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Results: 1-3 |
Results: 3
SPINAL-CORD TRANSECTION - NO LOSS OF DISTAL VENTRAL HORN NEURONS - MODERN STEREOLOGICAL TECHNIQUES REVEAL NO TRANSNEURONAL CHANGES IN THE VENTRAL HORNS OF THE MOUSE LUMBAR SPINAL-CORD AFTER THORACIC CORD TRANSECTION
Authors: BJUGN R NYENGAARD JR ROSLAND JH
Citation: R. Bjugn et al., SPINAL-CORD TRANSECTION - NO LOSS OF DISTAL VENTRAL HORN NEURONS - MODERN STEREOLOGICAL TECHNIQUES REVEAL NO TRANSNEURONAL CHANGES IN THE VENTRAL HORNS OF THE MOUSE LUMBAR SPINAL-CORD AFTER THORACIC CORD TRANSECTION, Experimental neurology, 148(1), 1997, pp. 179-186
AUTOMETALLOGRAPHIC DEMONSTRATION OF MERCURY IN RAT MOLARS
Authors: EIDE R SCHIONNING JD BJUGN R WESENBERG GR FOSSE G
Citation: R. Eide et al., AUTOMETALLOGRAPHIC DEMONSTRATION OF MERCURY IN RAT MOLARS, Scandinavian Journal of Dental Research, 102(1), 1994, pp. 76-80
THE USE OF THE OPTICAL DISSECTOR TO ESTIMATE THE NUMBER OF NEURONS, GLIAL AND ENDOTHELIAL-CELLS IN THE SPINAL-CORD OF THE MOUSE - WITH A COMPARATIVE NOTE ON THE RAT SPINAL-CORD
Authors: BJUGN R
Citation: R. Bjugn, THE USE OF THE OPTICAL DISSECTOR TO ESTIMATE THE NUMBER OF NEURONS, GLIAL AND ENDOTHELIAL-CELLS IN THE SPINAL-CORD OF THE MOUSE - WITH A COMPARATIVE NOTE ON THE RAT SPINAL-CORD, Brain research, 627(1), 1993, pp. 25-33
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