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Topic: voltage-gated sodium channels

Seminar
2 seminars

In Biology and Medicine

Seminar · Neuropharmacology

Selectively Silencing Nociceptor Sensory Neurons

Clifford J. Woolf · Harvard Medical School

Thu, Nov 18, 2021 · 15:00 UTC

Local anesthetics decrease the excitability of all neurons by blocking voltage-gated sodium channels non-selectively. We have developed a technology to silence only those sensory neurons – the nociceptors – that trigger pain, itch, and cough. I will tell you why and how we devised the strategy, the way we showed that it works, and will also discuss its implications for treating multiple human disorders.

Seminar · Neuroscience

Selectively Silencing Nociceptor Sensory Neurons

Clifford J. Woolf · Harvard Medical School

Thu, Sep 23, 2021 · 15:00 UTC

Local anesthetics decrease the excitability of all neurons by blocking voltage-gated sodium channels non-selectively. We have developed a technology to silence only those sensory neurons – the nociceptors – that trigger pain, itch, and cough. I will tell you why and how we devised the strategy, the way we showed that it works, and will also discuss its implications for treating multiple human disorders.