ライフサイエンスコーパス: bandage

1 e in the two groups (70.9% hosiery and 70.4% bandage).

2 ans (for example, evisceration and elaborate bandaging).

3 rcially available nanosilver-enabled medical bandage.

4 bandage to 80 mm Hg exerted by a 2-component bandage.

5 27 of 68 nurses (40%) applying the inelastic bandage.

6 he patient is only given tubular compression bandage.

7 ery than those given the tubular compression bandage.

8 y been managed with 'low tech' dressings and bandages.

9 five groups received four-layer compression bandages.

10 ening, recipient education, and attention to bandaging.

11 breaks and clusters were related to adhesive bandages (19 cases), wooden tongue depressors (n = 5), o

12 of 62 nurses (63%) applying the 2-component bandage, 28 of 68 nurses (41%) applying the elastic band

13 previous work experience, and confidence in bandaging ability.

14 17 of 62 nurses (27%) using the 2-component bandage achieved subbandage pressure within the range th

15 sfusion of blood products, use of hemostatic bandages/agents, and treatment with hemostatic medicatio

16 Finally the lack of bandages also makes it possible to monitor the graft eve

17 h an elastic, long-stretch, single-component bandage; an inelastic, short-stretch, single-component b

18 cant differences between tubular compression bandage and the other treatments at 9 months.

19 animals were merely wrapped in coarse linen bandages and/or dipped in 'resin' before death.

20 , 28 of 68 nurses (41%) applying the elastic bandage, and 27 of 68 nurses (40%) applying the inelasti

21 le carbon isotope investigations of tissues, bandaging, and organic balms associated with a variety o

22 n inelastic, short-stretch, single-component bandage; and a multilayer, 2-component bandage, as well

23 ombinant activated factor VII and hemostatic bandages, are in development.

24 onent bandage; and a multilayer, 2-component bandage, as well as, association between achievement of

25 Bandage contact lens (BCL) was applied at the end of the

26 tch graft, and selection of a different size bandage contact lens can help reduce shunt-associated co

27 To our knowledge, no other cases of retained bandage contact lens have previously been reported in th

28 We report a case of folded bandage contact lens retained for six and a half years i

29 tment use, a compromised ocular surface, and bandage contact lens use are associated with MDR-PA kera

30 resence of a compromised ocular surface, and bandage contact lens use were associated with MDR-PA ker

31 for demographic data, indication for K-Pro, bandage contact lens use, prophylactic antibiotic use, t

32 At her subsequent visit, bandage contact lens was removed from her left eye, but

33 which was noted to be a folded, discoloured bandage contact lens.

34 All patients were initially treated with bandage contact lens; however, continuous silicone hydro

35 ve eye care with ocular lubricants (n = 38), bandage contact lenses (n = 33), or punctal plugs (n = 3

36 Compared with ocular lubrication, bandage contact lenses and punctal plugs were more effec

37 To compare the effectiveness of bandage contact lenses and punctal plugs with ocular lub

38 Bandage contact lenses are commonly used by ophthalmic p

39 RESENTATION: A patient was applied a pair of bandage contact lenses due to persistent ocular pain sec

40 The bandage contact lenses were changed every 4 days, wherea

41 mentation from further visit stated that the bandage contact lenses were no longer in situ.

42 keratopathy, and their use, particularly of bandage contact lenses, was associated with significant

43 A paint-on liquid bandage containing a new, click-synthesized porphyrin de

44 er bandage, of whom 453 (230 hosiery and 223 bandage) contributed data for analysis.

45 pression consisted of multilayer compression bandaging every week until healing then class 2 below-kn

46 trol) or daily manual lymphatic drainage and bandaging followed by compression garments (experimental

47 re the largest contributor to impacts of the bandage for all impact categories considered despite low

48 ayer compression hosiery with the four-layer bandage for the treatment of such ulcers.

49 ntially be developed into a tailored "living bandage" for patients with impaired healing and can serv

50 ibility of an automated, non-invasive 'smart bandage' for early detection of pressure ulcers.

51 e standard treatment (four-layer compression bandages) for venous leg ulcers.

52 articipants in the hosiery group than in the bandage group suggests that hosiery might not be suitabl

53 he hosiery group and 98 days (85-112) in the bandage group, and the proportion of ulcers healing was

54 h that of a double-layer tubular compression bandage in promoting recovery after severe ankle sprains

55 f bandage production are several times those bandage incineration, including nanosilver releases to t

56 A novel bandage inspired by gecko feet might one day be used dur

57 ry is a viable alternative to the four-layer bandage-it is equally as effective at healing venous leg

58 A bandage lens was used in 8 (72.7%) eyes to protect the c

59 thrombin in a freeze-dried form applied as a bandage may be useful in immediate, on-site treatment of

60 h the cast compared with tubular compression bandage (mean difference 9%; 95% CI 2.4-15.0), as well a

61 inelastic (38 [56%]) and elastic (36 [53%]) bandages obtained pressures less than 30 mm Hg.

62 two-layer hosiery and 227 to the four-layer bandage, of whom 453 (230 hosiery and 223 bandage) contr

63 allocated treatment (38.3% hosiery vs 27.0% bandage; p=0.02).

64 despite low AgNP loading, and (3) impacts of bandage production are several times those bandage incin

65 The elimination of bandages renders the overall procedure fast and easy to

66 More importantly, the elimination of bandaging results in an increased survival of engrafted

67 The PRF-enriched palatal bandage significantly accelerates palatal wound healing

68 Training programs that focus on practical bandaging skills should be implemented to improve manage

69 rience levels were asked to peel a series of bandage strips off a platform as quickly as possible wit

70 This procedure eliminates bandages, sutures, and dressings.

71 to hemostatic technologies including glues, bandages, tamponades, tourniquets, dressings, and procoa

72 e physical properties of their host or smart bandages that could guide bacteria out of wounds.

73 (79% (SD 50.4)) as compared with compression bandage therapy alone (36% (SD 179.8); P=0.02).

74 ng wound moisture and four-layer compression bandage therapy, or SOC protocols alone.

75 ranged from 11 mm Hg exerted by an inelastic bandage to 80 mm Hg exerted by a 2-component bandage.

76 nged from simple desiccation and wrapping in bandages to, in the case of the tomb of Yuya and Tjuia (

77 The bandage uses a combination of nanofabricated structures,

78 wo-layer compression hosiery or a four-layer bandage, using a remote randomisation service and preval

79 etween Aircast brace and tubular compression bandage was 8%; 95% CI 1.8-14.2, but there were little d

80 arterial Doppler assessment and compression bandaging, were assessed using multilevel regression.

81 offered no benefit over tubular compression bandage, which was the least effective treatment through

82 s was associated with the ability to apply a bandage with optimal pressure.

83 ling compared with usual care (dressings and bandages without antimicrobials) or an alternative topic