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Mashup Score: 0Pain Pathway Study Finds Big Clues in Big Dynorphin - 4 year(s) ago
Opioid neuropeptide’s interaction with a neuronal receptor detailed, potentially aiding the rational design of drugs for pain and ischemic stroke
Categories: Healthcare ProfessionalsTweet
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Mashup Score: 0Pain Pathway Study Finds Big Clues in Big Dynorphin - 4 year(s) ago
Opioid neuropeptide’s interaction with a neuronal receptor detailed, potentially aiding the rational design of drugs for pain and ischemic stroke
Categories: Healthcare ProfessionalsTweet-
#Pain Pathway Study Finds Big Clues in #BigDynorphin https://t.co/XzIv3Jad7f via @GENbio #BigDyn and #ASIC, a proton-gated cation #channel, work together to send pain signals through the #brain. ASIC’s acidic pocket could be an important site for ASIC-targeting #analgesics. https://t.co/a7Fw3EA7LT
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Mashup Score: 0Pain Pathway Study Finds Big Clues in Big Dynorphin - 4 year(s) ago
Opioid neuropeptide’s interaction with a neuronal receptor detailed, potentially aiding the rational design of drugs for pain and ischemic stroke
Categories: Healthcare ProfessionalsTweet-
#Pain Pathway Study Finds Big Clues in #BigDynorphin https://t.co/XzIv3Jad7f via @GENbio #BigDyn and #ASIC, a proton-gated cation #channel, work together to send pain signals through the #brain. ASIC’s acidic pocket could be an important site for ASIC-targeting #analgesics. https://t.co/a7Fw3EA7LT
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#Pain Pathway Study Finds Big Clues in #BigDynorphin https://t.co/XzIv3Jad7f via @GENbio #BigDyn and #ASIC, a proton-gated cation #channel, work together to send pain signals through the #brain. ASIC’s acidic pocket could be an important site for ASIC-targeting #analgesics. https://t.co/a7Fw3EA7LT