ライフサイエンスコーパス: descending pathway

1 receive inputs from the periphery as well as descending pathways.

2 g nociceptive transmission and activation of descending pathways.

3 modulate nociception by direct and indirect descending pathways.

4 signals to a variety of motor responses via descending pathways.

5 take place in these ascending pathways or in descending pathways.

6 d sparing of white matter including axons of descending pathways.

7 Is there a common descending pathway accounting for the activation of meni

8 Overhemisections cut all ascending and descending pathways and intervening gray on one side of

9 lts provide a novel insight into the role of descending pathways and spinal plasticity in the mainten

10 f the cellular basis of interactions between descending pathways and spinal rhythm-generating network

11 synaptic inhibition of afferent terminals by descending pathways and the absence of a reciprocal infl

12 an important neurotransmitter in bulbospinal descending pathways, and 5-HT(1) receptors have been sho

13 These descending pathways are altered in neuropathy and the ef

14 This review explores to what extent descending pathways are highly conserved across species

15 imilar bursts could be evoked by stimulating descending pathways at cervical or thoracic levels.

16 (toward dorsal and rostral territories) and descending pathways at S31.

17 Descending pathways can modify H- and stretch-reflex gai

18 The corticospinal tract (CST) is a major descending pathway contributing to the control of volunt

19 These results suggest that descending pathways diverge to provide extensive common

20 g locomotion [1-9], suggesting that separate descending pathways, each dedicated to a specific behavi

21 lation of the contralateral medial brainstem descending pathways facilitated the motoneuron responses

22 d alterations in serotonin metabolism within descending pathways following infusion of brain-derived

23 Defensive rage behavior is mediated over a descending pathway from the medial hypothalamus to the d

24 rage behavior in the cat is mediated over a descending pathway from the medial hypothalamus to the d

25 was designed to test the hypothesis that the descending pathway from the medial hypothalamus to the d

26 We concluded that interruption of the descending pathway from the pontine micturition center t

27 data indicate that oxytocin axons within the descending pathway from the PVN to the NTS are anatomica

28 Pain perception is strongly influenced by descending pathways from "higher" brain centers that reg

29 f amines and neuropeptides that are found in descending pathways from anterior ganglia or reach the S

30 spinal hyperexcitability can be regulated by descending pathways from the brain that originate from p

31 diated by other neurotransmitter systems via descending pathways from the brainstem to the spinal cor

32 herefore pain sensitivity--primarily through descending pathways from the brainstem.

33 The manner in which descending pathways from the entire cortex interact subc

34 this study was to elucidate the role of this descending pathway in the perception of complex sounds.

35 nvestigated the role of spinal ascending and descending pathways in the interaction between noxious a

36 ed following subsequent chemical blockade of descending pathways in the lateral medulla.

37 act in the macaque and human forms the major descending pathway involved in volitional hand movements

38 Each of the descending pathways involved in motor control has a numb

39 C is GABAergic, suggesting that part of this descending pathway is inhibitory.

40 The integrity of this descending pathway is therefore critical for learning-in

41 In the auditory system, one of the major descending pathways is from cortical layer V pyramidal c

42 xes evoked by C-nociceptor input in vivo via descending pathways, leaving A-nociceptor-evoked reflexe

43 tributor of the cell bodies of origin of the descending pathway linking a subset of lateral hypothala

44 primate corticospinal tract (CST), the major descending pathway mediating voluntary hand movements, c

45 athway is involved in both the ascending and descending pathways of the auditory brainstem.

46 ed commissural connectivity of DCC-dependent descending pathways or by aberrant ectopic ipsilateral a

47 In the present study, anterograde tracing of descending pathways originating from the caudal nucleus

48 emor is imposed on the active muscle through descending pathways other than those originating in the

49 te the strength of the final synapse in this descending pathway plays a decisive role in maintaining

50 reciprocal connections between ascending and descending pathways rather than on unidirectional regula

51 tified as containing important ascending and descending pathways related to locomotion and interlimb

52 t known, and therefore it is unclear if this descending pathway retains somatotopy, i.e., body map or

53 In addition, retrograde tracing of descending pathways revealed a loss of vestibular neuron

54 atter that may comprise a system of multiple descending pathways subserving spontaneous over-ground l

55 The HVC-RA neurons are part of a descending pathway that carries the pattern of learned s

56 dimensions of an acoustic stimulus and (b) a descending pathway that provides tonic inhibition of the

57 The present study delineates a sequence of descending pathways that finally reach sacral levels of

58 The interaction between descending pathways that utilize particular mediators an

59 Of descending pathways, the corticospinal tract (CST) is th

60 s that can be flexibly recruited by parallel descending pathways to generate a variety of complex nat

61 They influence experience and physiology via descending pathways to physiological effector systems, i

62 ape, from sensory inputs, through identified descending pathways, to motor output.

63 eflex gain at the spinal level by signals in descending pathways triggered by the false platform.

64 elopment of allodynia and the involvement of descending pathways, we investigated the effects of repe

65 P resulted in increased sparing/sprouting of descending pathways, which prevented sprouting by dorsal