Authors: JAMES T MATZELLE D BARTUS R HOGAN EL BANIK NL

Citation: T. James et al., NEW INHIBITORS OF CALPAIN PREVENT DEGRADATION OF CYTOSKELETAL AND MYELIN PROTEINS IN SPINAL-CORD IN-VITRO, Journal of neuroscience research, 51(2), 1998, pp. 218-222

Authors: RAY S DAVIS B SHIELDS D MATZELLE D WILFORD G HOGAN EL BANIK NL

Citation: S. Ray et al., INCREASED CALPAIN EXPRESSION, CELL-DEATH, AND NEUROPROTECTION IN RAT SPINAL-CORD INJURY, Journal of neurochemistry, 70, 1998, pp. 63-63

Authors: RAY S DAVIS B SHIELDS D MATZELLE D WILFORD G HOGAN EL BANIK NL

Citation: S. Ray et al., INCREASED CALPAIN EXPRESSION, CELL-DEATH, AND NEUROPROTECTION IN RAT SPINAL-CORD INJURY, Experimental neurology, 151(1), 1998, pp. 155-155

Authors: BANIK N RAY S MATZELLE D WILFORD G HOGAN E

Citation: N. Banik et al., INCREASED CALPAIN EXPRESSION IN SPINAL-CORD INJURY (SCI), Journal of neurochemistry, 69, 1997, pp. 144-144

Authors: BANIK NL MATZELLE D TERRY E HOGAN EL

Citation: Nl. Banik et al., A NEW MECHANISM OF METHYLPREDNISOLONE AND OTHER CORTICOSTEROIDS ACTION DEMONSTRATED IN-VITRO - INHIBITION OF A PROTEINASE (CALPAIN) PREVENTS MYELIN AND CYTOSKELETAL PROTEIN-DEGRADATION, Brain research, 748(1-2), 1997, pp. 205-210