ライフサイエンスコーパス: production capacity

1 peated heating events rapidly lower its melt-production capacity.

2 ernative mechanism for increasing the energy production capacity.

3 d in particular in relationship to IFN-gamma production capacity.

4 sources resulted in changes in the pyrazine production capacity.

5 t measurement of tumor necrosis factor-alpha production capacity.

6 blood lipopolysaccharide-stimulated cytokine production capacity.

7 igh therapeutic doses is challenging current production capacity.

8 in vastus lateralis muscle mitochondrial ATP production capacity (32-42%) in healthy humans (P < 0.01

9 ates and a 10-fold increase in NP volumetric production capacity (86 g/L).

10 g impact of genetic heritability on cytokine production capacity after challenge with bacterial, fung

11 lamine hybrids with excellent singlet oxygen production capacities and good two-photon absorption.

12 des, due primarily to limitations in biofuel production capacity and a lack of technologies that woul

13 nt in the explant, showing a great IFN-gamma production capacity and expressing granzyme B.

14 sels via stimulation of mitochondrial energy production capacity and inhibition of reactive oxygen sp

15 diazotroph well studied for its siderophore production capacity and its role as a model nitrogen fix

16 bryonated-egg technology, including a higher production capacity and the faster creation of a supply

17 ate the evidence for fetal vs adult B1a-cell production capacity and the identity of putative cells o

18 The rapid production capacity and the synthetic origin of the vacc

19 , biofluid oxylipin profile, tissue oxylipin production capacity, and blood pressure.

20 (99)Mo production capacity can be enhanced by using (98)Mo-enri

21 t deranged oxygen sensing--not a loss of EPO production capacity--causes renal anemia.

22 markedly reduced tumor necrosis factor-alpha production capacity compared with outpatient control sub

23 subsets and reveal their function (cytokine production capacity)-dependent differential trafficking

24 ochondria retain their DeltaPsi(mem) and ATP-production capacities following cryopreservation.

25 s, which was counterbalanced by an increased production capacity for IFN-gamma.

26 ture process, leading to improvements in the production capacity for valuable biotechnological produc

27 roduction of antiviral proteins and increase production capacity for viral proteins.

28 ginal cost per barrel for additions to Irani production capacity, from which we derive the "standstil

29 es C using the "hercynite cycle" exhibits H2 production capacity >3 and >12 times that of hercynite a

30 Successes in enhancing production capacities have included manipulating blocks

31 e expression level of GLS2 and related NADPH production capacity is associated with the regional hete

32 hermodynamic return on investment, and large production capacity may remain elusive.

33 Through their cytokine production capacities, NK cells participate in the devel

34 mmercially available kit to compare the H2O2 production capacities of different Lactobacillus strains

35 tudy, we tracked the appearance and cytokine production capacity of adoptively transferred cells with

36 In vitro production capacity of interleukin-10 and interferon-gam

37 of CD34+/Thy-1+/Lin- cells and that the cell production capacity of the expanded cell product can lar

38 oach, we examined the intracellular cytokine production capacity of tumor-infiltrating T cells in the

39 the result of a basic deficit in their force production capacity or to be a compensatory mechanism fo

40 Preservation of myocardial energy production capacity, prevention of secondary injury, mit

41 isms by which RA cells were reduced in viral production capacity, RA and RO cells were exposed to HIV

42 s demonstrate that the development of speech production capacity relies on changes in selective audio

43 However, compared to the total NdFeB production capacity, the recovery potential from HDDs is

44 dicted to gradually decrease the global fish production capacity, though our model suggests that this

45 widely divergent demands in regard to force production, capacity to move processively, and speed of

46 aride-stimulated tumor necrosis factor-alpha production capacity using a standardized stimulation pro

47 Of interest, a higher mitochondrial ATP production capacity was noted in the men, whereas the wo

48 In contrast, TNF-alpha, IL-6, and IL-8 production capacity was significantly decreased in PICU

49 d analyses, only impaired TNF-alpha and IL-8 production capacity were associated with longer length o

50 n donors, consistent differences in cytokine production capacity were observed.

51 killing, proliferation, and interferon gamma production capacity, whereas AZA diminished their prolif

52 ns and yet impaired innate immunity cytokine production capacity, which predicted worse disease outco

53 Estimating future food production capacity would benefit from an analysis of pa