ライフサイエンスコーパス: morbidity rate

1 There were no operative deaths and a 26% morbidity rate.

2 acceptable mortality rate but a significant morbidity rate.

3 e had zero operative mortalities and a 10.3% morbidity rate.

4 LSG is a safe procedure with a low morbidity rate.

5 MPD injury leads to increased mortality and morbidity rates.

6 roduces higher than acceptable mortality and morbidity rates.

7 omized trials and reportedly high associated morbidity rates.

8 D), a severe disease with high mortality and morbidity rates.

9 f difference in perioperative transfusion or morbidity rates.

10 ntribute to asthmatic patients' symptoms and morbidity rates.

11 ant clinical problem with high mortality and morbidity rates.

12 clamp is reproducible with low mortality and morbidity rates.

13 RFA can be performed with low mortality and morbidity rates.

14 reconstruction with acceptable mortality and morbidity rates.

15 d mortality (0% vs 19%, P = 0.003) and major morbidity rates (20% vs 55%, P < 0.001) despite almost i

16 There was no difference in major morbidity rate (40% in intra-aortic balloon pump group a

17 rhage, treated conservatively (postoperative morbidity rate 7.7%).

18 s included operative time, conversion rates, morbidity rates, activity pain scores, activity scores,

19 The overall postoperative morbidity rate after pancreaticoduodenectomy was 48% (11

20 cardiac arrest treatment, high mortality and morbidity rates after successful cardiopulmonary resusci

21 MODS carries a high mortality and morbidity rate and adversely affects long-term health ou

22 s used to construct models predicting 30-day morbidity rate and the 30-day postoperative mortality ra

23 ous drainage results in higher mortality and morbidity rates and a longer hospital stay than surgical

24 tion is associated with increased short-term morbidity rates and death due to pancreatitis.

25 uman pathogen that causes high mortality and morbidity rates and has developed resistance to many ant

26 ondary analyses (time to first SRE, skeletal morbidity rate, and multiple event analysis) counted hyp

27 surgery allows shorter hospital stays, lower morbidity rates, and faster recovery.

28 , inclusion criteria, success, mortality and morbidity rates, and functional outcomes.

29 to further improvements in operative times, morbidity rates, and functional results.

30 erm abortion, abortion-related mortality and morbidity rates, and legal issues regarding fetal viabil

31 l outcomes and impact on short and long-term morbidity rates are yet to be determined.

32 Donor mortality and morbidity rates as well as recipient outcome are compara

33 The 28-day morbidity rate, as measured by the multiple organ dysfun

34 less experienced surgeons have shown a high morbidity rate associated with the procedure.

35 The mortality and morbidity rates associated with ALI are considerable, wi

36 that significantly reduce the mortality and morbidity rates associated with sepsis has highlighted t

37 no significant differences in risk-adjusted morbidity rates between hospitals with the lowest and hi

38 The morbidity rate, but not the mortality rate, is significa

39 ug candidates to alleviate the mortality and morbidity rates caused by drug-resistant infections, and

40 There was no difference of mortality rate, morbidity rate, circumferential resection margin, mesore

41 r use in difficult gallbladders and achieves morbidity rates comparable to those reported for total c

42 study may increase both acute and long-term morbidity rates compared with studies using standard RT

43 A considerable morbidity rate, comprising symptoms from the central, pe

44 Unadjusted overall morbidity rates decreased between 1999-2003 and 2004-201

45 outcome measurement was postoperative major morbidity rate, defined as one of prolonged mechanical v

46 cosal ulcerative colitis, and the decreasing morbidity rates, due to the learning curve and to newer

47 As expected, the overall 30-day morbidity rate for all procedures was low (5.6%), with s

48 ques to generate risk-adjusted mortality and morbidity rates for each hospital.

49 s used to construct models predicting 30-day morbidity rates for each of the 10 most common complicat

50 The study also reported favorable morbidity rates for endovascular treatment compared with

51 Since 1994, the 30-day mortality and morbidity rates for major surgery have fallen 9% and 30%

52 Morbidity rate has become an important outcome measure,

53 Morbidity rates have been associated with the level of t

54 about whether changes in HIV-1 mortality and morbidity rates have been sustained.

55 acks by pit bulls are associated with higher morbidity rates, higher hospital charges, and a higher r

56 The surgical morbidity rate in elderly patients was no greater than i

57 a major determinant of patent infection and morbidity rates in bancroftian filariasis.

58 In-hospital mortality and morbidity rates in groups L and O were 0.4% versus 2.1%

59 RNA virus that causes low mortality but high morbidity rates in humans.

60 osphonate treatment clearly reduces skeletal morbidity rates in multiple myeloma and breast cancer.

61 Risk-adjusted 30-day morbidity rates in teaching hospitals are higher in some

62 acheal occlusion did not improve survival or morbidity rates in this cohort of fetuses with congenita

63 sis of the jaw, kidney dysfunction, skeletal morbidity rate (mean number of skeletal-related events p

64 Among 10,078 admissions, the unadjusted morbidity rates (measured with the Functional Status Sca

65 Insignificant trends in lower morbidity rates (myocardial infarction 1 % vs. 5%, respi

66 rative mortality rate was 5.0%, with a major morbidity rate of 22%.

67 vely, while there was an additional diabetic morbidity rate of 23% related to the procedure and late

68 of 8,501 patients > or =75 yrs of age had a morbidity rate of 54% (625 of 1,157 patients) and a mort

69 ons occurred in 134 patients, for an overall morbidity rate of 87.6%.

70 ay have a clinical application to reduce the morbidity rate of CPB.

71 The morbidity rate of hypertriglyceridemic acute pancreatiti

72 With the low morbidity rate of this procedure, correction of symptoma

73 in Brazil has changed both the mortality and morbidity rates of AIDS.

74 Although morbidity rates of endovascular therapy compare favorabl

75 ed in the treatment of allergic disease, and morbidity rates of inner city asthmatics are rising stea

76 cells or NK cells reduced the mortality and morbidity rates of mice highly susceptible to TB in an I

77 Despite the high morbidity rates of RSV infection, no highly effective tr

78 There were no significant differences in the morbidity rates, operative time, conversion rates, and p

79 tably higher pancreas-specific mortality and morbidity rates, principally because of the incidence of

80 Postoperative morbidity rates, prolonged hospital stay, and rates of h

81 herapy have been observed, but liver-related morbidity rates remain high, given notoriously low uptak

82 ints included time to first SRE and skeletal morbidity rate (SMR).

83 ough CMV+ patients have significantly higher morbidity rates than CMV- patients.

84 o: 2.65; 95% confidence interval: 1.83-3.85) morbidity rates than the top 20% of hospitals.

85 The skeletal morbidity rate (the ratio of the number of skeletal comp

86 The overall morbidity rate varied from 23% to 44%, and the mortality

87 The morbidity rate was 11.6% (5 of 43 patients), and the mor

88 The mortality rate was 0.5% and surgical morbidity rate was 17%.

89 Postoperative morbidity rate was 23% (7/30) with 8 complications inclu

90 were no operative deaths; the perioperative morbidity rate was 26%.

91 here was no postoperative mortality, and the morbidity rate was 26%.

92 Morbidity rate was 32.3%, 9 patients had to be reoperate

93 The morbidity rate was 4% in laparoscopic procedures and 9%

94 The overall morbidity rate was 42%; the 5-year disease-specific surv

95 The operative morbidity rate was 6% (wound separation and vocal cord h

96 Observed morbidity rate was 60% (30/50).

97 Major morbidity rate was 65.7% in 35 (8.2%) patients with at l

98 A 25% major morbidity rate was considered acceptable.

99 vomiting) were similar on all farms, and the morbidity rate was high (ranging from 60 to 80%) but wit

100 The long-term morbidity rate was limited to one recurrent laryngeal ne

101 Morbidity rate was significantly lower in group ILC (304

102 The skeletal morbidity rate was significantly reduced at 12, 18, and

103 The morbidity rate was slightly higher in the extended resec

104 Overall mortality and morbidity rates were 0.5% (2/378) and 12.9% (45/349), re

105 Periprocedural mortality and morbidity rates were 3% (two of 59 patients) and 10% (si

106 Urinary, bowel, and erectile morbidity rates were 33.8%, 21.0%, and 16.7%, respective

107 Hospital mortality and morbidity rates were 5% and 46%, respectively.

108 Operative mortality and morbidity rates were 9% and 31%, respectively.

109 220), and 90-day postoperative mortality and morbidity rates were 9.3% versus 7.2% (P=0.110) and 33.4

110 eaths in either group, and the postoperative morbidity rates were comparable (gastrojejunostomy 32%,

111 Unadjusted mortality and major morbidity rates were higher in blacks than in whites (1.

112 Skeletal morbidity rates were numerically identical in both group

113 Morbidity rates were relatively low (postoperative hemor

114 rdiac (p = 0.005) and noncardiac (p < 0.001) morbidity rates were significantly higher for the initia