ライフサイエンスコーパス: ascending pathway

1 dulatory and motion signals conveyed by this ascending pathway.

2 rons contribute to functions mediated by the ascending pathway.

3 hA4+ spinal neurons and the formation of the ascending pathway.

4 ayer 4 (the granular layer) is the target of ascending pathways.

5 y respiratory networks via direct or relayed ascending pathways.

6 with contributions from both descending and ascending pathways.

7 rent nociceptor engage the same or different ascending pathways.

8 ve the potential to contribute axons to both ascending pathways.

9 communication in addition to their action on ascending pathways.

10 e feeds information through several parallel ascending pathways.

11 pinal cord and synapse on cells of origin of ascending pathways.

12 e suggest functional independence of the two ascending pathways.

13 tical slow waves, suggesting their origin in ascending pathways.

14 ally placed to influence both descending and ascending pathways arising in the inferior colliculus.

15 supramammillary nucleus (SUM) is part of an ascending pathway conveying behavior-dependent drive to

16 lamocortical pathways relay information from ascending pathways (first order thalamic relays) and oth

17 hat glutamate may be a main component of the ascending pathway from the rNST to the PBN.

18 e primary somatosensory cortex is part of an ascending pathway from the sensory thalamus that mediate

19 In addition, we examined the neuroanatomy of ascending pathways from the antenna II and lateral anten

20 These studies showed that the ascending pathways from these neuropils innervate the sa

21 his article begins with an overview of these ascending pathways identified in adult rats using a stan

22 rationale for the apparent recession of the ascending pathway in motor cortex.

23 how that a lack of normal sensory inputs via ascending pathways in the dorsal spinal cord during earl

24 HSD2 neurons may be part of an ascending pathway involved in the salt-seeking behavior

25 ive contribution of the Sol and Pa5 to these ascending pathways is not known.

26 ion is known to be processed along a central ascending pathway leading to auditory cortex (AC).

27 excite vagal afferent neurons to activate an ascending pathway leading to inhibition of food intake.

28 s can modulate information processing in the ascending pathway, leading to improvements in signal det

29 e activation of Vi/Vc neurons and associated ascending pathways may facilitate somatoautonomic and so

30 The data suggest (a) an ascending pathway medial to BIC that carries the fear-in

31 Ascending pathways mediated by monoamine neurotransmitte

32 stem represent an essential component of the ascending pathway mediating this effect of epinephrine.

33 uggest that noxious stimulation activates an ascending pathway of the spino-bulbo-spinal excitatory c

34 e report on the distribution of PICK1 in the ascending pathways of the central auditory system of the

35 visceral illness responses, depending on the ascending pathways of the GLP-1 system that are recruite

36 tency tuning is simply relayed along sensory ascending pathways or generated by local circuits remain

37 of pain information may take place in these ascending pathways or in descending pathways.

38 itry in the region of the lesion site and of ascending pathways originating near the injury.

39 medial nucleus outputs follow three distinct ascending pathways: periventricular, coursing through th

40 rect, postsynaptic dorsal column, and direct ascending pathways, respectively, that terminate as clim

41 Comparison along the ascending pathway suggests that the increased jitter fou

42 Their axons form an ipsilateral ascending pathway that develops during embryogenesis and

43 n a millisecond basis, and could result from ascending pathways that utilize slow, second-messenger s

44 and device-reared owls in two nuclei in the ascending pathway: the external nucleus of the inferior

45 Are there ascending pathways through which the trigeminovascular s

46 ns to the AA-deficient or devoid diet via an ascending pathway to the APC.

47 nergic cells from the PT not only project an ascending pathway to the striatum, but send a descending

48 e relative contribution of brainstem-derived ascending pathways to forebrain immune-responsive nuclei

49 (LTP) and long-term depression (LTD) of the ascending pathways to layers IV and II/III in the mouse

50 e show fundamental differences between these ascending pathways using an in vitro slice preparation.

51 othesized that such pain is mediated through ascending pathways via the nucleus gracilis (NG) and is