Search Results - "Asiedu, Marina N K"

Development of highly potent protease‐activated receptor 2 agonists via synthetic lipid tethering by Flynn, Andrea N., Hoffman, Justin, Tillu, Dipti V., Sherwood, Cara L., Zhang, Zhenyu, Patek, Renata, Asiedu, Marina N. K., Vagner, Josef, Price, Theodore J., Boitano, Scott

“…Protease‐activated receptor‐2 (PAR2) is a G‐protein coupled receptor (GPCR) associated with a variety of pathologies. However, the therapeutic potential of…”
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Spinal Dopaminergic Projections Control the Transition to Pathological Pain Plasticity via a D 1 /D 5 -Mediated Mechanism by Kim, Ji-Young V., Tillu, Dipti V., Quinn, Tammie L., Mejia, Galo L., Shy, Adia, Asiedu, Marina N.K., Murad, Elaine, Schumann, Alan P., Totsch, Stacie K., Sorge, Robert E., Mantyh, Patrick W., Dussor, Gregory, Price, Theodore J.

“…The mechanisms that lead to the maintenance of chronic pain states are poorly understood, but their elucidation could lead to new insights into how pain…”
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Spinal dopaminergic projections control the transition to pathological pain plasticity via a D1/D5-mediated mechanism by Kim, Ji-Young V, Tillu, Dipti V, Quinn, Tammie L, Mejia, Galo L, Shy, Adia, Asiedu, Marina N K, Murad, Elaine, Schumann, Alan P, Totsch, Stacie K, Sorge, Robert E, Mantyh, Patrick W, Dussor, Gregory, Price, Theodore J

“…The mechanisms that lead to the maintenance of chronic pain states are poorly understood, but their elucidation could lead to new insights into how pain…”
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Spinal Dopaminergic Projections Control the Transition to Pathological Pain Plasticity via a D sub(1)D sub(5)-Mediated Mechanism by Kim, Ji-Young V, Tillu, Dipti V, Quinn, Tammie L, Mejia, Galo L, Shy, Adia, Asiedu, Marina NK, Murad, Elaine, Schumann, Alan P, Totsch, Stacie K, Sorge, Robert E, Mantyh, Patrick W, Dussor, Gregory, Price, Theodore J

“…The mechanisms that lead to the maintenance of chronic pain states are poorly understood, but their elucidation could lead to new insights into how pain…”
Get full text