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1 c expansion of Enterobacteriaceae within the large bowel.
2 erial antigens, and homogenates of small and large bowel.
3 patients the lesions involved both small and large bowel.
4 s tumorigenesis in juvenile polyposis of the large bowel.
5 ll intestine, but rarely was observed in the large bowel.
6 e for faecal pellet propulsion in the murine large bowel.
7 rical activity and/or contractions along the large bowel.
8 per colonoscopic examination of the proximal large bowel.
9 ), on recurrence of neoplastic polyps of the large bowel.
10 ide pouch that extends from the cecum of the large bowel.
11 te chemopreventive effect on adenomas in the large bowel.
12 n the pathogenesis of sporadic tumors of the large bowel.
13 in CD if the inflammation is limited to the large bowel.
14 aspirin has an antineoplastic effect in the large bowel.
15 the recurrence of adenomatous polyps in the large bowel.
16 uired for colonization of the suckling mouse large bowel.
17 of the OA(-) strains were maintained in the large bowel.
18 cells were also recovered from the cecum and large bowel.
22 nts and scintigraphy in most segments of the large bowel and a negative correlation with the small bo
23 effect of dietary cellulose in the mammalian large bowel and highlight the potential role of dietary
24 ntly less damage in thymus, small bowel, and large bowel, but not in liver or skin tissues from recip
25 lian gut, (b) on biofilm distribution in the large bowel, (c) the association of lymphoid tissue with
26 foods was inversely related to incidence of large bowel cancer (adjusted relative risk 0.75 [95% CI
27 etween intakes of different PUFAs and distal large bowel cancer in a population-based case-control st
28 ed the association between NSAIDs and distal large bowel cancer in African Americans and whites, usin
31 s was associated with reduced risk of distal large bowel cancer in whites (multivariable odds ratios
32 AID use was inversely associated with distal large bowel cancer in whites (odds ratio (OR) = 0.60, 95
33 was associated with increased risk of distal large bowel cancer in whites, but not among African Amer
34 tios and 95% confidence intervals for distal large bowel cancer risk in relation to quartiles of PUFA
35 aenoic acids was inversely related to distal large bowel cancer risk, whereas the ratio of omega-6 to
36 e patients with excluded bowel tumor died of large bowel cancer within 2.4 years; by contrast, the ac
37 Of these, 23 subsequently died (disseminated large bowel cancer, 12; unrelated causes, 9; related cau
43 0.02) and a greater propensity for small and large bowel complications (overall: 9.0 vs. 2.6%; P< 0.0
44 ily history of colorectal cancer, history of large bowel conditions and symptoms, and previous colono
47 r trigger host responses that cause small or large bowel diseases (such as enteroaggregative or enter
49 ny, detailed history and results of previous large-bowel endoscopies were obtained by interview and f
50 compared with participants without previous large-bowel endoscopy was assessed according to time sin
51 reviewed included distribution (small bowel, large bowel), extent (mild, moderate, extensive), and mo
53 istologically verified adenoma in the distal large bowel (ie, descending colon, sigmoid colon, or rec
55 e risk of recurrent neoplastic polyps of the large bowel in patients with a history of colorectal ade
57 ms and characteristic mucosal lesions of the large bowel (including pseudomembranous colitis) are des
58 e immunological target in the development of large bowel inflammation in IL-10(-/-) mice and argue th
59 aditionally, fecal leukocyte testing detects large bowel inflammation or disruption, conditions that
60 usly develop microbiota-driven, TNF-mediated large bowel inflammation that resembles human ulcerative
62 f the prostate (IRR 3.46, 95% CI 1.25-9.59), large bowel (IRR 2.35, 95% CI 0.96-5.77), and lung (IRR
63 For most practical purposes, however, the large bowel is inaccessible for routine investigation, a
65 uced by fermentation of dietary fiber in the large bowel, it may be an important regulator of apoptos
69 dian, 131 v 90 mm; P < .0001), the length of large bowel (median, 314 v 206 mm; P < .0001), and ileum
72 tcomes after surgical treatment of malignant large bowel obstruction (MBO) and to identify risk facto
76 g was introduced for palliation of malignant large-bowel obstruction (MLBO) more than 20 years ago bu
77 , the imaging findings in multiple causes of large-bowel obstruction are illustrated and compared wit
79 dy performed in patients suspected of having large-bowel obstruction, it may not be sufficient to dis
84 rmined the effects of wheat and oat brans on large-bowel physiology were fractionated by using a phys
85 independent predictors of ECF/EAF/IAS were a large bowel resection (adjusted odds ratio [AOR], 3.56 [
87 -hysterectomy vaginal cuff, and the small or large bowel, resulting in protrusion of the vagina, uter
88 onsumed constant diets to determine selected large-bowel, serum cholesterol and triacylglycerol, and
90 oxically low levels of HIV expression in the large bowel suggest that different processes drive HIV p
92 of specialist units, improved results after large-bowel surgery, and the demise of outmoded techniqu
93 stinal epithelial cells lining the small and large bowel, thus identifying apoptosis as the driving f
94 in suppressing urgency, prolonging small and large bowel transit and relieving symptoms in IBS-D.
95 CA formation and absorption, prolongation of large bowel transit is a pathogenic factor in the format
96 s were related to mouth-to-caecum (MCTT) and large bowel transit times (LBTTs) in 4 groups of 8 indiv
98 d and solid gastric emptying, and small- and large-bowel transit, using (111)In-diethylenetriaminepen
102 al content transferred with total small plus large bowel transplants (TBTx) might aggravate the alloi
103 the erythrocyte sedimentation rate (ESR) and large bowel uptake of (99m)Tc-WBC (P < 0.05) and a negat
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