ライフサイエンスコーパス: major surgery

1 ication to anticoagulation (active bleeding, major surgery).

2 obstructive pulmonary disease or undergoing major surgery.

3 e is an independent predictor of death after major surgery.

4 ation of systemic immune responses following major surgery.

5 operfusion, and other factors resulting from major surgery.

6 t in situations that would otherwise require major surgery.

7 rgical candidate and willing to undergo such major surgery.

8 ovide acute postoperative pain control after major surgery.

9 Thirty-one patients were studied after major surgery.

10 ted as a risk factor for adverse outcomes of major surgery.

11 ween SNH status and 30-day readmission after major surgery.

12 renal dysfunction and 90-day mortality after major surgery.

13 evention of infection in patients undergoing major surgery.

14 g protocols to shorten hospitalization after major surgery.

15 (AKI) or chronic kidney disease (CKD) after major surgery.

16 rse outcomes for elderly patients undergoing major surgery.

17 ess in patients who are being considered for major surgery.

18 diac injury and support rapid recovery after major surgery.

19 e incidence of morbidity and mortality after major surgery.

20 ions on clinical and economic outcomes after major surgery.

21 Prevalence of neuropathic pain is high after major surgery.

22 used as surgical antibiotic prophylaxis for major surgery.

23 ive nonimmunocompromised patients undergoing major surgery.

24 equently used to replace volume losses after major surgery.

25 ed successfully to prevent blood loss during major surgery.

26 roject must report normothermia rates during major surgery.

27 to 725 patients (15.3%) recently underwent a major surgery.

28 cant noise exposure, middle-ear problems, or major surgeries.

29 is was rated as excellent or good during all major surgeries.

30 Of older US patients undergoing major surgery, 1 in 4 is readmitted to a hospital other

31 18,461 patients in ENDORSE who had undergone major surgery, 17,084 (92.5%) were at-risk for VTE and 1

32 ries and procedures (7 vs. 41; P < .01), and major surgeries (2 vs. 11; P < .05), compared with those

33 ommon indication for massive transfusion was major surgery (61.2%) followed by trauma (15.4%).

34 A total of 2186 infants underwent major surgery, 784 had minor surgery, and 9141 infants d

35 Smoking cessation at least 1 year before major surgery abolishes the increased risk of postoperat

36 e-center cohort of patients discharged after major surgery, AKI with even small changes in sCr level

37 Hospital readmissions are common after major surgery, although it is unknown whether patients a

38 e performance of all VA hospitals performing major surgery and anonymously compares these hospitals u

39 IL-6 levels increase after a major surgery and are associated with an increased susce

40 tal cancer managed by watch and wait avoided major surgery and averted permanent colostomy without lo

41 urs in 10% to 60% of elderly patients having major surgery and is associated with longer hospital sta

42 icts events in cirrhotic subjects undergoing major surgery and may offer similar prognostication in l

43 ated that plasma levels would increase after major surgery and that such elevations may facilitate tu

44 bout variation in rates of readmission after major surgery and whether these rates at a given hospita

45 of pelvic or lower extremity fractures, and major surgery), and the points total is converted to a V

46 not decrease delirium in older adults after major surgery, and might cause harm by inducing negative

47 Sepsis, major surgery, and nephrotoxic drugs are the most common

48 Patients undergoing major surgery are at high risk of increased postoperativ

49 Patients undergoing major surgery are at risk of life-threatening inflammato

50 Wide variations in mortality after major surgery are becoming increasingly apparent.

51 ostoperative outcomes in patients undergoing major surgery are not fully established.

52 Clinical outcomes after major surgery are poorly described at the national level

53 Our data suggest that the risks of major surgery are substantially higher in nursing home r

54 ative mortality and long-term survival after major surgery as exemplified by 8 common operations.

55 might be an indicator of inflammation after major surgery, as well as an anti-inflammatory therapy r

56 mode of delivery, gestational age at birth, major surgery, asthma diagnosis, chronic conditions, and

57 y of 188,212 patients undergoing nonemergent major surgery at 124 Veterans Affairs hospitals from 200

58 Patients undergoing major surgery at minority-serving hospitals also had hig

59 c kidney disease who were discharged after a major surgery between 1992 and 2002.

60 ng 161,185 United States veterans undergoing major surgery between 2004 and 2011, we characterized in

61 has been shown to reduce complications after major surgery, but strong evidence to recommend its rout

62 ated with increased hospital costs following major surgery, but the mechanism by which they increase

63 tasis was rated as excellent/good in 100% of major surgeries by the investigator.

64 Major surgeries can result in high rates of adverse post

65 For patients who had major surgery compared with those who had no surgery, th

66 Among survivors who had major surgery compared with those who had no surgery, th

67 ely recommended to patients discharged after major surgery despite no clear evidence that it improves

68 ithhold transfer to the intensive care unit, major surgery, dialysis, blood transfusion, vasopressors

69 Misdiagnosis of AIP can result in major surgery for a steroid-responsive disease.

70 ther group died from hemorrhage or underwent major surgery for bleeding complications.

71 and ramifications of geriatric events during major surgery for cancer.

72 ectal cancer was oncologically equivalent to major surgery for carcinoma in situ and T1 rectal cancer

73 We created a model to estimate rates of major surgery for countries for which such data were una

74 ide or lenalidomide; (3) patients undergoing major surgery for malignant disease should be considered

75 Other predictors included major surgeries, fractures (IRR=2.81), immobility (IRR=4

76 udy of 8967 schizophrenic patients receiving major surgery from the Taiwan National Health Insurance

77 This study tests the hypothesis that major surgery has a more profound effect on plasma level

78 gery and much of the available evidence from major surgery has been assembled over the many years tha

79 the 30-day mortality and morbidity rates for major surgery have fallen 9% and 30%, respectively.

80 nd high resource use in patients who undergo major surgery; however, their interrelationship is not w

81 mortality among 1445 patients who underwent major surgery (HR, 1.1; 95% CI, 0.71-1.77).

82 30 days after surgery on veterans undergoing major surgery in 123 medical centers; development of mul

83 a result of PET findings, physicians avoided major surgery in 41% of patients for whom surgery was th

84 Intravenous nutrition as an alternative to major surgery in Crohn disease should be considered.

85 Information about use of major surgery in India is scarce.

86 rbidity, allow esophageal healing, and avoid major surgery in most patients.

87 t to mortality, July is a safe month to have major surgery in teaching hospitals in the United States

88 ve factors in determining the survival after major surgery in the VA.

89 ed fashion by a dedicated nurse reviewer, on major surgery in the Veterans Administration (VA).

90 Major surgery in very low-birth-weight infants is indepe

91 Major surgery includes any intervention within an operat

92 Immunosuppression after major surgery increases the risk of infections.

93 Major surgery induces a quantifiable pattern of gene exp

94 re hospitalized for a proinflammatory event (major surgery, infection, or vascular event).

95 Morbidity after major surgery is associated with low oxygen delivery.

96 Major surgery is associated with profound alterations in

97 n on whether the iatrogenic injury caused by major surgery is associated with similar patterns.

98 Myocardial infarction after major surgery is frequent, drives outcome, and consumes

99 Weekend discharge after major surgery is not associated with higher 30- or 90-da

100 its role in anesthetized patients undergoing major surgery is not known.

101 gery (vulvectomy) and 13 patients undergoing major surgery (laparotomy) were prospectively followed u

102 k of postoperative kidney injury) undergoing major surgery lasting 2 hours or longer under general an

103 perative hypothermia, which is common during major surgery, may promote surgical-wound infection by t

104 to regular hospital floors after nonemergent major surgery, mortality is increased if surgery is perf

105 ysicians to consider VTE prophylaxis include major surgery, multiple trauma, hip fracture, or lower e

106 n health care have an estimated mean rate of major surgery of 295 (SE 53) procedures per 100 000 popu

107 Patients undergoing major surgery often receive PRBC transfusions.

108 Patients undergoing major surgery often receive PRBC transfusions.

109 low-dose aspirin treatment in the absence of major surgery or bleeding is likely an important treatme

110 uation of low-dose aspirin in the absence of major surgery or bleeding was associated with a >30% inc

111 a sustained hemostatic correction because of major surgery or bleeding.

112 th aspirin discontinuation in the absence of major surgery or bleeding.

113 due to these acquired disorders or following major surgery or trauma.

114 ily as a complication of hospitalization for major surgery (or associated with the late stage of term

115 Achievements in modern medicine, such as major surgery, organ transplantation, treatment of prete

116 and devices; however, in patients undergoing major surgery, other risks such as mortality compete wit

117 n underdiagnosed, serious complication after major surgery, particularly in the elderly population.

118 Among infants undergoing major surgery, postoperative use of intermittent intrave

119 ictors of stroke or death included impending major surgery, previous stroke, age, symptomatic lesion,

120 Patients undergoing major surgery should receive prophylaxis starting before

121 the resident being the operating surgeon in major surgeries, substantial citing of evidence-based li

122 f mortality and invasive interventions after major surgery than other Medicare beneficiaries that are

123 , restricted-volume fluid administration for major surgery, there remains little consensus on optimal

124 at provides access to free tertiary care for major surgery through state-funded insurance to 68 milli

125 the complex healing process occurring after major surgery, thus directly affecting the surgical outc

126 rmation for 46,299 adult patients undergoing major surgery to develop a multivariable probabilistic m

127 association with transient risk factors (eg, major surgery, trauma, pregnancy) have a low annual recu

128 inolytic agents to prevent blood loss during major surgery/trauma.

129 Use of prophylaxis varied according to major surgery type from 86.0% for orthopedic surgery to

130 Despite near universal access for major surgery, use continues to remain low, at levels ex

131 siology with overall ability to recover from major surgery, using novel approaches such as analytic m

132 or replacement of fluid losses on the day of major surgery was associated with less postoperative mor

133 Major surgery was defined as any intervention occurring

134 Patients undergoing major surgery were at increased risk for mortality up to

135 Patients aged >or=18 years undergoing major surgery were included in this prespecified subanal

136 of lipid formulations of amphotericin B and major surgery when feasible as the most appropriate firs

137 argeted procedures, eliminating the need for major surgery, while others could undergo procedures for

138 hypothalamic-pituitary-adrenal responses to major surgery will provide us with a more rational appro

139 eneficiaries 66 years old and older who have major surgery with and without prolonged mechanical vent

140 Pancreas transplantation remains a major surgery with potential complications that require

141 g remains one of the most commonly performed major surgeries, with well-established symptomatic and p

142 on criteria included patients undergoing any major surgery, with a sample size of at least 100 patien

143 f the total surgical workload and 90% of the major surgery workload.