ライフサイエンスコーパス: diverticular

1 vs 668.1 per 100 000 admissions; P < .001), diverticular abscess (12.0% vs 9.7%; P < .001), and cole

2 n related to rituximab administration, and a diverticular abscess, each in single patients.

3 ltivariable HR, 1.72; 95% CI, 1.40-2.11) and diverticular bleeding (multivariable HR, 1.74; 95% CI, 1

4 We identified men with diverticulitis or diverticular bleeding based on responses to biennial and

5 his group (29 percent) were presumed to have diverticular bleeding because although they had no stigm

6 erticulitis and 3.19 (95% CI, 1.45-7.00) for diverticular bleeding compared with men with a BMI of <2

7 of diverticulitis and 383 incident cases of diverticular bleeding during 18 years of follow-up.

8 939 cases of diverticulitis and 256 cases of diverticular bleeding during a 22-year period of follow-

9 and NSAID use on risk of diverticulitis and diverticular bleeding in a large prospective cohort.

10 etween nut, corn, or popcorn consumption and diverticular bleeding or uncomplicated diverticulosis.

11 the first 73 patients, those with continued diverticular bleeding underwent hemicolectomy.

12 tis and a HR of 1.70 (95% CI, 1.21-2.39) for diverticular bleeding, compared with nonusers of aspirin

13 with an increased risk of diverticulitis and diverticular bleeding.

14 nd waist-to-hip ratio and diverticulitis and diverticular bleeding.

15 erticulitis and 1.91 (95% CI, 1.26-2.90) for diverticular bleeding.

16 erticulitis and 1.96 (95% CI, 1.30-2.97) for diverticular bleeding.

17 ly increased the risks of diverticulitis and diverticular bleeding.

18 of diverticulitis and 383 incident cases of diverticular bleeding.

19 agnosis of diverticulitis, diverticulosis or diverticular bleeding; death; or December 31, 2012.

20 Studies of obesity and diverticular complications are limited.

21 commendation to avoid these foods to prevent diverticular complications should be reconsidered.

22 Patients at risk of diverticular complications should carefully consider the

23 p ratio was also associated with the risk of diverticular complications when the highest and lowest q

24 , including aspirin, have been implicated in diverticular complications.

25 d not increase the risk of diverticulosis or diverticular complications.

26 S) of 15,220 Icelanders for association with diverticular disease (5,426 cases) and its more severe f

27 .0001), with upregulation of M3 receptors in diverticular disease (diverticular disease 7.8% [1.9-20.

28 acetylcholine was increased in patients with diverticular disease (mean -log EC(50) 5.6 [SD 0.3]) com

29 nsferase activity was lower in patients with diverticular disease (median 19.5%, range 12.0-30.0) tha

30 lon at CT colonography, representing chronic diverticular disease (n = 97) or sigmoid carcinoma (n =

31 oing aneurysm repair (n=21) or colectomy for diverticular disease (n=13, control).

32 de inflammation in symptomatic uncomplicated diverticular disease (SUDD), and the role of anti-inflam

33 wel disease 34%, cancer 18%, polyps 17%, and diverticular disease 13%.

34 ion of M3 receptors in diverticular disease (diverticular disease 7.8% [1.9-20.4], controls 1.7% [0.8

35 e area was 13.2% (6.0-23.3) in patients with diverticular disease and 2.5% (1.6-3.7) in controls (p<0

36 was 17.5% (range 10.0-37.0) in patients with diverticular disease and 47.0% (29.0-54.0) in controls (

37 rs7609897-T: P=1.5 x 10(-10), OR=0.87) with diverticular disease and in FAM155A (family with sequenc

38 cohort study using patients with perforated diverticular disease and population controls identified

39 ons of sigmoid colons from ten patients with diverticular disease and ten controls, after resections

40 Patients with diverticular disease are frequently advised to avoid eat

41 rcinoma is best differentiated from masslike diverticular disease by the absence of diverticula in th

42 nd pain in the left quadrant of the abdomen, diverticular disease causing mortality and morbidity doe

43 receptors were upregulated in patients with diverticular disease compared with controls: the median

44 of laparoscopy in the elective treatment of diverticular disease decreases rates of complications co

45 ies, we identified 142,123 incident cases of diverticular disease diagnosed at a hospitalization (197

46 n of heritable factors to the development of diverticular disease diagnosed at a hospitalization or o

47 atients who underwent elective surgeries for diverticular disease from 2005 to 2008.

48 The incidence of perforated diverticular disease has doubled over the period of the

49 Much of our previous understanding of diverticular disease has recently been challenged.

50 Diverticular disease imposes an impressive clinical burd

51 n's disease in 95, ulcerative colitis in 18, diverticular disease in 17, carcinoma in 25 (16 after ra

52 essionals (40-75 years old) who were free of diverticular disease in 1986 (baseline) was performed.

53 e are the first loci shown to associate with diverticular disease in a genome-wide study.

54 The RR of diverticular disease in one twin when the other had dive

55 The RR for diverticular disease in siblings of index cases was 2.92

56 Diverticular disease is characterized by pouches (that i

57 Diverticular disease is commonly associated with the old

58 he use of laparoscopy in colon resection for diverticular disease is feasible and results in fewer co

59 The pathogenesis of diverticular disease is likely multifactorial and comple

60 Diverticular disease is the most commonly reported findi

61 oline did not differ between the two groups (diverticular disease mean 5.6% [SD 0.3], controls 5.2% [

62 gy, clinical presentation, and management of diverticular disease of the colon and its complications.

63 Men reporting newly diagnosed diverticular disease on biennial follow-up questionnaire

64 ned as surgical intervention at any time for diverticular disease or presence of computed tomography

65 Perforated diverticular disease represents the most serious complic

66 t 53% (95% CI, 45%-61%) of susceptibility to diverticular disease results from genetic factors.

67 y, 16 sequence variants are followed up in a diverticular disease sample from Denmark (5,970 cases, 3

68 This SNP may be a marker of diverticular disease severity that might assist in surgi

69 laboratory investigations into the causes of diverticular disease suggests that disturbances in choli

70 acetyltransferase was lower in patients with diverticular disease than in controls: median percentage

71 cular disease in one twin when the other had diverticular disease was 14.5 (95% CI, 8.9-23) for monoz

72 Patients with diverticular disease were identified by International Cl

73 ad surgery for colorectal cancer, 14,019 for diverticular disease, and 7222 for inflammatory bowel di

74 th or without epidural analgesia for cancer, diverticular disease, and benign polyps.

75 nts with primary diagnoses for colon cancer, diverticular disease, benign colonic neoplasm, and ulcer

76 represents the most serious complication of diverticular disease, but little is known regarding its

77 The use of laparoscopy for treating diverticular disease, in the absence of absolute contrai

78 arge, prospective study of men without known diverticular disease, nut, corn, and popcorn consumption

79 colorectal resection for colorectal cancer, diverticular disease, or inflammatory bowel disease.

80 gastritis, gastric cancer, diarrhea, colonic diverticular disease, polyps, cancer, liver disease incl

81 f fiber in the pathogenesis and treatment of diverticular disease.

82 d with a greater and not lower prevalence of diverticular disease.

83 nary evidence that it might be effective for diverticular disease.

84 ctors appear to contribute to development of diverticular disease.

85 known about the role of heritable factors in diverticular disease.

86 matory bowel disease, pouchitis, and colonic diverticular disease.

87 comitant rise in the number of patients with diverticular disease.

88 harmacological abnormalities associated with diverticular disease.

89 linical syndromes, mainly diverticulitis and diverticular haemorrhage.

90 ients, 10 (21 percent) had definite signs of diverticular hemorrhage (active bleeding in 5, nonbleedi

91 ients, 17 (23 percent) had definite signs of diverticular hemorrhage (active bleeding in 6, nonbleedi

92 All 10 patients with definite diverticular hemorrhage were treated endoscopically; non

93 ing because although they had no stigmata of diverticular hemorrhage, no other source of bleeding was

94 rticulosis, at least one fifth have definite diverticular hemorrhage.

95 In colitic and inflamed diverticular mucosa p27 was expressed in the base of the

96 the incidence and mortality associated with diverticular perforation and the influence of comorbidit

97 and sofosbuvir because of an adverse event (diverticular perforation), which was not considered trea

98 optimal strategy for selected patients with diverticular peritonitis as may represent a good comprom