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\nDr. Patapoutian's lab is interested in the molecular description of sensory neuron function. Their research focuses on the somatic sensory neurons that translate thermal, chemical, and mechanical stimuli to impart the characteristics of touch and pain. They have cloned and characterized TRP ion channels involved in detecting temperature and sensory compounds.\n

\n\nThey are continuing to identify additional sensory receptors while working towards a more complete understanding of the mechanism of activation of these channels and their in vivo roles in the sense of touch. They are using transgenic and genomic technologies to address these questions. These approaches will yield insights into the basic biology of the peripheral nervous system and may also have an impact on novel treatments for pain.\n\n\n

\n\nFor more information go to http://neuroseries.info.nih.gov"}],["$","meta","2",{"name":"publisher","content":"National Institutes of Health"}],["$","meta","3",{"property":"og:title","content":"NIH VideoCast - How do you feel? Ion Channels that Sense Temperature and Pressure"}],["$","meta","4",{"property":"og:description","content":"Neuroscience Seminar Series

\nDr. Patapoutian's lab is interested in the molecular description of sensory neuron function. Their research focuses on the somatic sensory neurons that translate thermal, chemical, and mechanical stimuli to impart the characteristics of touch and pain. They have cloned and characterized TRP ion channels involved in detecting temperature and sensory compounds.\n

\n\nThey are continuing to identify additional sensory receptors while working towards a more complete understanding of the mechanism of activation of these channels and their in vivo roles in the sense of touch. They are using transgenic and genomic technologies to address these questions. These approaches will yield insights into the basic biology of the peripheral nervous system and may also have an impact on novel treatments for pain.\n\n\n

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\nDr. Patapoutian's lab is interested in the molecular description of sensory neuron function. Their research focuses on the somatic sensory neurons that translate thermal, chemical, and mechanical stimuli to impart the characteristics of touch and pain. They have cloned and characterized TRP ion channels involved in detecting temperature and sensory compounds.\n

\n\nThey are continuing to identify additional sensory receptors while working towards a more complete understanding of the mechanism of activation of these channels and their in vivo roles in the sense of touch. They are using transgenic and genomic technologies to address these questions. These approaches will yield insights into the basic biology of the peripheral nervous system and may also have an impact on novel treatments for pain.\n\n\n

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