ライフサイエンスコーパス: pelvic nerve

1 ntromissions compared to rats with an intact pelvic nerve.

2 thelium, which depended on activation of the pelvic nerve.

3 , or transection of both the hypogastric and pelvic nerves.

4 of an extrinsic brain-gut motor pathway, via pelvic nerves.

5 periments, SR 142,801 decreased responses of pelvic nerve afferent fibers to colorectal distention.

6 3 to dose-dependently attenuate responses of pelvic nerve afferent fibers to noxious colonic distensi

7 Mechanosensitive pelvic nerve afferent fibers were recorded from the dece

8 uscle and electrophysiological recordings of pelvic nerve afferent fibers, we studied drug effects on

9 Responses of muscular and muscular-mucosal pelvic nerve afferents to mechanical stretch did not dif

10 Ectopic activity developed in the proximal pelvic nerve after chronic neurectomy reactivating the i

11 nsport of PRV occurs via the hypogastric and pelvic nerves after injection of the virus into the uter

12 Aging and multiparous rabbits suffer pelvic nerve and muscle damage, resulting in alterations

13 etrusor muscle); and a pathway involving the pelvic nerve and sympathetic nerve fibers, some of which

14 afferents from the bladder (primarily in the pelvic nerve) and the urethra (in the pudendal and pelvi

15 bladder, both dependent on activation of the pelvic nerve, as well as changes in ion channel expressi

16 tion does not depend on the integrity of the pelvic nerve, but that activation of the pelvic nerve co

17 afferent neurons that send axons through the pelvic nerves, but comprise a smaller proportion (51%) o

18 Here, we show that activity in pelvic nerve colonic afferents actively modulates thorac

19 the pelvic nerve, but that activation of the pelvic nerve contributes to the display of paced mating

20 lus protocols: electrical stimulation of the pelvic nerve, electrical stimulation of the pudendal ner

21 colorectal epithelial cells and also evoked pelvic nerve excitation, which was mimicked by applicati

22 Responses of pelvic nerve fibers to urinary bladder distention, howev

23 sion electron microscopy images of vagus and pelvic nerves in rats.

24 turator nerve, sacral plexus), and autonomic pelvic nerves (inferior hypogastric plexus); pelvic side

25 ed by CRD, suggesting colonic input over the pelvic nerve inhibits thoracolumbar processing of the sa

26 Inhibiting pelvic nerve input after cervical cold block had minimal

27 The pelvic nerve is known to play a role in the behavioral a

28 Pelvic nerve mechanoreceptors recorded from zymosan-trea

29 ed the hypothesis that the activation of the pelvic nerve mediates the reinforcing effects of mating

30 These data demonstrate that input over the pelvic nerve modulates the response of thoracolumbar spi

31 M capsaicin or electrical stimulation of the pelvic nerve on one side (50 V, 10 s trains, 30 Hz intra

32 Rats underwent bilateral pelvic nerve or sham transection and then received paced

33 e to bilateral electrical stimulation of the pelvic nerve (PN) in 12 urethane-anaesthetized male rats

34 activity were studied in an in vitro bladder-pelvic nerve preparation from untreated or cyclophospham

35 was assessed in an ex vivo mouse colorectum pelvic nerve preparation where test compounds were appli

36 activity were studied in an in vitro bladder-pelvic nerve preparation.

37 ments were performed using an in vitro colon-pelvic nerve preparation.

38 hypersensitive mice using an in vitro colon-pelvic nerve preparation.

39 nary bladder using an in vitro mouse bladder-pelvic nerve preparation.

40 We utilized bladder-pelvic nerve preparations to characterize bladder affere

41 on: a pathway limited to a reflex arc in the pelvic nerve (presumably excitatory to the detrusor musc

42 istent with infection in the hypogastric and pelvic nerves, respectively.

43 Electrical stimulation of the pudendal or pelvic nerves resulted in fewer numbers of cells exhibit

44 Splanchnicectomy combined with pelvic nerve section abolished ACC responses to CRD in E

45 Single fiber recordings of decentralized pelvic nerves showed that colorectal distention responsi

46 Pelvic nerve stimulation elicited polarized responses th

47 Pelvic nerve stimulation resulted in significant increas

48 ivated with either pudendal sensory nerve or pelvic nerve stimulation was examined in the female rat

49 fter stimulation of the pudendal sensory and pelvic nerves, suggesting these areas contain spinal neu

50 of anorectal contractions (mediated via the pelvic nerve), the studies presented here suggest a func

51 nerve) and the urethra (in the pudendal and pelvic nerves) to maintain continence or initiate mictur

52 Pelvic nerve transection did not affect the CPP for pace

53 ned with unilateral (UPx) or bilateral (BPx) pelvic nerve transection on PRV infectivity were examine

54 ions were significantly shorter in rats with pelvic nerve transection than they were in rats with sha

55 Rats with pelvic nerve transection were less likely to exit the ma

56 ral hypogastric nerve transection, bilateral pelvic nerve transection, or transection of both the hyp

57 ct on the paced mating behavior of rats with pelvic nerve transection.

58 istal 2 cm of mouse colorectum with attached pelvic nerve was harvested and pinned flat mucosal side

59 d Fos-IR after electrical stimulation of the pelvic nerve which contains afferent pathways from all o

60 ion through primary afferent pathways in the pelvic nerve, which contain dichotomized afferents, coul

61 nsitization through primary afferents in the pelvic nerve, which contain dichotomized afferents, coul

62 are modulated by signals transmitted via the pelvic nerve, without any discernable contribution from