ライフサイエンスコーパス: dominant species

1 atures, rendering (HCOOH)(HSO4(-)) to be the dominant species.

2 quiv, Li2[6] is subsequently observed as the dominant species.

3 , leading to step-wise removal of previously dominant species.

4 esponses that do not reflect the numerically dominant species.

5 mposition of plant tissues for five to eight dominant species.

6 ny and decreasing the stabilizing effects of dominant species.

7 n uptake, and biofilms collapsed to a single dominant species.

8 acity that leads to long-term persistence of dominant species.

9 time-dependent variation in immunity to the dominant species.

10 l conditions, the apo-CRP-DNA complex is the dominant species.

11 the main external perturbations benefit the dominant species.

12 OC stocks did, however, differ between dominant species across the research area and within geo

13 Enterococcus faecalis, the dominant species among infection-derived isolates, has r

14 titive ability of the previous competitively dominant species and a decreased response of competitive

15 Iodate was the dominant species and accounted for up to 84% of the tota

16 gely determined by the temporal stability of dominant species and asynchronous population dynamics am

17 observations they are molecular, with H2 the dominant species and carbon monoxide (CO) the best avail

18 source whenever encountering a member of the dominant species, and split the resource whenever intera

19 pid equilibrium with smaller subunits, whose dominant species appear to be based on trimers, as expec

20 es also dominate carbon cycling, and whether dominant species are characterized by specific functiona

21 ich, for Na+, K+, Rb+, and Cs+ acetates, the dominant species are MAu25(SC2Ph)182+ and M2Au25(SC2Ph)1

22 es in species evenness and the rank order of dominant species are more widespread responses to direct

23 At higher pressures, the dominant species are silicon-polyhedral bound carbonates

24 further identified strain-level variation of dominant species as heterogeneous and multiphyletic.

25 of free radical scavenging activity of this dominant species at a physiological pH of 7.4 were calcu

26 The dominant species at any one time arises in response to h

27 sing pattern with beta-globin and HbA as the dominant species at both early and late stages of differ

28 ternary surface complex is suggested as the dominant species at pH 4 and total U(VI) of 10 muM or le

29 This will be the dominant species because it is neutral (zwitterionic) wh

30 lowground pools significantly differed among dominant species, but responses to elevated [CO2 ] did n

31 odest changes in the spatial distribution of dominant species by biomass relative to baseline, but ex

32 activity, when compared with RPE65 from rod-dominant species, consistent with the faster regeneratio

33 es that two species are present and that the dominant species contains four nitrogen ligands.

34 Members of a socially dominant species contest a resource by playing the hawk-

35 ce patterns: Community evenness increases as dominant species decrease in biomass under elevated CO2.

36 ce, virus containing mutated epitope was the dominant species detected by 15 days.

37 We show that Mn(3+), and not Mn(2+), is the dominant species dissolved from LMO, while Mn(2+) is pre

38 miarid grassland, but that the collapse of a dominant species does not necessarily result in signific

39 We found that abundance fluctuations of dominant species drove ecosystem service delivery, where

40 a dimeric copper hydride was observed as the dominant species during the hydroboration of 4-fluorosty

41 We find that the most dominant species exert a disproportionate influence on f

42 of mRNA from tumour biopsies showed that the dominant species expressed was invariably the truncated

43 ies would tend to be concentrated into a few dominant species followed by a group of species with low

44 e importance of understanding the changes of dominant species for accurately predicting community dyn

45 [M - H](+) is the dominant species for straight-chain and branched alkanes

46 n a Colored Ocean), we show that most of the dominant species from a marine phytoplankton community w

47 ese sex differences can be reduced in female-dominant species; however, even the most masculinised of

48 nated the incumbency advantage of previously dominant species; (iii) reset long-term population and c

49 [IC(50)]) to telaprevir were observed as the dominant species in 0 to 3% of patients, depending on th

50 tus from Pinus ponderosa and Abies concolor (dominant species in forests in the western United States

51 e oxide (TMAO) and inorganic arsenic are the dominant species in monsoonal wet deposition in the summ

52 nce of ecosystem property on the identity of dominant species in our study system.

53 ments, are consistent with a dimer being the dominant species in potassium solution.

54 Invertebrates are dominant species in primary tropical rainforests, where

55 P. aeruginosa became the dominant species in six of seven patients studied, despi

56 iding further evidence that these may be the dominant species in solution.

57 of its component parts and therefore is the dominant species in solution.

58 -positive bacteria, although they may be the dominant species in some environments.

59 yst is a soluble molecular species, that the dominant species in the catalytically active solutions i

60 This allowed me to model the dominant species in the community simultaneously and gai

61 arsenic (MMA, 48% and DMA, 19%) was the more dominant species in the edible bean.

62 le organic compounds are predicted to be the dominant species in the organic aerosols at low loadings

63 Toxic inorganic As was the dominant species in the studied macrophytes, with As spe

64 er in the gas phase, while the dimer was the dominant species in THF solution.

65 upled with breeding experiments, showing all dominant species in this natural system exhibit parental

66 th in vivo virus sequences revealed that the dominant species in two of the subjects represented poor

67 ediate-conductance K(+)(Ca) channels are the dominant species involved in modulating both pulse press

68 low mercury loadings (Hg/S < or = 0.5), the dominant species is an electrically neutral complex in w

69 In livestock, the dominant species is M. bovis causing bovine tuberculosis

70 t study investigated whether RPE65 in a cone-dominant species is more efficient in its enzymatic acti

71 In single-stranded environments the dominant species is the beta anomer; it is a block to re

72 ion process can be easily solved by a single dominant species, it often is.

73 ogen abstraction showed that at pH 13.4, the dominant species Mn(Me(2)EBC)(2)(O)(2), having only Mn(I

74 Iodide was found as the dominant species of (129)I, while stable (127)I was main

75 revealed the surprising observation that the dominant species of cDNA retained the self primer.

76 characterized cohorts of the two numerically dominant species of Darwin's finches on Isla Daphne Majo

77 ion of individual consumption rates in three dominant species of herbivorous copepods (Calanus finmar

78 The dominant species of the pMMO was found to consist of thr

79 lculations suggested that bicarbonate is the dominant species on goethite, while a mixture of bicarbo

80 revealed that ammonium and sulfate were the dominant species on particle formation days while high c

81 a salt- and alkali-tolerant plant, which is dominant species on the saline/alkali soil of northeast

82 Protons are the dominant species outside about 9 RS (where RS is the rad

83 ed cooperative assembly of [Cu4(GS)6] as the dominant species over a wide pH range, from 5.5 to 7.5.

84 lt concentrations above 500 mM, dimer is the dominant species over a wide range of protein concentrat

85 ment length polymorphisms indicated that the dominant species present was S. intermedius.

86 The dominant species present within the fibrils was the glut

87 The dominant species produced by Pseudomonas syringae pv. ta

88 Consequently, focusing on large trees and dominant species provides precise information on the who

89 in 27.6% of the digestive tracts of the nine dominant species regardless of their trophic level or ta

90 tive to hardwoods; and 3) how growth of four dominant species responds to recent climate.

91 water and freshwater (pH >/=7.7 Al(OH)(4)(-) dominant species) resulted in a decrease in accumulated

92 sults showed that the cover and stability of dominant species, stability of subordinate species, and

93 ormers in the NMR data (to within 3 % of the dominant species) suggests that the heterogeneous fluore

94 the first time in Africa, we identified some dominant species that disproportionally contribute to fo

95 The field data demonstrate that the dominant species throughout the season possess an effect

96 fluential, while the identity and ranking of dominant species varies by function and by region.

97 Large tropical trees and a few dominant species were recently identified as the main st

98 creased over time, indicating convergence of dominant species, whereas incidence-based dissimilaritie

99 es with shortest TTA loops would be the most dominant species, which justifies the modeling role of r

100 o loss of plant species, including initially dominant species, which then caused substantial diminish

101 ubordinate species to pose as members of the dominant species who play dove, splitting the resource w

102 tro resulted in replacement of the initially dominant species with a new HVR1 species coexisting with