ライフサイエンスコーパス: intraoperative complication

1 e presence or absence of a specified list of intraoperative complications.

2 aocular surgical procedures, and any type of intraoperative complications.

3 repeated during follow-ups.Both cases had no intraoperative complications.

4 d eyelid position, laser parameters, and any intraoperative complications.

5 gical operations were successful and without intraoperative complications.

6 There were no intraoperative complications.

7 ates appropriate surgical technique to avoid intraoperative complications.

8 emographics, preoperative investigations and intraoperative complications.

9 elevation while minimizing the potential for intraoperative complications.

10 hetic protocol was implemented without major intraoperative complications.

11 t surgery complications), 5.1% had 1 or more intraoperative complication, 13.0% underwent further RD

12 There were 3 intraoperative complications: 2 gastric mucosotomies and

13 There were more patients with intraoperative complications (28% vs 11%, P = .031), adv

14 primary endpoint occurred in 34 patients: 12 intraoperative complications (8 in DT+ group; 4 in DT- g

15 The rate, character, and severity of intraoperative complications, adverse events, and additi

16 stoperative OCT monitoring for patients with intraoperative complications allows earlier diagnosis an

17 Eighty-six patients with IFIS had at least 1 intraoperative complication and 39 patients with IFIS ha

18 5 to the present were reviewed comparing the intraoperative complication and early and late postopera

19 e after cataract surgery, with a low rate of intraoperative complications and a low risk for recurren

20 ch to bilateral adrenalectomy has comparable intraoperative complications and early morbidity compare

21 e a risk factor for cataract surgery-related intraoperative complications and endophthalmitis.

22 nce, LDN was associated with decreased donor intraoperative complications and hospital length of stay

23 There were no intraoperative complications and no case required conver

24 preoperative consultation, appears to reduce intraoperative complications and support safer surgical

25 c artery ligation (above left colic artery), intraoperative complications, and being of the male sex.

26 There were no intraoperative complications, and both patients were ext

27 eline features, intraoperative surgery time, intraoperative complications, and incidence of unplanned

28 axial length>/=25 mm, lattice degeneration, intraoperative complications, and incomplete follow-up.

29 d, effective phacoemulsification time (EPT), intraoperative complications, and postoperative outcomes

30 There were no intraoperative complications, and the only long-term com

31 the lesion, and to evaluate the presence of intraoperative complications at the end of surgery.

32 Intraoperative complications consist of anterior chamber

33 In multivariate analysis, the WHR predicted intraoperative complications, conversion, medical compli

34 espectively; P < .0001) but similar rates of intraoperative complications, despite having a significa

35 optical coherence tomography (SD-OCT) after intraoperative complication during phacoemulsification.

36 rthotopic liver transplantation; however, an intraoperative complication during recipient hepatectomy

37 There were more intraoperative complications for LRT + SBN (6 vs 0, P =

38 However, the most common intraoperative complication has been reported to be maxi

39 ification for phacoemulsification surgery on intraoperative complications in a teaching hospital.

40 Intraoperative complications included 2 seizures (1.1%)

41 Intraoperative complications included loss of suction (n

42 Intraoperative complications included mucosal laceration

43 Intraoperative complications included pneumothorax, esop

44 of surgical repair may have a higher rate of intraoperative complications, including difficulty with

45 Retrieval of the dislocated cup led to intraoperative complications, including posterior retina

46 Intraoperative complications increased with increasing M

47 This study confirms that the risk of intraoperative complications increases with higher preop

48 One intraoperative complication occurred in each group.

49 Intraoperative complications occurred at similar rates i

50 One or more intraoperative complications occurred in 12.4%.

51 No other intraoperative complications occurred, and the intraocul

52 No intraoperative complications occurred.

53 No major intraoperative complications occurred.

54 a primary IOL implant is not possible due to intraoperative complications or preexisting conditions s

55 No intraoperative complications or unexpected postoperative

56 atio (OR) = 15.7, relative risk (RR) = 4.1], intraoperative complications (OR = 11.0, RR = 3.2), post

57 e no significant differences in the rates of intraoperative complications (OR, 0.68; 95% CI, 0.42 to

58 on and 39 patients with IFIS had more than 1 intraoperative complication (P < .001).

59 nticoagulant treatment (P = 0.05, OR = 1.8), intraoperative complication (P = 0.03, OR = 2.2), and nu

60 ion (P < 0.001) and reduced the incidence of intraoperative complications (P < 0.001) and hospital le

61 Intraoperative complications (peritoneal tear, procedure

62 e measures were intraoperative surgery time, intraoperative complications, postoperative complication

63 prespecified secondary end points, including intraoperative complications, postoperative complication

64 had abdominal aortic aneurysm-repair without intraoperative complications, postoperative surgical com

65 Intraoperative complications, primarily bleeding and uri

66 rapy remains common and has resulted in more intraoperative complications, primarily perforation, mor

67 lp vitreoretinal surgeons to benchmark their intraoperative complication rate and reoperation rate an

68 derwent vitrectomy without delamination, the intraoperative complication rate was 13.1% (95% CI, 10.2

69 Intraoperative complication rate was 2.3%, mainly bleedi

70 underwent vitrectomy with delamination, the intraoperative complication rate was 30.4% (95% CI, 26.6

71 The intraoperative complication rate was 6%, with premature

72 iptions of the primary procedures performed, intraoperative complication rate, and proportion of eyes

73 Intraoperative complication rates decreased from 8.4% to

74 Intraoperative complication rates increased with higher

75 paroscopic bariatric surgery are at risk for intraoperative complications relating to the use of CO2

76 There was no intraoperative complication, reperfusion syndrome, poor

77 ant with a band-related reoperation had more intraoperative complications [risk-adjusted odds ratio (

78 Patient outcomes were evaluated using intraoperative complications, short-term morbidity, long

79 Intraoperative complications such as PCR also increase t

80 isk factors for retinal detachment including intraoperative complications such as posterior capsular

81 ated with the use of sponge, minor and major intraoperative complications, the use of iris retractors

82 There were more major intraoperative complications (unintended wounds or injur

83 H surgery: demographics, procedure elements, intraoperative complications, visual acuity (VA), and fu

84 Overall rate of any intraoperative complication was 5.0%.

85 resses and oversewing, and the occurrence of intraoperative complications were associated with a sign

86 Intraoperative complications were comparable between the

87 No intraoperative complications were encountered.

88 No intraoperative complications were encountered.

89 Patients with intraoperative complications were excluded from analysis

90 No intraoperative complications were found.

91 Intraoperative complications were more common in the end

92 No intraoperative complications were recorded.

93 Intraoperative complications were reported for 69 eyes (

94 No intraoperative complications were reported.

95 Intraoperative complications were subconjunctival hemorr

96 Anterior capsule tear can lead to additional intraoperative complications, with a relatively high inc