13 episodes
CortexCast - A Neuroscience Podcast Oxford University
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- Education
In-depth yet accessible interviews with world-leading neuroscientists, exploring cutting edge techniques, challenges in the field, and how these researchers think not only about the brain but life in general. The conversations are accessible to anyone with an interest in science. CortexCast is the official podcast of the Oxford University Cortex Club, a student run society that connects local and internationally recognised neuroscientists with students and researchers in Oxford through forums such as panels discussions, lectures and small debates.
If you are interested in Cortex then this is the 'cast for you.
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Motor neurone disease and iPSCs - Dr. Björn Vahsen
In this episode, Katy interviews Björn Vahsen to discuss his ongoing research on Motor neurone disease using iPSCs to co-culture microglia and motor neurons.
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Sleep and Scents - Dr. Julia Harris
In this episode, we interview Dr. Julia Harris to discuss her ongoing research on sleep utilising the olfactory system. Creative Commons Attribution-Non-Commercial-Share Alike 2.0 UK: England & Wales; http://creativecommons.org/licenses/by-nc-sa/2.0/uk/
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Recovering Movement - Charlotte Stagg
In this episode with Professor Charlotte Stagg, we talk about non-invasive brain stimulation techniques used to understand how the brain adapts to new challenges in the recovery of motor function after stroke. https://www.ndcn.ox.ac.uk/team/charlotte-stagg
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Snoozing Fruitflies
In this episode with Dr Sarnataro, we explore techniques used during his recent PhD to investigate the mitochondrial dynamics in neurons of sleeping fruitflies. Raffaele also offers advice on how to make the most of an Oxford PhD position. Raffaele Sarnataro — Department of Physiology, Anatomy and Genetics (DPAG) (ox.ac.uk)
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The Moving Brain with Dr. Andrew Peters
We met with Dr Andrew Peters (a new PI) to discuss his career in neuroscience so far studying movement in the brain. By combining multiple modern techniques, Andy interrogates global circuits during motor learning and behaviour.
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