Citation: Aj. Todd et al., A QUANTITATIVE STUDY OF NEURONS WHICH EXPRESS NEUROKININ-1 OR SOMATOSTATIN SST(2A) RECEPTOR IN RAT SPINAL DORSAL HORN, Neuroscience, 85(2), 1998, pp. 459-473
Citation: E. Polgar et al., ALTERATIONS OF SUBSTANCE-P IMMUNOREACTIVITY IN LUMBAR AND THORACIC SEGMENTS OF RAT SPINAL-CORD IN ULTRAVIOLET-IRRADIATION INDUCED HYPERALGESIA OF THE HINDPAW, Brain research, 786(1-2), 1998, pp. 248-251
Authors:
ANTAL M
PETKO M
POLGAR E
HEIZMANN CW
STORMMATHISEN J
Citation: M. Antal et al., DIRECT EVIDENCE OF AN EXTENSIVE GABAERGIC INNERVATION OF THE SPINAL DORSAL HORN BY FIBERS DESCENDING FROM THE ROSTRAL VENTROMEDIAL MEDULLA, Neuroscience, 73(2), 1996, pp. 509-518
Citation: E. Polgar et M. Antal, THE COLOCALIZATION OF PARVALBUMIN AND CALBINDIN-D28K WITH GABA IN THESUBNUCLEUS CAUDALIS OF THE RAT SPINAL TRIGEMINAL NUCLEUS, Experimental Brain Research, 103(3), 1995, pp. 402-408
Citation: I. Nagy et al., COMBINATION OF COBALT LABELING WITH IMMUNOCYTOCHEMICAL REACTIONS FOR ELECTRON-MICROSCOPIC INVESTIGATIONS ON FROG SPINAL-CORD, Microscopy research and technique, 28(1), 1994, pp. 60-66
Authors:
ANTAL M
POLGAR E
BERKI A
BIRINYI A
PUSKAR Z
Citation: M. Antal et al., DEVELOPMENT OF SPECIFIC POPULATIONS OF INTERNEURONS IN THE VENTRAL HORN OF THE EMBRYONIC CHICK LUMBOSACRAL SPINAL-CORD, European journal of morphology, 32(2-4), 1994, pp. 201-206
Citation: M. Antal et E. Polgar, DEVELOPMENT OF CALBINDIN-D28K IMMUNOREACTIVE NEURONS IN THE EMBRYONICCHICK LUMBOSACRAL SPINAL-CORD, European journal of neuroscience, 5(7), 1993, pp. 782-794