The Stem Cell Podcast

Ep. 66: “New Parkinson’s Therapy” Featuring Dr. Su-Chun Zhang

May 24, 2016
Dr. Su-Chun Zhang, a renowned neuroscientist from the University of Wisconsin–Madison, dives into groundbreaking research on Parkinson's disease. He explains how he generates midbrain dopamine neurons from human stem cells, which are crucial for treating the condition. The discussion covers innovative approaches like creating a safety 'switch' for grafted cells and using designer receptors to control neuron activity. Zhang also highlights translational challenges and future clinical applications, showcasing the potential of stem cell therapy to revolutionize treatment for neurological disorders.
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INSIGHT

Hype Harms Progress

  • The public and media often overhype stem cell promises, pushing unrealistic timelines.
  • Hosts stress that measured, accurate communication is needed to avoid harm and premature use.
ANECDOTE

Zika In Organoids Shows TLR3 Link

  • Researchers infected cerebral organoids made from human pluripotent stem cells with Zika to model fetal brain effects.
  • They linked TLR3 activation to disrupted neurogenesis and reduced organoid size.
INSIGHT

Genome Folding Influences iPSC Fate

  • 3D genome architecture matters for iPSC fidelity and differentiation outcomes.
  • Incomplete restoration of chromatin folding can bias iPSCs toward their cell-of-origin identity.
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