Authors: DIENER PS BREGMAN BS

Citation: Ps. Diener et Bs. Bregman, FETAL SPINAL-CORD TRANSPLANTS SUPPORT THE DEVELOPMENT OF TARGET REACHING AND COORDINATED POSTURAL ADJUSTMENTS AFTER NEONATAL CERVICAL SPINAL-CORD INJURY, The Journal of neuroscience, 18(2), 1998, pp. 763-778

Authors: DIENER PS BREGMAN BS

Citation: Ps. Diener et Bs. Bregman, FETAL SPINAL-CORD TRANSPLANTS SUPPORT GROWTH OF SUPRASPINAL AND SEGMENTAL PROJECTIONS AFTER CERVICAL SPINAL-CORD HEMISECTION IN THE NEONATAL RAT, The Journal of neuroscience, 18(2), 1998, pp. 779-793

Authors: BERNSTEINGORAL H DIENER PS BREGMAN BS

Citation: H. Bernsteingoral et al., REGENERATING AND SPROUTING AXONS DIFFER IN THEIR REQUIREMENTS FOR GROWTH AFTER INJURY, Experimental neurology, 148(1), 1997, pp. 51-72

Authors: DIENER PS BREGMAN BS

Citation: Ps. Diener et Bs. Bregman, NEUROTROPHIC FACTORS PREVENT THE DEATH OF CNS NEURONS AFTER SPINAL-CORD LESIONS IN NEWBORN RATS, NeuroReport, 5(15), 1994, pp. 1913-1917