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Results: 4
FUNCTIONAL IPSILATERAL CORTICOSPINAL PROJECTIONS EXTEND FROM THE HEMISPHERE CONTRALATERAL TO A NEONATAL CORTICAL LESION IN THE PRESENCE OF EITHER HOMOTOPIC OR HETEROTOPIC E17 TRANSPLANTS
Authors: BARBAY S SHI B STANFIELD BB
Citation: S. Barbay et al., FUNCTIONAL IPSILATERAL CORTICOSPINAL PROJECTIONS EXTEND FROM THE HEMISPHERE CONTRALATERAL TO A NEONATAL CORTICAL LESION IN THE PRESENCE OF EITHER HOMOTOPIC OR HETEROTOPIC E17 TRANSPLANTS, The FASEB journal, 10(3), 1996, pp. 4654-4654
DIFFERENTIAL SPROUTING RESPONSES IN AXONAL FIBER SYSTEMS IN THE DENTATE GYRUS FOLLOWING LESIONS OF THE PERFORANT PATH IN WLD(S) MUTANT MICE
Authors: SHI B STANFIELD BB
Citation: B. Shi et Bb. Stanfield, DIFFERENTIAL SPROUTING RESPONSES IN AXONAL FIBER SYSTEMS IN THE DENTATE GYRUS FOLLOWING LESIONS OF THE PERFORANT PATH IN WLD(S) MUTANT MICE, Brain research, 740(1-2), 1996, pp. 89-101
DIFFICULTIES INHERENT IN THE RESTORATION OF DYNAMICALLY REACTIVE BRAIN SYSTEMS
Authors: STANFIELD BB
Citation: Bb. Stanfield, DIFFICULTIES INHERENT IN THE RESTORATION OF DYNAMICALLY REACTIVE BRAIN SYSTEMS, Behavioral and brain sciences, 18(1), 1995, pp. 71-71
HOMOTOPIC, BUT NOT HETEROTOPIC, FETAL CORTICAL TRANSPLANTS CAN RESULTIN FUNCTIONAL SPARING FOLLOWING NEONATAL DAMAGE TO THE FRONTAL-CORTEXIN RATS
Authors: BARTH TM STANFIELD BB
Citation: Tm. Barth et Bb. Stanfield, HOMOTOPIC, BUT NOT HETEROTOPIC, FETAL CORTICAL TRANSPLANTS CAN RESULTIN FUNCTIONAL SPARING FOLLOWING NEONATAL DAMAGE TO THE FRONTAL-CORTEXIN RATS, Cerebral cortex, 4(3), 1994, pp. 271-278
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