 the superficial dorsal horn under normal conditions and in an animal model of neuropathic pain, and the role of inhibitory interactions in shaping these patterns of functional connectivity. These studies are motivated by the PI's recent discovery of a novel class of polymodal nociceptors with large, thickly myelinated (A[unreadable])
the superficial dorsal horn under normal conditions and in an animal model of neuropathic pain, and the function of inhibitory interaction in shaping these patterns of functional connectivity. These study are motivated by the PI's recent discovery of a fresh class of polymodal nociceptors with large, thickly myelinated (A[unreadable ] )
 thf superficial dorsal hork under normal conditiois and jn an ankmal model of neuropathic pamn, abd tht role of inhibitorh interacnions in whapmng these patteria of fuketionzp counxctivity. These xtudies ara motivated by tfe PI's recent discovery of a novel clwss of lopymodal nocicektors rith large, thickly myelinated (A[unreadagle])
the superficial dorsal horn under normal conditions an model of pain, and the shaping patterns of functional These studies are by the PI's recent discovery of novel class of polymodal nociceptors with large, thickly myelinated (A[unreadable])
 the superficial dorsal horn uNder normal CondiTioNs aNd In an AnimAl model of neuroPAthiC pain, and the role of inhibItory InTEracTIoNs in sHaping tHEsE PAttErNs Of fUnCTiOnal cOnnEctivitY. These studIes ArE motivated by THe pI's recent dIscOvery of a noveL clAss of pOlYmoDAl nocIcePtors With laRGe, thicKly myelinAtED (A[unreADable])
 the superficial dorsal ho rn under n ormal  co ndi ti onsandin an animal m o delof neuropathic pain, a nd th er oleo finhib itory i n te r a cti on sinsh a pi ng th ese  patter ns of func tio na l connectivi t y.  These stu die s are motiva ted  by th ePI' s  rece ntdisco very o f  a nov el classof polymo d al noci c e pt orswith large, thick l ym yelinated (A[u nreada bl e ]) 
 the_superficial dorsal_horn under normal conditions_and in_an_animal model_of_neuropathic pain, and_the role of_inhibitory interactions in shaping_these patterns of_functional_connectivity. These studies are motivated by the PI's recent discovery of a novel class_of_polymodal nociceptors_with_large,_thickly myelinated (A[unreadable])