ライフサイエンスコーパス: serosal

1 Ussing chamber experiments indicated that serosal 1 microM [(3)H]adenosine was not transported to

2 As a positive control, serosal 1 muM prostaglandin E2 increased mucin release t

3 ed by decreased TER and increased mucosal-to-serosal 3 H-mannitol flux after a 2-hour reperfusion/rec

4 r tyrosine kinase(s) because mucosal but not serosal addition of the tyrosine kinase inhibitor genist

5 Serosal adenosine induced a rapid, monophasic, concentra

6 GE2, which in turn sensitizes the endings of serosal afferent neurones responsive to bradykinin.

7 rostaglandins in the action of bradykinin on serosal afferent neurones supplying the rat jejunum.

8 on on kinin B2 receptors that are present on serosal afferent terminals.

9 In summary, bradykinin stimulates serosal afferents by a direct action on kinin B2 recepto

10 rdings of multi-unit activity were made from serosal afferents in isolation, using a novel in vitro p

11 The stimulatory effect of bradykinin on serosal afferents was antagonized by a specific antagoni

12 mary afferents were found: 70 high-threshold serosal afferents, four low-threshold muscular afferents

13 lia (a lower cyclorrhaphan fly with distinct serosal and amniotic epithelia) and Drosophila, and by e

14 in higher cyclorrhaphan flies from distinct serosal and amniotic epithelia.

15 However, the mechanisms of serosal and amniotic tissue specification in less diverg

16 (pnr) homologues of Megaselia as markers for serosal and amniotic tissue, respectively, we show that

17 es of muscular and M/M afferents to stretch; serosal and mucosal afferents were not affected.

18 In addition, serosal and mucosal blood flow were monitored with laser

19 performed first under microscope; then, the serosal and mucosal layers were sutured together using 8

20 nt of ileum was excised 8 hrs later, and the serosal and muscular layers of the bowel were stripped a

21 Serosal application of a selective FFA3 agonist (N-[2-me

22 Gastric ulcers were induced in rats by serosal application of acetic acid.

23 Serosal application of AngII at 10(-6), 10(-5), and 10(-

24 Tetrodotoxin, veratridine, and long-term serosal application of benzalkonium chloride completely

25 Mucosal application of lidocaine but not serosal application of benzalkonium chloride which ablat

26 M-SMP Isc responses to serosal application of the P2Y1 R agonist 2-methylthioad

27 Serosal application of UTP promoted a 50% greater [3H]in

28 reen monkeys and cynomolgus macaques) harbor serosal B cells expressing a CD11b(+)FSC(hi)CD21(lo/-)CD

29 5-HT added to the serosal bath markedly stimulated duodenal bicarbonate se

30 nous H(2)O(2) consumption in the mucosal and serosal bathing fluids was estimated.

31 l bumetanide at 0.5 mM, and both mucosal and serosal bathing of the conjunctiva with Na(+)-free bicar

32 ute, in vitro application of losartan to the serosal bathing solution.

33 ified and scored using an abrasive pad until serosal bleeding was noted on the anterior surface.

34 specialized net endings associated with the serosal boundary.

35 Mucosal 8-Br cAMP at 3 mM, serosal bumetanide at 0.5 mM, and both mucosal and seros

36 Serosal bumetanide did not further reduce the I(sc) beyo

37 Serosal, but not luminal, administration of NT (10(-8) t

38 ximately equals 1 cm2) were inhibited by the serosal, but not mucosal, addition of apyrase or the pur

39 demonstrates the presence of allurin in the serosal capsule of the oviduct.

40 Serosal carbachol (1 mM) stimulated maximum short-circui

41 Using Wt1-Cre genetic lineage marking of serosal cells and their progeny, we demonstrate that the

42 Evidence is presented that the serosal cells secrete a dedicated serosal cuticle, which

43 m the apical (lumenal) chamber to the basal (serosal) chamber.

44 ata from the literature show that mucosal-to-serosal chloride ion flux in rabbit ileum after exposure

45 rom this alkaline challenge was dependent on serosal Cl- and blocked by H2DIDS.

46 In contrast, removal of serosal Cl- caused pHi to alkalinize in both normal and

47 y was determined by measuring the mucosal-to-serosal clearance of fluorescein isothiocyanate dextran

48 Permeability was expressed as the mucosal to serosal clearance of fluorescent dextran in everted gut

49 opposite effects of cGMP in the mucosal and serosal compartments of the jejunum.

50 d that the serosal cells secrete a dedicated serosal cuticle, which protects A. gambiae embryos from

51 [3H]Uridine transport in the mucosal-to-serosal direction at 10 microM exhibited directionality,

52 We also showed that mucosal (not serosal) ectoATPase activity increases toward areas most

53 iciency exhibited 3-fold higher mucosal (not serosal) ectoATPase activity than normal cultures.

54 ain symptoms are bilateral lower limb edema, serosal effusions, and vitamin D malabsorption resulting

55 Pretreatment with serosal EHNA had no effect on basal water flow, but inhi

56 Both mucosal and serosal epithelial surfaces displayed ecto 5'-NT activit

57 ve and induced immune gene expression in the serosal epithelium using in situ hybridization.

58 sa (P = 0.006) and 6- to 16-fold higher than serosal fat (P = 0.01).

59 was decreased by TTX, hexamethonium, and the serosal FFA3 agonists acetate or propionate, although no

60 al fluid was six times faster than that from serosal fluid.

61 be noted after inhibition of the mucosal-to-serosal flux.

62 o the mucosal, as opposed to the muscular or serosal, forms of EGIDs.

63 GERD, with histologic data that demonstrated serosal fusion of approximated full-thickness tissue pli

64 Mucosal, but not serosal, GSH or reduced L-glutathione mono-ethyl ester (

65 stimulation induces net fluid absorption and serosal guanosine cyclic 3',5'-monophosphate (cGMP) form

66 or in the ouabain-binding level elicited by serosal H(2)O(2) at IC(50) was irreversible.

67 Mucosal and serosal H(2)O(2) decreased conjunctival I(sc) gradually

68 was estimated in the presence of mucosal or serosal H(2)O(2) to assess the role of functional Na(+)/

69 ase was severely inhibited in the absence of serosal HCO(3)(-), HCO(3)(-) transport, or functional cy

70 4 mutant is hypervirulent, causing increased serosal hemorrhage and reactogenicity compared to its pa

71 Parenchymal and/or serosal hepatic metastases, punctate calcifications, nod

72 Serosal high-resolution mapping was performed using flex

73 of H(2)O(2)was 1.49 +/- 0.20 mM, whereas the serosal IC(50) was estimated at 10.6 +/- 2.0 micro M.

74 ivation of innate B cells and T cells during serosal immune responses.

75 Other findings included serosal implants (n = 11), regional lymph node invasion

76 by episodes of fever and neutrophil-mediated serosal inflammation.

77 e no impact on mortality, and the healing of serosal injury to intact bowel appeared normal given the

78 (IC(50)) were determined for the mucosal and serosal instillation of the agent.

79 Serosal invasion and presence of VI are strong predictor

80 val on univariate analysis were male gender, serosal invasion, presence of VI, presence of NI, and re

81 ase (p < .05) and attenuated mucosa, but not serosal, ischemia (p < .05).

82 ithelial current produced under an apical to serosal K+ gradient in nystatin-perforated colon is gene

83 r of rat duodenum and jejunum but not in the serosal layer from the same intestinal segments in other

84 ction, ileal mucosa stripped of muscular and serosal layers showed a significant increase in short ci

85 cy resistant to therapy, originates from the serosal lining of the pleural, pericardial and peritonea

86 14C-L-lactate transport in the mucosal-to-serosal (m-s) direction at 0.01 mM revealed directionali

87 ontrast, UDP had no effect when added to the serosal medium.

88 Nevertheless, the outer serosal membrane manages to contract, albeit in an aberr

89 and the teratocytes that originate from the serosal membrane that surrounds the developing embryo of

90 nic domain, Of-zen is expressed in the outer serosal membrane, but unlike orthologues, it is not dete

91 stic proliferation derived from cells lining serosal membranes.

92 s initially devoid of a mesothelium but that serosal mesothelial cells expressing the Wilm's tumor pr

93 mmunohistochemistry, we demonstrate that the serosal mesothelium is the major source of vasculogenic

94 al thickening occurred in four patients with serosal metastases and in 11 patients with benign bowel

95 ient for guanidine and TEA in the mucosal-to-serosal (ms) direction was 5.4 and 49.6 times greater th

96 ng properties of mechanosensitive afferents (serosal, mucosal, muscular, and muscular-mucosal; M/M) t

97 The serosal/muscularis layer remained relatively unaffected.

98 d its intramural distribution to mucosal and serosal/muscularis layers were determined using the radi

99 isorders characterized by episodic fever and serosal or synovial inflammation.

100 a+, K+-ATPase inhibitor), by the mucosal and serosal presence of 0.1 microM monensin (a Na+ ionophore

101 guanidine transport was not affected by the serosal presence of 0.5 mM ouabain (a Na+, K+-ATPase inh

102 100 microg/ mL, or saline was placed on the serosal side of ileal mucosal membranes mounted in Ussin

103 Diffusion chambers were affixed to the serosal side of the anterior abdominal wall of rats, and

104 Specific binding of (3)H-ouabain to the serosal side of the conjunctiva was estimated in the pre

105 When the serosal side of the epithelium was challenged with hyper

106 tion of E. coli C-25 from the mucosal to the serosal side of the ileal membrane was measured every ho

107 es formed in enterocytes and released at the serosal side of the model.

108 evel, diffusion chambers were affixed to the serosal side of the stomach, cecum, or liver of anesthet

109 The specific binding of (3)H-ouabain to the serosal side of the tissue was inhibited by 85% in the p

110 passed through from the mucosal side to the serosal side of the tissue.

111 ese findings suggest that ANG II acts at the serosal side via AT2 receptors to stimulate cGMP product

112 The inhibitions were fully dependent on serosal-side Ca2+ and were blocked by one calmodulin inh

113 This ISC was inhibited by serosal-side ouabain and heptanol, indicating movement o

114 with Na(+)-free BRS on both the mucosal and serosal sides, before or after addition of mucosal H(2)O

115 When added to the serosal solution, 1 muM lubiprostone stimulated mucin re

116 ess to the perfusate (luminal) and the bath (serosal) solutions.

117 and lactate (50 mmol/L [mucosal], 0 mmol/L [serosal]) stimulated electroneutral Na+ absorption, whic

118 Similarly, serosal SubP stimulated secretion in more than 60% of co

119 Serosal surface healing was complete without exception b

120 otomy will reveal pathognomic lesions on the serosal surface of the intestine.

121 16F10 melanoma cells were implanted onto the serosal surface of the left lateral hepatic lobe in syng

122 odes (1.0-1.5 cm apart) was sutured onto the serosal surface of the lesser curvature of the stomach.

123 miniature force transducers implanted on the serosal surface of the rat colon.

124 shows white plaques with red borders on the serosal surface of the small bowel and the peritoneum.

125 nduced in rats by acetic acid applied to the serosal surface of the stomach, and the site around the

126 gauge force transducers were sutured on the serosal surface of upper GI tract to record the circular

127 transport from the urinary (mucosal) to the serosal surface.

128 > ADP > UDP) at 3-fold higher rates than the serosal surface.

129 loride on the mucosal (urinary), but not the serosal, surface of the membrane reduces the transepithe

130 Peritonitis is inflammation of the serosal surfaces lining the peritoneal cavity which enve

131 mbryonic tissue types from two (amniotic and serosal tissue) to one (amnionserosal tissue).

132 5.4 and 49.6 times greater than that in the serosal-to-mucosal (sm) direction, respectively.

133 ly (r=0.74, n=17, p<0.001) with increases in serosal-to-mucosal chloride ion flux.

134 o enterotoxins, since an apparently enhanced serosal-to-mucosal flux would also be noted after inhibi

135 ovel role in polarized cells by carrying out serosal-to-mucosal zinc transport.

136 curs during initial mucosal uptake or during serosal transfer and to compare the serosal transfer of

137 on of nonheme iron, but not with the nonheme serosal transfer index or the absorption of heme iron.

138 hin 8 h was retained by the body after 2 wk (serosal transfer index: 0.63).

139 Differences in serosal transfer indicate that heme and nonheme iron did

140 Calcium did not affect the serosal transfer of either form of iron.

141 r during serosal transfer and to compare the serosal transfer of heme and nonheme iron, which should

142 d the initial mucosal uptake rather than the serosal transfer of heme iron.

143 the enterocyte and that calcium inhibits the serosal transfer of iron into blood.

144 he initial mucosal uptake and the subsequent serosal transfer of nonheme iron and to determine the ef

145 Quantitative data on the mucosal uptake and serosal transfer of nonheme-iron absorption in humans an

146 hibited by 85% in the presence of mucosal or serosal treatment with H(2)O(2) at their respective IC(5

147 helial morphogenetic event - rupture of the 'serosal window' structure - as the ultimate site of defe