ライフサイエンスコーパス: fast track

1 etermine who can benefit from the concept of fast track.

2 l data were observed after implementation of fast tracking.

3 ortant role in day case surgery facilitating fast-tracking, accelerating discharge, reducing unexpect

4 ng/assessment strategy are the next steps to fast-track adoption and implementation of nutrition-rela

5 This article describes the concept of fast-tracking after ambulatory surgery and reviews anest

6 itical importance in developing a successful fast-track ambulatory surgery program.

7 thesiologist as a perioperative physician in fast-track ambulatory surgery.

8 e very few studies supporting the concept of fast-track approach in thoracic surgery.

9 l analgesia can contribute to facilitate the fast-track approach.

10 Yet, in most cases, this fast-tracked approach proved too slow for the rapidly ev

11 and delivery, and the European Union's novel fast-track authorisation procedures mandated increased p

12 f A. annua to identify genes and markers for fast-track breeding.

13 lignocellulose degradative enzymes could be fast-tracked by availability of an enzyme activity measu

14 ipients whose transplants were accelerated ("fast-tracked") by performing a living donor transplant,

15 The concept of fast track can be applied if patients can be identified

16 l narcotic analgesia is used increasingly in fast-tracking cardiac surgical protocols.

17 medical and economic pressures have created "fast track" cardiac surgery in which clinical services a

18 patients were randomized for laparoscopy and fast track care (LFT), 23 for laparoscopy and standard c

19 standard care (LS), 17 for open surgery and fast track care (OFT), and 20 for open surgery and stand

20 atients undergoing laparoscopic surgery with fast track care remains highest.

21 The feasibility of fast-tracking children undergoing congenital heart disea

22 ber of possible targets into a shortlist for fast-track drug design and clinical trials.

23 own to have the potential for systematic and fast-tracked drug repositioning.

24 ipt-selective translational control for the 'fast-track' expression of specific mRNAs may have wider

25 this study was to determine risk factors for fast-track failure and incorporate them into a predictiv

26 As the performance of the final updated fast-track failure model was very good, it can be used t

27 wed that if a threshold probability range of fast-track failure of 5% to 20% is used to determine who

28 sed to estimate the predicted probability of fast-track failure on individual patients.

29 Application of this score may limit fast-track failure rates and help to reduce morbidity an

30 The performance of the fast-track failure risk model was assessed by discrimina

31 This study externally validated such a fast-track failure risk prediction model and determined

32 Mary's Hospital fast-track failure risk prediction model was applied to

33 The fast-track failure score incorporates several preoperati

34 ilure and incorporate them into a predictive fast-track failure score.

35 Independent predictors for fast-track failure were impaired left ventricular functi

36 nsity score for estimating the likelihood of fast-track failure.

37 e lag in absorbance kinetics and the lack of fast-track folding events indicate that the formation of

38 y of kinetic folding pathways that include a fast-track folding pathway without passing through an in

39 itions nor is it the native state formed via fast-track folding.

40 outbreak several of these vaccines have been fast tracked for human use.

41 or proteinuric (n = 16) were classified as "fast-track" for DN, while those in the lowest quintile w

42 array of experimental settings, providing a fast track from gene identification to functional valida

43 With fast tracking fully implemented, median length of stay a

44 ed, or if complications can be treated under fast-track guidelines.

45 Three-year blocks, early in and after fast tracking had been implemented at the MSMC, were exa

46 Fast track in thoracic surgery and anesthesia has evolve

47 Fast-tracking in outpatient surgery is a new paradigm th

48 Fast-tracking in the ambulatory setting refers to the ab

49 bility status in positive blood cultures can fast track interventions that improve clinical outcomes.

50 dicate that the rate determining step on the fast track (involving approximately 25% of molecules) in

51 One hundred and sixty-nine patients failed fast-track management (15.6%).

52 Of the 1,597 patients, 175 (11%) failed fast-track management.

53 ssociation of laparoscopic approach and full fast track multimodal (FFT) management can reduce postop

54 ogram as described in the LAparoscopy and/or FAst track multimodal management versus standard care (L

55 and versatile tool, NMR will continue on its fast track of development in the support of drug discove

56 molecules results in the acceleration of the fast track of the refolding process whereas the slow tra

57 We propose that such coupling allows the fast tracking of MLPs for degradation without futile eng

58 Risk factors for unsuccessful fast-tracking of cardiac surgery patients have not been

59 erative analgesic that could in turn lead to fast-tracking of these patients and decrease the inciden

60 esemble most closely those that make up the "fast track" of folding.

61 mized to laparoscopic or open colectomy with fast track or standard care.

62 First in class, priority review, fast track, orphan drug, or accelerated approval status

63 therapies, can all influence the ability to fast-track outpatients after ambulatory surgery.

64 A fast-track pathway has been established in Denmark to in

65 g that there are no significantly populated "fast-track" pathways that reach the native state directl

66 reduced in slow-track (0.99 +/- 0.38) versus fast-track patients (1.65 +/- 0.52, P = 0.001) and contr

67 Fast-track patients had worse glycemic control, higher A

68 rdial ischemia, there may be advantages for 'fast tracking' patients undergoing coronary revasculariz

69 s the objectives and framework of the first, fast-tracked phase of Inter-Sectoral Impact Model Interc

70 ajority of oncology drug reviews by FDA were fast track, priority, or accelerated.

71 f patients treated laparoscopically within a fast track program as described in the LAparoscopy and/o

72 mpared to laparoscopic approach with limited fast-track program (LFT).

73 ommon, particularly as part of multimodal or fast-track protocols.

74 creased importance in the current outpatient fast-track recovery environment.

75 e increasingly important in facilitating the fast-track recovery process following ambulatory surgery

76 d to the ICU and who should be admitted to a fast-track recovery unit, it would lead to a substantial

77 cured; quality manufacturing was improved; a fast-track registration mechanism for prequalified produ

78 nd 1,522 controls, we selected 29 SNPs for a fast-track replication in an independent set of 1,554 ca

79 rt along microtubules in vivo by using a new fast-tracking routine, which determines the melanosome p

80 The UK Kidney Fast-Track Scheme (KFTS) was introduced in 2012 to ident

81 The UK Kidney Fast-Track Scheme (KFTS) was introduced in 2012, enablin

82 From this score, we developed a simplified fast-track screen for use at initial presentation.

83 ress response," "neural-hormonal response," "fast track surgery," and "outcome in surgical patients."

84 ifference in the outcome with the concept of fast-track surgery either via video-assisted thoracic su

85 In the era of fast-track surgery, they often come to light after disch

86 Fast-track surgical programs have highlighted the import

87 these reaction products is demonstrated by a fast-tracked synthesis of a [3.2.1] bisoxa bicycle that

88 nfolding as in refolding, we do not detect a fast track that bypasses the Ia, Ib intermediates.

89 potential for using cell-free expression to fast track the development of live cell systems in synth

90 Given the importance of the vaccine, WHO "fast tracked" the prequalification review, and after a d

91 and encourage public health professionals to fast-track this intervention.

92 To provide an update on fast track thoracic anesthesia for patients undergoing l

93 s a very high population density and is on a fast track to economic development, with most of the gro

94 They do not, however, guarantee a fast track to new knowledge.

95 ing heart surgery who were admitted into the fast-track unit.

96 e estimated rate of mesangial expansion, as "fast-track" (upper quintile) or "slow-track" (lower quin

97 An ideal anesthetic technique for fast-tracking would provide for rapid emergence and the