From Skin to Brain: The epigenetic basis of inflammatory training
In this webinar, Dr. Larson from NYU will discuss inflammatory training - the generation of an epigenetic memory that leads to an augmented state of responsiveness. Previously thought to be exclusive to the immune system, it is now known that epithelial stem cells as well as neurons also undergo inflammatory training.
Online
Inflammatory training is the generation of an epigenetic memory that leads to an augmented state of responsiveness to a broad range of secondary stimuli. Though previously thought to be exclusive to the innate immune system, Dr. Samantha Larsen discovered that epithelial stem cells can undergo inflammatory training that accelerates tissue repair. She revealed this phenomenon hinges on the coordinated efforts of stimulus-specific, stress-responsive, and homeostatic transcription factors that extend to diverse stimuli, cell types, and species. She has now extended her interests in the long-term consequences of inflammation to the brain, where she has identified that neurons, much like other long-lived cell types, undergo inflammatory training that may predispose them to subsequent neurodegeneration. Moving forward, she is addressing the persistent transcriptional and electrophysiological changes that follow concussive brain injury with the ultimate goal of treating and preventing injury-induced neuropathogenesis.
In this webinar hosted by GeneTex, Dr. Samantha Larsen from NYU will give a talk covering
- Inflammatory training and tissue repair
- Long-term consequences of inflammation to the brain
- Brain injury and treating/preventing injury-induced neuropathogenesis
Host: GeneTex
When: Tuesday, 9th November 2021 at 15:00 CET
Where: Online (free)
Registration: Unfortunately, this event is over. Contact us for a link to watch a recording of it!
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