ライフサイエンスコーパス: longitudinal muscle

1 le fibers as myoblast fusion targets (dorsal longitudinal muscles).

2 ands, blood vessels, submucosal ganglia, and longitudinal muscle.

3 nce is a putative stretch receptor in dorsal longitudinal muscle.

4 innervate other myenteric ganglia and/or the longitudinal muscle.

5 the external muscle layers, particularly the longitudinal muscle.

6 terogeneity in the distribution of ICC-IM in longitudinal muscles.

7 ensory feedback from both ventral and dorsal longitudinal muscles.

8 at seed circular muscles and those that seed longitudinal muscles.

9 ams of cells to support the specification of longitudinal muscles along the midgut.

10 in proximity to the myenteric plexus in the longitudinal muscle and in association with blood vessel

11 The function of the longitudinal muscle and its role in bolus propulsion are

12 timated delay time between relaxation of the longitudinal muscles and the activation of the circular

13 avel within the hindgut between circular and longitudinal muscles and within the submucosa and serosa

14 Neuro-pharmacologic controls of circular and longitudinal muscle are different, which provides an opp

15 eural and seemed to be common precursors for longitudinal muscle cells and ICs of the myenteric plexu

16 NK2-R was localized to circular and longitudinal muscle cells and to nerve endings in the pl

17 rical rhythmicity developed after IC-MY, and longitudinal muscle cells became separate entities.

18 Longitudinal muscle cells lost c-Kit by E18, whereas IC-

19 Common precursors yield IC-MY and longitudinal muscle cells.

20 In longitudinal muscle, choline acetyltransferase activity

21 Novel techniques to record longitudinal muscle contraction are reviewed.

22 mine temporal synchrony between circular and longitudinal muscle contraction in healthy subjects and

23 gating segments during peristalsis, with the longitudinal muscle contraction leading the circular mus

24 e occurs during proximal circular and distal longitudinal muscle contraction.

25 Drug-induced longitudinal muscle contractions and peristaltic contrac

26 ited in ileal segments from P2X3-/- mice but longitudinal muscle contractions caused by nicotine and

27 ited in ileal segments from P2X2-/- mice but longitudinal muscle contractions caused by nicotine and

28 Drug-induced longitudinal muscle contractions were studied in vitro.

29 geal contraction are markers of circular and longitudinal muscle contractions.

30 lower esophageal sphincter (LES) relaxation, longitudinal muscle contracts independent of the circula

31 between the giant fiber (GF) and the dorsal longitudinal muscles (DLM) showed no overt defect due to

32 These include the dorso-longitudinal muscles (DLMs), the largest flight muscles,

33 recorded in indirect flight muscles [dorsal longitudinal muscles (DLMs)] of the giant fiber (GF) pat

34 gmented body with repeated cuticular plates, longitudinal muscles, dorsoventral muscles, and ganglia.

35 he stretch receptors associated with ventral longitudinal muscles encode the information of muscle co

36 in such a way that each of five specialized longitudinal muscle fascicles are monitored by at least

37 Simultaneously, the longitudinal muscle fibers contract by about the same ex

38 nds of the midgut form by the coalescence of longitudinal muscle fibers on the midgut surface, appare

39 olic acid inhibited contractility of colonic longitudinal muscle from tgr5-wt but not tgr5-ko mice.

40 a number of important insights regarding the longitudinal muscle function of the esophagus.

41 es the response of the giant fiber to dorsal longitudinal muscle (GF-DLM) connection to 20 +/- 13.9%

42 nteric ganglia, and a subset (41%) of antral longitudinal muscle IMAs formed specialized net endings

43 o summarize what is known of the role of the longitudinal muscle in health, as well as in sensory and

44 provided novel insights into the role of the longitudinal muscle in LES relaxation and descending rel

45 f putative stretch receptors associated with longitudinal muscles in midbody segments of medicinal le

46 increased target volume, as the reduction in longitudinal muscle innervation persisted after correcti

47 mming; (2) stretch receptors associated with longitudinal muscles interact with the central oscillato

48 ating collective, and an increased number of longitudinal muscles is found at anterior sections of th

49 is case the motor neuron that innervates the longitudinal muscles (L-cells) that contributes to a def

50 W(V) mice, but functional innervation of the longitudinal muscle layer by these nerves in the corpus

51 A sustained contraction of the longitudinal muscle layer is temporally related to esoph

52 Several studies address the function of longitudinal muscle layer of the esophagus in normal sub

53 ochemistry was used to examine ICC-IM in the longitudinal muscle layer of the murine corpus and antru

54 stroma) and inner circular but not the outer longitudinal muscle layer.

55 haped ICC were found within the circular and longitudinal muscle layers (IC-IM) throughout the stomac

56 as evident in cells between the circular and longitudinal muscle layers in the GI tract.

57 preparations of gut tissue consisting of the longitudinal muscle layers with the adherent myenteric p

58 ic region (ICC-MY), between the circular and longitudinal muscle layers, generate and propagate elect

59 the esophagus is organized into circular and longitudinal muscle layers.

60 urons, and motor neurons to the circular and longitudinal muscle layers.

61 associated with hypertrophy of circular and longitudinal muscle layers.

62 tude of contraction between the circular and longitudinal muscle layers.

63 ony between the contractions of circular and longitudinal muscle layers.

64 ingled between muscle fibres of circular and longitudinal muscle layers.

65 d in smooth muscle cells of the circular and longitudinal muscle layers.

66 teric plexuses, the mucosa, and circular and longitudinal muscle layers.

67 The relative movements of longitudinal muscle (LM) and circular muscle (CM) and th

68 eous intracellular recordings were made from longitudinal muscle (LM) and circular muscle (CM) cells

69 ultaneous mechanical reflex responses of the longitudinal muscle (LM) and circular muscle (CM) layers

70 pathways underlying reflex responses of the longitudinal muscle (LM) and circular muscle (CM) layers

71 rs elicited a synchronous contraction of the longitudinal muscle (LM) and circular muscle (CM) oral t

72 r model that describes the coupled layers of longitudinal muscle (LM) and interstitial cells of Cajal

73 show asynchrony of circular muscle (CM) and longitudinal muscle (LM) contraction during peristalsis.

74 were made from the circular muscle (CM) and longitudinal muscle (LM) in flat sheet preparations usin

75 The tension in the circular muscle (CM) and longitudinal muscle (LM) was recorded with force transdu

76 contributes to larval structure, forming the longitudinal muscles, mesenchyme, and probably endoderm.

77 in through the recording microelectrode: (i) longitudinal muscle motor neurones, (ii) short circular

78 rats, we monitored activation of the colonic longitudinal muscle myenteric plexus (LMMP) neurons and

79 Moreover, the longitudinal muscle myenteric plexus content of PKC alph

80 of AC (type II family) was observed in ileum longitudinal muscle myenteric plexus preparations obtain

81 ne, acute morphine treatment of opioid naive longitudinal muscle myenteric plexus tissue attenuates P

82 d PLCbeta3 phosphorylation in the guinea pig longitudinal muscle myenteric plexus tissue revealed sub

83 eta-arrestin, and G(beta), in the guinea pig longitudinal muscle myenteric plexus tissue.

84 Longitudinal muscle-myenteric plexus preparations of gui

85 timulatory mu-opioid signaling in guinea pig longitudinal muscle/myenteric plexus (LMMP) preparations

86 Contraction of longitudinal muscles near the touched location results i

87 tatory and nitrergic inhibitory responses in longitudinal muscles of the corpus, but not in the antru

88 lation between prolonged contractions of the longitudinal muscles of the esophagus and esophageal 'an

89 Longitudinal muscles of the esophagus play a key role in

90 IC-IM were found within the circular and longitudinal muscles of the gastric fundus of wild-type

91 as a result of an active contraction of the longitudinal muscle oral to the pellet.

92 stimulated guinea pig ileum myenteric plexus-longitudinal muscle preparation.

93 Here we show that mixing movements within longitudinal muscle result from spontaneously generated

94 ship between longitudinal muscle tension and longitudinal muscle shortening, and the contribution of

95 , and isometric muscle recordings of colonic longitudinal muscle strips from mice that do not express

96 of circular muscle, the relationship between longitudinal muscle tension and longitudinal muscle shor

97 s within circular muscle/secondary plexus or longitudinal muscle/tertiary plexus.

98 n each side of the body, in order to specify longitudinal muscles that ensheath the gut.

99 These cells differentiate into a longitudinal muscle, the axochord, that is positioned be

100 sa and submucosa were removed, and strips of longitudinal muscle were peeled away to reveal the ICC-M

101 Strips of longitudinal muscle were removed and Ca(2+) imaging (Flu