan Patterson, PhD

    Thursday, September 22, 2016

    Susan Patterson (Temple University) introduces neuro-immune interactions in the CNS, and discusses her ideas about how immune dysregulation and cognitive vulnerability may collide in the aging brain.

    Duration: 37 minutes

    Discussants:(in alphabetical order)

    Isabel Muzzio (Assoc. Prof, UTSA)

    Salma Quraishi (Res. Asst Prof, UTSA)

    Charles Wilson (Ewing Halsell Chair, UTSA)

    acknowledgement: JM Tepper for original music.

    37 min
  • Susan Patterson PhD
    Susan Patterson (Temple University) introduces neuro-immune interactions in the CNS, and discusses her ideas about how immune dysregulation and cognitive vulnerability may collide in the aging brain.
    Duration: 37 minutes
    Discussants:(in alphabetical order)
    Isabel Muzzio (Assoc. Prof, UTSA)
    Salma Quraishi (Res. Asst Prof, UTSA)
    Charles Wilson (Ewing Halsell Chair, UTSA)
    acknowledgement: JM Tepper for original music.
    37 min
  • Susan Patterson PhD
    Susan Patterson (Temple University) introduces neuro-immune interactions in the CNS, and discusses her ideas about how immune dysregulation and cognitive vulnerability may collide in the aging brain.
    Duration: 37 minutes
    Discussants:(in alphabetical order)
    Isabel Muzzio (Assoc. Prof, UTSA)
    Salma Quraishi (Res. Asst Prof, UTSA)
    Charles Wilson (Ewing Halsell Chair, UTSA)
    acknowledgement: JM Tepper for original music.
    37 min
  • Susan Patterson PhD
    Susan Patterson (Temple University) introduces neuro-immune interactions in the CNS, and discusses her ideas about how immune dysregulation and cognitive vulnerability may collide in the aging brain.
    Duration: 37 minutes
    Discussants:(in alphabetical order)
    Isabel Muzzio (Assoc. Prof, UTSA)
    Salma Quraishi (Res. Asst Prof, UTSA)
    Charles Wilson (Ewing Halsell Chair, UTSA)
    acknowledgement: JM Tepper for original music.
    37 min
  • Episode 155 -- Howard Eichenbaum, PhD

    Tuesday, September 20, 2016

    Howard Eichenbaum (Boston University) discusses “memory fields” in hippocampus as a way to think about the fundamental associative properties of the hippocampus.  He introduces place cells, and discusses the discovery that these cells code for time as well as space, as well as other  dimensions.

    Duration: 35 minutes

    Discussants:(in alphabetical order)

    Alfonso Apicella (Asst Prof, UTSA)

    Isabel Muzzio (Assoc. Prof, UTSA)

    Todd Troyer (Assoc. Prof, UTSA)

    Salma Quraishi (Res. Asst Prof, UTSA)

    Matt Wanat (Asst Prof, UTSA)

    Charles Wilson (Ewing Halsell Chair, UTSA)

    acknowledgement: JM Tepper for original music.

    35 min
  • Howard Eichenbaum PhD
    Howard Eichenbaum (Boston University) discusses “memory fields” in hippocampus as a way to think about the fundamental associative properties of the hippocampus. He introduces place cells, and discusses the discovery that these cells code for time as well as space, as well as other dimensions.
    Duration: 35 minutes
    Discussants:(in alphabetical order)
    Alfonso Apicella (Asst Prof, UTSA)
    Isabel Muzzio (Assoc. Prof, UTSA)
    Todd Troyer (Assoc. Prof, UTSA)
    Salma Quraishi (Res. Asst Prof, UTSA)
    Matt Wanat (Asst Prof, UTSA)
    Charles Wilson (Ewing Halsell Chair, UTSA)
    acknowledgement: JM Tepper for original music.
    35 min
  • Howard Eichenbaum PhD
    Howard Eichenbaum (Boston University) discusses “memory fields” in hippocampus as a way to think about the fundamental associative properties of the hippocampus. He introduces place cells, and discusses the discovery that these cells code for time as well as space, as well as other dimensions.
    Duration: 35 minutes
    Discussants:(in alphabetical order)
    Alfonso Apicella (Asst Prof, UTSA)
    Isabel Muzzio (Assoc. Prof, UTSA)
    Todd Troyer (Assoc. Prof, UTSA)
    Salma Quraishi (Res. Asst Prof, UTSA)
    Matt Wanat (Asst Prof, UTSA)
    Charles Wilson (Ewing Halsell Chair, UTSA)
    acknowledgement: JM Tepper for original music.
    35 min
  • Howard Eichenbaum PhD
    Howard Eichenbaum (Boston University) discusses “memory fields” in hippocampus as a way to think about the fundamental associative properties of the hippocampus. He introduces place cells, and discusses the discovery that these cells code for time as well as space, as well as other dimensions.
    Duration: 35 minutes
    Discussants:(in alphabetical order)
    Alfonso Apicella (Asst Prof, UTSA)
    Isabel Muzzio (Assoc. Prof, UTSA)
    Todd Troyer (Assoc. Prof, UTSA)
    Salma Quraishi (Res. Asst Prof, UTSA)
    Matt Wanat (Asst Prof, UTSA)
    Charles Wilson (Ewing Halsell Chair, UTSA)
    acknowledgement: JM Tepper for original music.
    35 min

About Neuroscientists Talk Shop

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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…

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