ライフサイエンスコーパス: consumptive

1 d olefins, both of which are cost and energy consumptive.

2 en activator produced a severe but transient consumptive and a lethal thrombotic coagulopathy, respec

3 d for the effects of plant resistance on non-consumptive and consumptive effects of predators on aphi

4 m services supplied by lakes and reservoirs (consumptive and non consumptive uses, food production, a

5 In conclusion, the consumptive and non-consumptive components of predators

6 enetic variation underlies prey responses to consumptive and non-consumptive effects of predation.

7 rma functional density and herbivory through consumptive and non-consumptive effects, mediated by bot

8 mmunological significance, which we term the consumptive anemia of inflammation.

9 V) has been implicated in the development of consumptive coagulopathies in severely envenomed patient

10 A rapidly progressive disorder termed consumptive coagulopathy (CC) has been observed frequent

11 njury and possibly an increased incidence of consumptive coagulopathy (CC).

12 e degree of hemostatic stress of a non-overt consumptive coagulopathy (nonovert DIC).

13 ion tests are most useful in detecting overt consumptive coagulopathy (overt DIC) near the time of ch

14 Treatment with RA101295 also improved consumptive coagulopathy and preserved endothelial antic

15 extremities and multiple organ systems, and consumptive coagulopathy as the disease end-point provid

16 mbined with the expression of tissue factor, consumptive coagulopathy developed irrespective of histo

17 Embryos lacking TM develop lethal consumptive coagulopathy during this period, and no live

18 ed in prolonged graft survival and prevented consumptive coagulopathy in all recipients.

19 tic microangiopathy in the graft or systemic consumptive coagulopathy in the recipient.

20 Delayed bleeding is often ascribed to consumptive coagulopathy initiated by exposed brain tiss

21 Clinical or laboratory features of consumptive coagulopathy occurred in 7 of 12 baboons.

22 ion and tissue factor expression; in vivo, a consumptive coagulopathy occurred when there was xenorea

23 Blood, Hijazi et al challenge the view that consumptive coagulopathy that accompanies traumatic brai

24 lated factor VIIa/TF action and a consequent consumptive coagulopathy underlies the bleeding diathesi

25 effects of PCMV activation in the recipient (consumptive coagulopathy).

26 oach to prevent sepsis-induced inflammation, consumptive coagulopathy, and subsequent organ failure a

27 he time of rejection or the development of a consumptive coagulopathy, biopsy specimens were obtained

28 proach to the treatment of sepsis-associated consumptive coagulopathy, but its application is limited

29 eir illness, both patients had evidence of a consumptive coagulopathy.

30 hemodynamic instability, capillary leak, and consumptive coagulopathy.

31 yonic blood vessel endothelium causes lethal consumptive coagulopathy.

32 bosis after 3 weeks, terminating in a lethal consumptive coagulopathy.

33 refore be likely to engage in interspecific, consumptive competition.

34 ut they can also have strong effects through consumptive, competitive and other non-engineering pathw

35 In conclusion, the consumptive and non-consumptive components of predators affect different asp

36 Plant resistance reduced predation rate (consumptive effect) on high resistance plants.

37 ed herbivory with evidence of a dominant non-consumptive effect.

38 Non-consumptive effects (NCES) frequently lead to non-indepe

39 We evaluated the non-consumptive effects (NCEs) of an active predator, the gr

40 heir relative effects on consumptive vs. non-consumptive effects are not well understood.

41 r example, to quantify the importance of non-consumptive effects for the success or failure of biolog

42 owing appreciation for the importance of non-consumptive effects in predator-prey interaction researc

43 Recent studies indicate the consumptive effects of large reef predators are too diff

44 erlies prey responses to consumptive and non-consumptive effects of predation.

45 s of plant resistance on non-consumptive and consumptive effects of predators on aphid performance an

46 lighting the importance of the indirect, non-consumptive effects of top predators in marine food webs

47 as the wolf, are more likely transmitted by consumptive effects on prey survival than NCEs on prey b

48 dator-prey interactions and suggest that non-consumptive effects should not be ignored when assessing

49 sponses to the presence of the predator (non-consumptive effects), however, can be as important as pr

50 ty and herbivory through consumptive and non-consumptive effects, mediated by both visual and olfacto

51 trength of NCEs, and how they are related to consumptive effects.

52 evidence that such predators can produce non-consumptive (fear) effects that flow through herbivores

53 The first phase from 0 to 3 hours is the consumptive phase and is characterized by a decrease in

54 n initial TTP-like state was superseded by a consumptive picture of DIC within the first week, necess

55 consumption by predator), or non-lethal (non-consumptive predator-associated cues: plant-tethered pre

56 making it imperative that we understand the consumptive processes and forces of demand that are driv

57 mmatory activation, loss of protein C due to consumptive processes results in a compromised ability t

58 gy restorative processes and inhibits energy consumptive processes.

59 functional, protein synthesis-dependent NO*-consumptive responses.

60 were observed in all five basins and annual consumptive use exceeded 100% availability twice in the

61 It reports on consumptive use of rainwater (green WF) and ground and s

62 by lakes and reservoirs (consumptive and non consumptive uses, food production, and recreation), and

63 prey interactions, their relative effects on consumptive vs. non-consumptive effects are not well und

64 shale in the Wattenberg is compared with the consumptive water intensity for extraction of other fuel

65 gy produced over the lifespan of a well, the consumptive water intensity is estimated to be between 1

66 The consumptive water intensity is measured using a ratio of

67 The consumptive water intensity of unconventional shale in t

68 200 Noble Energy Inc. wells to estimate the consumptive water intensity.

69 gh penetration of wet recirculating cooling, consumptive water required for low-carbon electricity ge

70 This research applies a consumptive water use analysis, inspired by the Water Fo

71 significantly uneven spatial distribution of consumptive water use and its corresponding environmenta

72 limate, technological, and policy impacts on consumptive water use from electricity generation in the

73 gion specific data and models to analyze the consumptive water use of RGB.

74 lting water volumes are compared to reported consumptive water use to determine a sustainability frac

75 gas emissions, eutrophication potential, and consumptive water use).

76 nvestigate the life cycle water withdrawals, consumptive water use, and wastewater discharge of China

77 r almost all environmental damages caused by consumptive water use.

78 o develop regionalized fate factors (FF) for consumptive water use.