1 nge this assumption, showing that completely
spinalized adult rats can recover unassisted hindlimb we
2 The same results were obtained in
spinalized,
anaesthetised animals.
3 In
spinalized,
anaesthetized rabbits morphine depressed the
4 After 2.5 h,
spinalized and control rats were perfused for immunocyto
5 st describes the tail withdrawal response in
spinalized and intact rats by applying pinpoint heat sti
6 to cutaneous forelimb stimulation in normal,
spinalized,
and exercised spinalized rats.
7 In the
spinalized animal, responses were primarily away from th
8 Capsaicin injected into the hindpaw in these
spinalized animals produced a small depression.
9 s in normal animals, but does induce them in
spinalized animals.
10 tivity in normal animals, but enhances it in
spinalized animals.
11 the sensitized response to CRD in intact and
spinalized animals.
12 Trunk actions are important in adult rats
spinalized as neonates (NTX rats) that walk autonomously
13 We used adult rats
spinalized as neonates because some of these animals dev
14 ted stepping when administered to adult rats
spinalized as neonates, to identify the optimal dose for
15 spinal cord preparation (anaesthetized rats
spinalized at T10-T11 and cauda equina cut).
16 use-dependent plasticity, as demonstrated in
spinalized cats following treadmill training.
17 of hindlimb-hindlimb wiping movements of the
spinalized frog were examined.
18 rbation was applied were collected from each
spinalized frog.
19 and cutaneous stimulation of the hindlimb of
spinalized frogs have provided evidence for a modular or
20 ctrode recordings in the spinal cord gray of
spinalized frogs, at 400, 800, and 1200 mum depth, at th
21 rons were still less responsive to stress in
spinalized preparations following CFS and AFS.
22 euronal responsiveness to UBD was present in
spinalized preparations following exposure to CFS but no
23 cordings of L6-S1 DHNs obtained in intact or
spinalized preparations.
24 In decerebrated,
spinalized rabbits with no anaesthesia, HU 210 (30 nmol
25 In anesthetized
spinalized rat, electrical stimulation of the nucleus tr
26 In anaesthetized
spinalized rats electrical stimulation of RVLM elevated
27 Spinalized rats given shock whenever 1 hind leg is exten
28 lation of NaCN-sensitive sites in the RVL in
spinalized rats increased rCBF measured autoradiographic
29 AG by chemical stimulation were preserved in
spinalized rats supporting that the evoked CBF responses
30 Spinalized rats that receive shock when 1 hind limb is e
31 o evaluate this hypothesis, the authors gave
spinalized rats the protein synthesis inhibitor Cyclohex
32 raspinal input because it was not present in
spinalized rats.
33 ponse of these cells in normal and exercised
spinalized rats.
34 ulation in normal, spinalized, and exercised
spinalized rats.
35 regulated spinal motor pattern generation in
spinalized Xenopus embryos.