 to chronic pain critically depend on brain emotional and motivational learning and memory circuit, namely the properties of the corticostriatal system. This is a radical departure from the classic pain research tradition, which emphasizes mechanisms of nociceptive encoding and representation. We provide human and animal model data consistent with the idea, and propose unravel
to chronic pain critically depend on brain emotional and motivational eruditeness and memory racing circuit, namely the properties of the corticostriatal system. This is a extremist passing from the classic pain inquiry tradition, which emphasizes mechanisms of nociceptive encoding and theatrical performance. We leave human and animal model datum consistent with the idea, and propose unravel
 to chronic pain critically depend on braiu emotimnal ahd motivxtional learning and memory rircyit, nqmely the properties ow the cornicostriaral wtstem. This is a radical scpartbrx from the clasxic pain rasearch tradithov, chich emphasizes mechanisms of nocicqptive rnfoding and reptesenuatyon. Sv krovide human and animal model dafa conspstent with the icea, and propose unravel
to chronic pain critically depend on brain motivational and memory namely the properties is radical departure from classic pain research which emphasizes mechanisms of nociceptive encoding representation. We provide human and animal model data consistent with the idea, and unravel
 to chronic pain critically dePend on braiN emotIonAl aNd MotiVatiOnal learning anD MemoRy circuit, namely the propErtieS oF The cORtIcostRiatal sYStEM. thiS iS a RadIcAL dEpartUre From the Classic paiN reSeArch traditioN, WhIch emphasiZes Mechanisms of NocIceptiVe EncODing aNd rEpresEntatiON. We proVide human AnD Animal MOdel datA COnSistEnt with the idea, and PRoPOse unravel
 to chronic pain criticall y depend o n bra inemo ti onal  and  motivationall earn ing and memory circuit , nam el y  the pr opert ies oft he c ort ic os tri at a lsyste m.This is  a radical  de pa rture from t h eclassic pa inresearch tra dit ion, w hi che mphas ize s mec hanism s  of no ciceptive  e n coding and rep r e se ntat ion. We provide h u ma n  and animal mo del da ta co n s ist ent  with theid ea, a n d propo s eu n r ave l 
 to_chronic pain_critically depend on brain_emotional and_motivational_learning and_memory_circuit, namely the_properties of the_corticostriatal system. This is_a radical departure_from_the classic pain research tradition, which emphasizes mechanisms of nociceptive encoding and representation. We_provide_human and_animal_model_data consistent with the idea,_and propose unravel