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Paper Details

Long-lasting analgesia via targeted in situ repression of Na<sub>V</sub>1.7 in mice.
Sci Transl Med
52
2021
BzATP, CRISPR, NaV, NaV1, Neuro2A cells, analgesia, chronic pain, clustered regularly interspaced short palindromic repeats, dCas9, epigenome, humans, inflammatory, inflammatory pain, insensitivity to pain, lumbar, mice, mouse, neurodevelopmental alterations, neuropathic, neuropathic pain, nociceptive sensory afferents, paclitaxel, primary afferents, sodium, sodium channel protein, tactile allodynia, thermal hyperalgesia, zinc, zinc finger proteins
Analgesia, Animals, Chronic Pain, Ganglia, Spinal, Hyperalgesia, Mice, Neuralgia
Author NameAffiliation
Ana M MorenoUniversity of California San Diego
Fernando Alem??nUniversity of California San Diego
Glaucilene F CatroliUniversity of California San Diego
Matthew A HuntUniversity of California San Diego
Michael HuUniversity of California San Diego
Amir Dailamy (CM4AI)University of California San Diego
Andrew PlaUniversity of California San Diego
Sarah A WollerUniversity of California San Diego
Nathan PalmerUniversity of California San Diego
Udit ParekhUniversity of California San Diego
Daniella McDonaldUniversity of California San Diego
Daniella McDonaldUniversity of California San Diego
Amanda J RobertsScripps Research Institute
Vanessa S GoodwillUniversity of California San Diego
Ian DrydenUniversity of California San Diego
Robert F HevnerUniversity of California San Diego
Lauriane DelayUniversity of California San Diego
Gilson Gon??alves Dos SantosUniversity of California San Diego
Tony L YakshUniversity of California San Diego
Prashant Mali (CM4AI)University of California San Diego
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