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1 equest or adverse effects, including gastric distention).
2 re Pao may not adequately predict PL or lung distention.
3 re it becomes enriched in response to tissue distention.
4 er bladder afferents that respond to bladder distention.
5 ensity was reduced with evidence of vascular distention.
6 e enteroenterostomy leading to acute gastric distention.
7 he mechanisms of urothelial ATP release with distention.
8 0 pmol), and were also activated by duodenal distention.
9 pain was measured in response to colorectal distention.
10 ontributes to sensory nerve discharge during distention.
11 NST neurons were excited by gastrointestinal distention.
12 tely sensitize animals to subsequent gastric distention.
13 s not significantly associated with improved distention.
14 ovement and an increased threshold to rectal distention.
15 tion, and anticipation of undelivered rectal distention.
16 was partially reversed by rectal or sigmoid distention.
17 hypersensitivity was assessed by colorectal distention.
18 brain regions that are activated by gastric distention.
19 sensitive neurons were recorded during colon distention.
20 f pelvic nerve afferent fibers to colorectal distention.
21 euronal populations responsive to colorectal distention.
22 nic inhibitory reflex produced by colorectal distention.
23 bdominal contractions produced by colorectal distention.
24 died drug effects on responses to colorectal distention.
25 re, and regulation of urine flow and bladder distention.
26 by the noxious visceral stimulus colorectal distention.
27 s determined histochemically at 1 hour after distention.
28 ent from those induced by esophageal balloon distention.
29 ft ventricular volumes and decreased annular distention.
30 pinal cord in response to noxious colorectal distention.
31 fficient to increase the response to bladder distention.
32 anticipation of pain and painful esophageal distention.
33 possible relationship to the consequences of distention.
34 e repeated after a series of noxious sigmoid distentions.
35 g and brain activation in response to rectal distentions.
36 and pain ratings were obtained during rectal distentions.
39 arrhea, 2.0%-3.9% for functional bloating or distention, 1.1%-1.9% for opioid-induced constipation, 7
40 ased the visceromotor response to colorectal distention (20-80 mmHg) by 42+/-19% compared with the re
42 tency EAS contraction when perceiving rectal distention, (3) inhibition of (extraneous muscle) activi
44 visceromotor response to noxious colorectal distention (80 mm Hg, 20 seconds) was measured 3 hours a
45 s showing excitatory responses to colorectal distention (80 mm Hg, 20 seconds) were identified using
46 th a positive home pregnancy test, abdominal distention, a 5-pound weight gain, nausea, shortness of
47 flatus or stool and a reduction in abdominal distention), abdominal circumference, and measurements o
48 ume from LVP, shortness of breath, abdominal distention, abdominal pain, diuretic usage, confusion, h
51 to evaluate and assess bowel preparation and distention adequacy did not change significantly across
52 n contrast, whereas all responses to vaginal distention after OVX were also excitatory, OVX+E2 in thi
53 stimuli were paired with painful esophageal distention, air puff to the wrist, or nothing, which act
58 r placed in the proximal jejunum for optimal distention and better depiction of individual small-bowe
59 Similar analyses were performed to assess distention and bowel preparation adequacy and evaluation
63 ed for both viscerovisceral (urinary bladder distention and colorectal distention) convergent neurons
65 cantly improved the demonstration of colonic distention and depicted fewer respiratory artifacts comp
66 optimal enzyme administration, and pancreas distention and digestion, and will ultimately lead to su
68 administration of Volumen provided excellent distention and excellent visualization of mural features
69 empt to reproduce a prior report that showed distention and glutamate responses, we produced a disten
71 sidual capacity dosing may optimize alveolar distention and lung volume, as well as improve oxygen de
73 ption of sensory cues associated with rectal distention and potential loss of stool, (2) short-latenc
76 percentage of colonic segments with grade 1 distention and preparation was 93.7% (1,364 of 1,456) an
77 e features of each candidate, assessed colon distention and preparation, and defined the true nature
78 ntraluminal acid perfusion and to esophageal distention and pressure volume relationships were evalua
79 nfant was noted to have persistent abdominal distention and prominent vascular markings over his abdo
83 e is released from the mucosa in response to distention and to evaluate whether it contributes to sen
85 associated with hypersensitivity to fasting distention and with impaired accommodation to a meal.
87 effects on gastric sensation during isobaric distentions and fasting and postprandial gastric motor f
88 rast material), (d) amount of dorsal capsule distention, and (e) the location of bone marrow edema, i
90 We assessed rCBF during baseline, rectal distention, and anticipation of undelivered rectal diste
92 confidence in exclusion of wall thickening, distention, and fluid (lower confidence scores: 0.21 low
95 He presented with hematemesis, abdominal distention, and severe diabetic ketoacidosis with hypote
96 damaged mitochondria, endoplasmic reticulum distention, and vacuolar changes in PA-treated cells.
97 ), that induces cell cycle arrest, cytoplasm distention, and, eventually, chromatin fragmentation and
98 images were obtained during baseline, rectal distentions, and anticipation of an aversive distention
100 eA-localized effects on responses to bladder distention are associated with changes in extracellular
101 teral thalamic nucleus to noxious colorectal distention are dramatically reduced after a lesion of th
102 the irritable bowel syndrome rate even sham distentions as more painful, and when perception tests t
103 and supine positions, with colonic segmental distention assessed by a single observer with a four-poi
105 ted in the mesogastrium as well as abdominal distention associated with nausea and liquid stools; in
106 The visceromotor response to colorectal distention at baseline and following WA were also assaye
107 e enhanced visceromotor reflex to colorectal distention at day 11 in stressed rats but did not affect
109 ording to preset parameters: (a) gallbladder distention, (b) sludge and/or stones, (c) wall appearanc
112 Forty-eight percent of patients also showed distention beyond the 90% control range, with this being
113 egression model showed that wall appearance, distention, bile color, and pericholecystic fluid were n
114 crease in aversive symptom scores (fullness, distention, bloating, abdominal pain, and sickness) in C
115 lyses supported 7 multi-item scales: reflux, distention/bloating, diarrhea, fecal soilage, constipati
118 s with normal or hypersensitivity to fasting distention, but patients who were hypersensitive to post
121 On CT topograms, greater than 10-cm cecal distention, coffee bean sign, and left upper quadrant ce
122 l (urinary bladder distention and colorectal distention) convergent neurons and urinary bladder diste
123 racolumbar dorsal horn neurons to colorectal distention (CRD) and decreased the percentage of neurons
124 x (ACC) neurons are responsive to colorectal distention (CRD) and shown that sensitization of ACC neu
125 he visceromotor response (VMR) to colorectal distention (CRD) before and after intracolonic treatment
127 he visceromotor response (VMR) to colorectal distention (CRD) in normal and VH rats induced by coloni
128 s of estrogen on two responses to colorectal distention (CRD) in the rat: the visceromotor reflex (vm
132 signs of immunological rejection (abdominal distention, diarrhea, and anal mucosa inflammation) were
133 ever and abdominal symptoms (cramping, pain, distention, diarrhea, GI bleeding), should undergo evalu
139 umber of signs of congestion (jugular venous distention, edema, rales, and third heart sound) with th
143 e effect of systemic Delta(9)-THC on gastric distention-evoked LOS relaxation was reversed by a selec
144 The effect of systemic delta9-THC on gastric distention-evoked LOS relaxation was reversed by a selec
145 ficantly attenuated the nadir of the gastric distention-evoked LOS relaxation, and time to reach maxi
146 ficantly attenuated the nadir of the gastric distention-evoked LOS relaxation, and time to reach maxi
151 to mucosal disruption presumably due to over-distention from peptic ulcer, pyloric stenosis, annular
152 ic nerve responses to graded gastric balloon distention (GD; 20-80 mm Hg) and gastric motor function
153 y 40% compared with less than 4% in the sham distention group; the number and pattern of NADPHd-stain
154 A significant increase in EMG to colorectal distention (> or =30 mm Hg) occurred at 72 hours and 2 w
155 ents who were hypersensitive to postprandial distention had a significantly higher CSS, along with sc
156 inical conditions such as rickets, abdominal distention, hair depigmentation, and skin lesions and wi
159 es of pelvic nerve fibers to urinary bladder distention, however, were unaffected by SR 142,801.
160 c diarrhea, failure to thrive, and abdominal distention; however, extraintestinal manifestations are
161 rformed during nonpainful and painful rectal distention in 18 patients with IBS and 16 controls.
162 ies demonstrate pivotal roles for mechanical distention in airway morphogenesis and cellular behavior
165 spinal neurons responded to urinary bladder distention in dextran sulfate sodium-treated and control
168 ain response before aversive pelvic visceral distention in irritable bowel syndrome (IBS) patients an
169 bone storage is also obvious, with lysosomal distention in osteoblasts and osteocytes lining the cort
170 te esophageal contractions during volumetric distention in patients with achalasia using FLIP topogra
172 sphincter relaxation (tLESR) during gastric distention in patients with gastroesophageal reflux dise
173 t different regions are activated by painful distention in patients with irritable bowel syndrome, bu
175 tivity of neurons excited by urinary bladder distention in rats with dextran sulfate sodium-induced c
176 for excitatory responses to urinary bladder distention in rats with inflamed colon (0.024 +/- 0.09 m
178 as associated with greater activation during distention in right orbitofrontal cortex and bilateral s
179 nsitive visceromotor responses to colorectal distention in STZ-D rats were normalized by administrati
185 t cells led to G(2)/M arrest and cytoplasmic distention, in a manner indistinguishable from that caus
191 low is regulated directly through mechanical distention-induced opening of stretch-activated channels
192 we conclude that the receptors mediating the distention-induced suppression of swimming are likely to
193 appendix, entire appendix, wall thickening, distention, inflammation, fluid, and appendicitis was sc
195 gastrointestinal system, focusing on gastric distention, intestinal and pancreatic satiation peptides
198 ectional CT images, greater than 10-cm cecal distention, left upper quadrant cecal apex, whirl, ileoc
201 ension (LR, 5.2; 95% CI, 3.5-7.5), abdominal distention (LR, 3.8; 95% CI, 1.9-7.6), or guarding (LR,
202 h irritable bowel syndrome (IBS), and actual distention manifest as an increase in abdominal girth is
205 ates the visceromotor response to colorectal distention) mediated by activity at spinal N-methyl-D-as
207 insulin granule content, ER vesiculation and distention, mitochondrial swelling and nuclear condensat
208 e with all other agents for gastrointestinal distention, mural visualization, and pancreas-duodenum d
209 puncture technique and air or carbon dioxide distention, nephrostomy was achieved in 25 (96%) of all
211 on by -0.10 ( P=0.005) signs, jugular venous distention (odds ratio, 0.60; P=0.01), and edema (odds r
212 rth, showing pathologies including segmental distention of alimentary tract, retention of urine in re
215 wasting, hypogonadism, pulmonary emphysema, distention of intestinal wall, and skin atrophy, all of
216 d detachment of the keratinized outer layer, distention of spinous and basal cells in the oral epithe
217 etachment of the keratinized outer layer and distention of spinous and basal cells in the oral epithe
219 ither incontinence due to leakage or painful distention of the bladder due to urinary retention.
221 erplasia of the left ventricular myocardium, distention of the cardinal veins, and abnormalities of s
222 ges in autonomic nervous system activity and distention of the colon in association with colonic pseu
225 nly technique that can detect reflux-related distention of the esophagus and its role in esophageal s
227 s of electrical stimulation of the LH and/or distention of the gastrointestinal tract on the firing r
228 ition of 450 seconds significantly increased distention of the intrarenal collecting system and proxi
229 to its superior depiction of ligaments with distention of the joint capsule, may be the procedure of
230 or carbon dioxide to allow visualization and distention of the nondependent calyces for definitive re
232 llowing potential findings of synovitis: (a) distention of the pisotriquetral recess by fluid, (b) di
235 expression induced by nociceptive mechanical distention of the proximal colon was examined in the lum
237 l dyspepsia, is assessed by stepwise balloon distention of the proximal stomach in fasting patients.
241 n of the pisotriquetral recess by fluid, (b) distention of the radial and/or prestyloid recess, (c) s
243 mplete penetrance of severe proximal colonic distention on a predominantly C57BL/6J (B6) background a
245 opic decompression for recurrence of colonic distention; one eventually underwent subtotal colectomy.
246 ectromyographic responses to gastric balloon distention or acid administration through the gastrostom
247 ymptoms included flatulence (86%), abdominal distention or being underweight as a child (64%), abdomi
248 2X3 receptors may contribute to detection of distention or intraluminal pressure increases and initia
250 mester of pregnancy and increasing abdominal distention out of proportion to her prior pregnancies.
252 ation (P<.001), surface smoothness (P<.001), distention (P=.034), preparation (P<.001), and true natu
255 rtical activity response to equal subliminal distention pressures in IBS patients is significantly la
256 signal intensity change for equal subliminal distention pressures were compared between controls and
257 response to CRD were observed at much lower distention pressures, indicating colonic afferent sensit
259 ailable physical examination (jugular venous distention, rales, and edema) at baseline in the TOPCAT
260 tion) convergent neurons and urinary bladder distention-receptive neurons in rats with colitis compar
261 specific visceral hyperalgesia, and duodenal distention reproduced symptoms in all but 1 patient.
263 Examination results were graded for colonic distention, respiratory artifacts, and polyp depiction b
264 ralized pelvic nerves showed that colorectal distention responsive afferent nerve activity was inhibi
267 luR5 in the CeA reduced responses to bladder distention suggesting that mGluR5 in the CeA is also nec
270 roclysis ensures consistently better luminal distention than does MR enterography in both the jejunum
271 e show that, as a medicinal leech feeds, the distention that it incurs inhibits its expression of swi
272 ndently evaluated the CT topograms for cecal distention, the coffee bean sign, cecal apex location, a
273 gas, and urgency sensory ratings at 36 mm Hg distention, the level prespecified for formal testing.
275 tic had odds of 6.49 for clinically adequate distention throughout all colonic segments (P =.001).
277 olunteers during baseline and distal gastric distentions to 10 mm Hg, 20 mm Hg, threshold pain, and m
278 s received randomized nonpainful and painful distentions to the esophagus during neutral and negative
279 has three objectives: to monitor upper tract distention, to detect new urothelial tumors and to detec
280 relaxed EGJ was measured during low-pressure distention using a modified barostat technique that resu
286 e analysis, hypersensitivity to postprandial distention was associated with hypersensitivity to fasti
287 oduced with saline inflation, and colorectal distention was induced by inflation of an air balloon (8
288 pated and delivered mild and moderate rectal distention was recorded from 14 female IBS patients and
289 ontrols, postprandial sensitivity to balloon distention was significantly greater than fasting sensit
291 ically did not eliminate the effects of body distention, we conclude that the receptors mediating the
293 citatory responses to graded urinary bladder distention were significantly increased for both viscero
294 Rectal (45 mm Hg) and sigmoid (60 mm Hg) distentions were performed with a computer-controlled ba
296 (P =.001), and transverse (P <.001) colonic distention when patients were supine and improved ascend
297 al sphincter relaxations result from gastric distention, which shortens the sphincter to the point wh
298 l sodium phosphosoda preparation and colonic distention with a carbon dioxide electronic insufflator.
299 n the rat trachea, we investigated if airway distention with the application of positive end-expirato
300 Optimal evaluation requires adequate bladder distention with the patient in both supine and prone pos