ライフサイエンスコーパス: postoperative management

1 tiveness of goal-directed therapy as part of postoperative management.

2 ity but also the difficulties that remain in postoperative management.

3 e preparation, intraoperative technique, and postoperative management.

4 of occluded vessels, to facilitate pre- and postoperative management.

5 , and with more challenging preoperative and postoperative management.

6 risks of recurrence and to determine optimum postoperative management.

7 in which a marginal graft is reperfused, and postoperative management.

8 ma medication requirements with less intense postoperative management.

9 l assist surgeons' preoperative planning and postoperative management.

10 rgical technique as well as preoperative and postoperative management account for the reduction in mo

11 For developmentally appropriate children, postoperative management after single-stage laryngotrach

12 s of the organs, as well as better peri- and postoperative management and advancements in surgical te

13 ive evaluation, intraoperative consultation, postoperative management and critical care as well as si

14 ose it as a reliable parameter to anticipate postoperative management and help clinicians for decisio

15 RV/PA simplifies postoperative management and improves hospital survival

16 Advances such as these impact postoperative management and make the field of pediatric

17 t commonly used immunosuppressive agents for postoperative management and prevention of corneal graft

18 Advances in preoperative and postoperative management and surgical techniques have ex

19 t risk for postoperative delirium, enhancing postoperative management, and improving outcomes for LVA

20 cular history, relevant intraoperative data, postoperative management, and outcomes were collected fo

21 ive methods, a multidisciplinary approach to postoperative management, and the enormous physiologic r

22 efinition of B-POPF is predicated on various postoperative management approaches, ranging from prolon

23 studies on risk evaluation, prevention, and postoperative management are needed.

24 If confirmed, this finding will alter postoperative management because additional staging, che

25 Further research should optimize the postoperative management, consider the anatomical differ

26 Postoperative management consists of routine clinical ex

27 rval 0.37 to 0.78, P = 0.0001) and suggested postoperative management could be refined for 29.8% of p

28 t-provider discussions, intraoperative care, postoperative management, discharge planning, and ambula

29 onting the most challenging aspects of early postoperative management following congenital heart surg

30 pecific indications, surgical technique, and postoperative management for nonvalved tubes.

31 ribe unique challenges in intraoperative and postoperative management for older patients.

32 standardization of operative procedures and postoperative management has allowed for improved patien

33 measurements, intraoperative technique, and postoperative management has resulted in excellent outco

34 Recent advances in postoperative management have made it possible to suppor

35 53 of the 2,469 patients (2.1%) intended for postoperative management in a non-ICU setting required s

36 f transoral surgery (TOS) with deintensified postoperative management in human papillomavirus (HPV)-a

37 Postoperative management in most patients after thyroide

38 ve randomized data demonstrate that when the postoperative management is controlled, the approach doe

39 rove cost-effectiveness, intra-operative and postoperative management, keratoprostheses will be made

40 tion, refinements in surgical techniques and postoperative management may all have had important role

41 before reaching status 1a/1b and aggressive postoperative management may positively influence their

42 alternatives to corticosteroids alone in the postoperative management of cataract surgery.

43 ilrinone is an inodilator widely used in the postoperative management of children undergoing cardiac

44 We believe that the postoperative management of combined heart and kidney tr

45 Postoperative management of glaucoma is critical for pre

46 ach to the preoperative, intraoperative, and postoperative management of patients undergoing thoracic

47 ue to play a significant role in the pre-and postoperative management of patients with congenital hea

48 p standardize the techniques, selection, and postoperative management of PNBs for specific surgical i

49 tion and to maintain cardiac output; and (5) postoperative management of pulmonary hypertension to en

50 n for microemulsion and cyclosporine, in the postoperative management of renal transplant patients.

51 in the intensive care unit, preoperative and postoperative management of surgical patients, and leade

52 taging and risk stratification predicate the postoperative management of thyroid cancer patients, det

53 he surgeon to design a surgical approach and postoperative management regimen for the individual reci

54 TOS and neck dissection with deintensified postoperative management results in outstanding 54-month

55 organ selection policies, perioperative and postoperative management strategies, monitoring of graft

56 ngotracheal reconstruction should consider a postoperative management strategy that avoids sedatives,

57 n's disease recurrence should be part of any postoperative management strategy.

58 e assessment, intraoperative assistance, and postoperative management to improve surgical outcomes.

59 indings also highlight the need for vigilant postoperative management to mitigate common complication

60 ing home health who underwent a minimum of 1 postoperative management visit (mean [SD] age, 65.0 [10.

61 The home health postoperative management was conducted by a home health

62 Pre- and postoperative management was controlled.

63 ceived the same preoperative antibiotics and postoperative management was controlled.

64 measurements, intraoperative technique, and postoperative management will ultimately result in excel

65 Postoperative management with goals of decreasing hemody