Authors: KATTER JT DADO RJ KOSTARCZYK E GIESLER GJ

Citation: Jt. Katter et al., SPINOTHALAMIC AND SPINOHYPOTHALAMIC TRACT NEURONS IN THE SACRAL SPINAL-CORD OF RATS .1. LOCATIONS OF ANTIDROMICALLY IDENTIFIED AXONS IN THECERVICAL CORD AND DIENCEPHALON, Journal of neurophysiology, 75(6), 1996, pp. 2581-2605

Authors: KATTER JT DADO RJ KOSTARCZYK E GIESLER GJ

Citation: Jt. Katter et al., SPINOTHALAMIC AND SPINOHYPOTHALAMIC TRACT NEURONS IN THE SACRAL SPINAL-CORD OF RATS .2. RESPONSES TO CUTANEOUS AND VISCERAL STIMULI, Journal of neurophysiology, 75(6), 1996, pp. 2606-2628

Authors: GIESLER GJ KATTER JT DADO RJ

Citation: Gj. Giesler et al., DIRECT SPINAL PATHWAYS TO THE LIMBIC SYSTEM FOR NOCICEPTIVE INFORMATION, Trends in neurosciences, 17(6), 1994, pp. 244-250

Authors: DADO RJ KATTER JT GIESLER GJ

Citation: Rj. Dado et al., SPINOTHALAMIC AND SPINOHYPOTHALAMIC TRACT NEURONS IN THE CERVICAL ENLARGEMENT OF RATS .1. LOCATIONS OF ANTIDROMICALLY IDENTIFIED AXONS IN THE THALAMUS AND HYPOTHALAMUS, Journal of neurophysiology, 71(3), 1994, pp. 959-980

Authors: DADO RJ KATTER JT GIESLER GJ

Citation: Rj. Dado et al., SPINOTHALAMIC AND SPINOHYPOTHALAMIC TRACT NEURONS IN THE CERVICAL ENLARGEMENT OF RATS .2. RESPONSES TO INNOCUOUS AND NOXIOUS MECHANICAL ANDTHERMAL STIMULI, Journal of neurophysiology, 71(3), 1994, pp. 981-1002

Authors: DADO RJ KATTER JT GIESLER GJ

Citation: Rj. Dado et al., SPINOTHALAMIC AND SPINOHYPOTHALAMIC TRACT NEURONS IN THE CERVICAL ENLARGEMENT OF RATS .3. LOCATIONS OF ANTIDROMICALLY IDENTIFIED AXONS IN THE CERVICAL CORD WHITE-MATTER, Journal of neurophysiology, 71(3), 1994, pp. 1003-1021