ライフサイエンスコーパス: metabolic capacity

1 ng in B cells significantly impairs cellular metabolic capacity.

2 7 mmol/L/min), indicating residual oxidative metabolic capacity.

3 population structure, genome repertoire, and metabolic capacity.

4 ature aging of the testes and impaired liver metabolic capacity.

5 e (AMPK) signaling, nutrient metabolism, and metabolic capacity.

6 relative to other tissues, indicating a high metabolic capacity.

7 uced an increase in long-term retinal energy metabolic capacity.

8 fibres dissected from muscles with different metabolic capacity.

9 ochemistry, an endogenous marker of regional metabolic capacity.

10 of ATP, and reflects long-term plasticity in metabolic capacity.

11 an intracellular measure of oxidative energy metabolic capacity.

12 erlapping bacterial community structures and metabolic capacities.

13 pears to be in the process of losing aerobic metabolic capacities.

14 trophic bacteria with extensive but variable metabolic capacities.

15 nts both through the acquisition and loss of metabolic capacities.

16 nces in their catalytic site volumes and DDT-metabolic capacities.

17 alysts can provide organisms with elaborated metabolic capacities.

18 communities with specific, tailored, desired metabolic capacities.

19 o further explore the apparent difference in metabolic capacity, a spectrofluorometric method was use

20 ing the notion that PR+ tumors have enhanced metabolic capacity after menopause.

21 nt poplar genotype with remarkably different metabolic capacities and associated community structures

22 ovides an expanded view of their genetic and metabolic capacities and enables researchers to perform

23 tinol to the epidermis on the basis of their metabolic capacity and abundance in the dermis.

24 sent in fully oxic sediments may enhance the metabolic capacity and bioremediation potential of depos

25 and flux variability analysis, to study the metabolic capacity and dynamics of simple two-species mi

26 in favor of increased fission, reducing the metabolic capacity and efficiency of the mitochondrial e

27 s allowed for a greater understanding of the metabolic capacity and epidemiology of Campylobacter jej

28 a to the host, therefore, involves a loss of metabolic capacity and exploitation of the resulting aux

29 r cellular constituents, as well as improved metabolic capacity and fuel catabolism during prolonged

30 Several determinants of aging, including metabolic capacity and genetic stability, are recognized

31 ra cultures excluded elucidation of the full metabolic capacity and occurrence of HGT in this species

32 s of necrosis, insofar as there is a loss of metabolic capacity and plasma membrane integrity, withou

33 evity is frequently associated with enhanced metabolic capacity and response to stress.

34 Apparent differences in metabolic capacity and the expression of that capacity i

35 We introduce the calorimetric descriptor "metabolic capacity" and show that it correlates with enz

36 including a biphasic life cycle, significant metabolic capacities, and modulation of lifestyles.

37 to investigate the diversity, genomes sizes, metabolic capacities, and potential roles of Archaea in

38 as sufficient to rescue ERRalpha expression, metabolic capacity, and anchorage-independent growth in

39 keystone taxa, loss of diversity, shifts in metabolic capacity, and blooms of pathogens.

40 ting birth weight as a marker of homeostatic metabolic capacity, and childhood height, lean mass and

41 in characterizing the taxonomic composition, metabolic capacity, and immunomodulatory activity of the

42 loidy is associated with enhanced cell size, metabolic capacity, and the capacity to differentiate.

43 tinct fungal lineages have diversified their metabolic capacities as they have evolved independently.

44 lpha (CA-ERRalpha) was sufficient to enhance metabolic capacity but not anchorage-independent growth

45 atural selection has tended to maximize both metabolic capacity, by maximizing the scaling of exchang

46 This reduced metabolic capacity could not be attributed to in vivo ac

47 lycemia affects mitochondrial morphology and metabolic capacity during development of diabetic retino

48 y, which reflects long-term changes in brain metabolic capacity, following two weeks of repeated, pro

49 rent ARB consortia, and find ARB with useful metabolic capacities for future applications.

50 B. burgdorferi appears to lack the metabolic capacity for de novo synthesis of riboflavin a

51 erichia coli strains generally have the same metabolic capacity for growth on sugars in vitro, but th

52 prehensive picture of the gene functions and metabolic capacity for microbial communities, needs to b

53 ted into nonphotosynthetic microbes to boost metabolic capacity for the production of industrial and

54 is difficult to calculate the impairment of metabolic capacity from a specific pattern of liver dama

55 sure to excess SeMet on swim performance and metabolic capacities in F1-generation adult zebrafish.

56 plex, realistic settings, and to investigate metabolic capacities in the gut microbiome.

57 Experienced animals had greater metabolic capacity in nuclei functionally associated wit

58 al sex are both important in determining the metabolic capacity in the anterior hypothalamus, externa

59 ects of mother-infant separation on regional metabolic capacity in the preweanling rat brain.

60 in Pseudomonas to accommodate a more diverse metabolic capacity in this group of microorganisms.

61 ward different polyamines for a more diverse metabolic capacity in this organism.

62 treatments alter the gut microbiota and its metabolic capacities, intestinal gene expression and T-c

63 tical model, high metabolic load relative to metabolic capacity is associated with increased BP.

64 ependent, but ERK-independent, regulation of metabolic capacity is mediated through the expression of

65 voirs, with corresponding enhancement of its metabolic capacity is supported by the identification of

66 s when glycolysis exceeds the cell's aerobic metabolic capacity, is an endogenous HDAC inhibitor, der

67 athology whereby increased IOP and declining metabolic capacity lead to axon liability and eventually

68 og in integrating nutrient availability with metabolic capacity: Mth1 is the primary regulator; Std1

69 e of C. acetobutylicum comprise a new set of metabolic capacities not previously represented in the c

70 Yet, the metabolic capacity of a single species is limited and th

71 s and the complex composition and unrevealed metabolic capacity of a wastewater microbial community.

72 te that there is a graded defect in the 5-LO metabolic capacity of AM from HIV-infected subjects, wit

73 In this study, we compared the 5-LO metabolic capacity of AM isolated from normal controls w

74 facial developmental network and the general metabolic capacity of cells contributing to the future u

75 pidermis may be influenced by the number and metabolic capacity of fibroblasts in papillary dermis.

76 and sociosexual experience on the volume and metabolic capacity of limbic and non-limbic brain areas.

77 provide important insights not only into the metabolic capacity of species, but also into the habitat

78 rature and gonadal sex on the morphology and metabolic capacity of specific brain nuclei were determi

79 These data suggest that the volume and metabolic capacity of specific brain regions change as a

80 tudies used to demonstrate the synthetic and metabolic capacity of the array are outlined in this art

81 However, oxidative stress may overwhelm the metabolic capacity of the lens to detoxify HNE and lead

82 despite the promise of this technology, the metabolic capacity of the microbes that inhabit the elec

83 Therefore, although metabolic capacity per se is unchanged, fiber type diffe

84 luminate the identity of organisms and their metabolic capacities, placing them in community and ecos

85 t through alterations in cytochrome P450 3a2 metabolic capacity rather than enzyme affinity as observ

86 s. 37 degrees C through reductions in enzyme metabolic capacity rather than substrate affinity.

87 ed eubacteria, we suggest that their limited metabolic capacities reflect convergent evolution by gen

88 Such enhanced metabolic capacities represent a promising route to many

89 Gene sequences that distinguish species' metabolic capacity serve as potential biomarkers in micr

90 ude candidate virulence factors, alternative metabolic capacities, several prophages and other new fu

91 Due to their limited metabolic capacity, spirochetes rely on the tick blood m

92 is a product of adaptive capabilities, broad metabolic capacity, strain variance, and virulent traits

93 These different metabolic capacities suggested that microorganisms in co

94 st that fliers generally have higher aerobic metabolic capacities than runners but that the differenc

95 the contused adult rat spinal cord reaches a metabolic capacity that is likely to be associated with

96 and specifically whether the stomach has the metabolic capacity to account for first-pass metabolism.

97 ved resistance to herbicides due to enhanced metabolic capacity to detoxify herbicides (metabolic res

98 may ensure that pre-B cells have sufficient metabolic capacity to support division, while limiting l

99 Metabolic capacity was not saturated up to a medium reti

100 In order to determine their metabolic capacity, we reconstructed the genomic content

101 Metabolic capacities were analyzed to determine how trad

102 Inborn brain differences in metabolic capacity were mapped in congenitally helpless

103 DhMRE possesses a strongly reduced metabolic capacity with 55% of the proteins having unkno