ライフサイエンスコーパス: single use

1 ty, short enzyme lifetimes, and high cost of single use.

2 ration causing loss of functionality after a single use.

3 Six patients treated with a single-use antigen-specific IA device and 12 patients tr

4 that these materials could be applicable to single-use applications and could rapidly biodegrade in

5 f wafer fabrication makes it appropriate for single-use applications.

6 xites from Guinea, Ghana, U.S., and India as single-use batch dispersive media demonstrated that dose

7 Here we demonstrate this technique with single use, bilevel polymer stamps which afford transfer

8 ng a fluidised bed bioreactor, together with single-use bioprocessing equipment, with complete contro

9 Hence, fast and versatile multianalyte single-use biosensors are of increasing interest for man

10 is approach in three contexts, by describing single-use capsules that contain all of the reagents (ca

11 is new sensor was used in combination with a single-use carbon graphite working electrode and differe

12 ions of antibodies were then integrated into single-use cartridges, and the reduction of nonspecific

13 tical depth of discharge (DODZn) in primary (single-use) cells, (ii) >100 high-rate cycles at 40% DOD

14 ake polymeric substrates more attractive for single-use chemical analysis devices.

15 ansistors (OTFTs) are ideal for inexpensive, single-use chemical or biological sensors because of the

16 communication, we demonstrate the concept of single-use, chemically triggered, reversible tools in th

17 herein can quickly fabricate 20 disposable, single use chips in less than 30 min with the ability to

18 open-tube capillary columns are designed for single use; combined with the physical and chemical char

19 g is limited, however, by the utilization of single-use consumables in commercial PCR instruments.

20 ortable device was based on a disposable and single-use cyclo-olefin polymer (COP) microfluidic chip

21 The single-use device employed printed electrochemical senso

22 The single-use devices can be fabricated by a scalable metho

23 o-chip variabilities inherent in disposable, single-use devices must be addressed.

24 alyzers (11 +/- 3) compared with patients on single-use dialyzers (8 +/- 2).

25 dy was 63 +/- 2% and 65 +/- 2% for reuse and single-use dialyzers, respectively (not significant).

26 pproach could be further miniaturized into a single-use disposable cartridge type electrode system th

27 uit-board technology and is intended to be a single-use disposable device.

28 uman breath ammonia was developed based on a single use, disposable, inkjet printed ammonia sensor fa

29 For ECD kidneys unsuitable for single use, dual kidney transplants (DKT) may be possibl

30 ane windows for the fabrication of low-cost, single-use environmental cells compatible with commercia

31 adable materials is presented, designed as a single-use flexible patch for application in cardiovascu

32 ot significantly different from those in the single-use group either before dialysis, at 15 min, or a

33 and there were no breaks in protocol in the single-use group.

34 However, a unique single-use IA device is required, which creates high cos

35 cost, durability, and simplicity of the new single-use immunosensors make them well suited for vario

36 emoval with the two toothbrushes following a single use in 40 subjects.

37 A flexible option of both multi-use and single use intermittent catheters could provide users wi

38 INTRODUCTION: Single-use intermittent catheters are the norm in the UK

39 ds, a result that suggested the option for a single-use kit design.

40 The single-use kits developed are low cost, easy and fast to

41 chnical advances have now made an end-to-end single-use manufacturing facility possible, but several

42 Single use of ALS in all treatment intervals did not pro

43 more contrasting effects on the brain than a single use of any of these substances.

44 Single use of CsA extended survival up to 23 days in the

45 at a mixed catheter package is equivalent to single use only, particularly for outcomes such as urina

46 om assignment to 12 wk of dialysis with new (single use) or reprocessed (reuse) cellulose dialyzers.

47 care diagnostic assays that are designed for single use outside a formal laboratory, with in-home pre

48 f the plastic items produced are utilized as single-use packaging, which rapidly accumulate in waste

49 dic channels, increasing processing costs in single-use platforms.

50 ME) devices prepared on plastic as potential single-use samplers for bioanalysis.

51 n in a variety of applications, for example, single-use sensors aimed for in vivo or field applicatio

52 ly case" scenario was similar to that of the single-use strategy.

53 of total in-hospital cost) compared with the single-use strategy.

54 e the production of disposable materials and single-use surgical devices, energy used for heating, ve

55 an increasing trend towards the adoption of single-use technologies across the manufacturing process

56 rspective on the current state-of-the-art in single-use technologies and highlights trends that will

57 ng facility possible, but several aspects of single-use technology require further improvement and ar

58 g measurements of the dissolved metal tag at single-use thick-film carbon electrodes.

59 Therefore, single-use tonometer tips or disposable tonometer covers

60 ves include discarding the NMR tubes after a single use (~US $2-$8/tube), using commercial NMR tube c

61 Puncturing single-use vials multiple times and pooling preservative

62 procedures revealed that preservative-free, single-use vials of epoetin alfa were punctured multiple

63 environmental water, the authors developed a single-use visual-strip assay.

64 In this Communication, we have developed a single-use wearable hazard badge that dosimetrically det

65 half a million market doses of DaTscan (for single use) were administered from July 2000 through the

66 ined plaque removal in 25 subjects following single use with an American Dental Association reference