ライフサイエンスコーパス: raphe magnus

1 cuit between the red nucleus and the nucleus raphe magnus.

2 fos was significantly greater in the nucleus raphe magnus.

3 ular nucleus pars alpha, raphe obscurus, and raphe magnus.

4 current in brainstem neurons in the nucleus raphe magnus.

5 pha2-adrenoceptors on neurons in the nucleus raphe magnus.

6 nd just dorsal to the pyramidal tract in the raphe magnus.

7 nkephalin (DAMGO) was microinjected into the raphe magnus, a manipulation that selectively activates

8 ts located in the PAG itself, in the nucleus raphe magnus and adjacent structures, and in the spinal

9 ympathetic premotor neurons lying within the raphe magnus and gigantocellular reticular nucleus, pars

10 echolamine-containing neurons in the nucleus raphe magnus and locus coeruleus that project to the spi

11 d in the reticular formation adjacent to the raphe magnus and obscurus nuclei, in the gigantocellular

12 whereas it was significantly greater in the raphe magnus and pallidus nuclei in the double stimulati

13 , which includes the nucleus raphe obscurus, raphe magnus and raphe pallidus (NRP), is involved in re

14 ites of serotonergic cells are restricted to raphe magnus and the ventral part of nucleus reticularis

15 nificant respiratory effect when stimulating raphe magnus and/or locus ceruleus, but became critical

16 ntomedullary junction within raphe obscurus, raphe magnus, and gigantocellular nucleus pars alpha.

17 lateral amygdala, ventral cochlear nucleus, raphe magnus, and in the ventral horn of thoracic spinal

18 pars alpha, raphe obscurus, raphe pallidus, raphe magnus, and locus coeruleus.

19 ucleus gigantocellularis pars alpha, nucleus raphe magnus, and nucleus raphe pallidus); 6) the ventro

20 he dorsal raphe, median raphe, raphe pontis, raphe magnus, and reticularis pontis oralis.

21 phe obscurus-nucleus raphe pallidus, nucleus raphe magnus, and rostral and caudal ventrolateral medul

22 experiments demonstrate that raphe dorsalis, raphe magnus, and spinal dorsolateral funiculus lesions

23 ularis, nucleus reticularis magnocellularis, raphe magnus, and the ventrolateral medulla.

24 Muscimol inactivation of the medullary raphe magnus blocked the analgesia normally observed dur

25 Raphe magnus cells that are inhibited by skin pinching f

26 The raphe magnus is part of an interrelated region of medull

27 ites that support MOR analgesia, the nucleus raphe magnus (NRM) and spinal cord.

28 ral ventrolateral medulla (RVLM) and nucleus raphe magnus (NRM) appear to originate from neurones wit

29 ed hyperalgesia, is dependent on the nucleus raphe magnus (NRM) but independent of the nucleus reticu

30 The nucleus raphe magnus (NRM) is purported to be a relay through wh

31 Only the nucleus raphe magnus (NRM) meets these requirements.

32 s and their interaction with MORs in nucleus raphe magnus (NRM) neurons important for opioid analgesi

33 jection of L-glutamate in either the nucleus raphe magnus (NRM) or the nucleus reticularis gigantocel

34 anti-seizure effects through actions in the raphe magnus (NRM) was investigated.

35 nd immunoreactivity of ACV/VI in the nucleus raphe magnus (NRM), a brainstem site critically involved

36 In the nucleus raphe magnus (NRM), a brainstem structure that controls

37 ects in neurons of the rat brainstem nucleus raphe magnus (NRM), a key supraspinal site for opioid an

38 ventral medulla (RVM), including the nucleus raphe magnus (NRM), nuclei reticularis gigantocellularis

39 tion of the hindbrain's serotonergic nucleus raphe magnus (NRM).

40 effect is mediated by the brainstem nucleus raphe magnus (NRM).

41 r systemically or centrally into the nucleus raphe magnus (NRM).

42 ups, and serotonergic neurons of the nucleus raphe magnus (NRM).

43 orbital and infralimbic) regions and in the raphe magnus nucleus in quinpirole-sensitized rats (P<0.

44 he gigantocellular reticular nucleus and the raphe magnus nucleus of mice, but not of rats.

45 ole alone (P<0.05), was not decreased in the raphe magnus nucleus, and was decreased in the piriform

46 TPH and SERT immunoreactivity in neurons of raphe magnus, obscurus, and pallidus and SERT in the neu

47 ons of the dorsal raphe (DR) and the nucleus raphe magnus of the rostroventral medulla (RVM).

48 olateral and lateral PAG or into the nucleus raphe magnus or by direct application of naloxone (50 mi

49 r 3.0 micrograms of CGP 35348 in the nucleus raphe magnus or nucleus reticularis gigantocellularis pa

50 r CGP 35348 was microinjected in the nucleus raphe magnus or nucleus reticularis gigantocellularis pa

51 rbachol (5 microg) into sites in the nucleus raphe magnus or the nucleus gigantocellularis pars alpha

52 rigeminal nucleus, reticular nuclei, nucleus raphe magnus, pontine blink premotor area, and superior

53 etion of serotonergic neurons in the nucleus raphe magnus, raphe obscurus, raphe pallidus, and ventro

54 inal trigeminal, nucleus tractus solitarius, raphe magnus, raphe pallidus, and the rostral and caudal

55 y reticular formation, Barrington's nucleus, raphe magnus, raphe pallidus, subcoeruleus pars alpha, l

56 Serotonergic cells in the medullary nucleus raphe magnus (RM) and adjacent nucleus reticularis magno

57 diated through a relay in the pontomedullary raphe magnus (RM) and adjacent nucleus reticularis magno

58 located in the B3 region which includes the raphe magnus (RM) and its lateral extension.

59 ulation of medullary neurons, located within raphe magnus (RM) and the neighboring reticular nuclei,

60 The pontomedullary raphe magnus (RM) contains two physiologically defined t

61 Medullary raphe magnus (RM) on and off cells are thought to modula

62 whether serotonergic cells in the medullary raphe magnus (RM) receive baroreceptor input, cells were

63 chanism in the periaqueductal gray (PAG) and raphe magnus (RM) to stimulate descending, analgesic cir

64 wo neuronal populations within the medullary raphe magnus (RM): opioids silence pain-facilitatory ON

65 f the following sites: n. raphe obscurus, n. raphe magnus, rostral and caudal ventrolateral medulla,

66 within the periaqueductal gray, the nucleus raphe magnus, the gigantocellular reticular nucleus, and

67 ys or more, the locus coeruleus, the nucleus raphe magnus, the nucleus paragigantocellularis, pars al

68 show here that in the rat brainstem nucleus raphe magnus, which is important for central mechanisms