ライフサイエンスコーパス: dominant pathway

1 buildup of the native structure via a single dominant pathway.

2 ustion conditions this is expected to be the dominant pathway.

3 by the steric destabilization of all but one dominant pathway.

4 s endothermic, syn-anti isomerization is the dominant pathway.

5 s via the addition of soluble species is the dominant pathway.

6 anding by designing mutations that alter the dominant pathway.

7 the most significant modifications in their dominant pathways.

8 , followed by hand-to-mouth transfer, as the dominant pathways.

9 ational switch can follow single or multiple dominant pathways.

10 ivation-responsive RNA suggests two parallel dominant pathways.

11 indicate that the L-ARG-cGMP pathway is the dominant pathway and is inhibitory, and that both pathwa

12 ybridized with the metal states and that the dominant pathway and reaction yield are determined by th

13 agonist all traverse the same well-defined, dominant pathway as they bind to the beta(1)- and beta(2

14 assembly based fluorescence reduction is the dominant pathway at micromolar concentrations.

15 hese trends and explain them in terms of the dominant pathway being initiated by attack of HO(-) on b

16 nhibition of transcriptional elongation is a dominant pathway blocking oligodendrocyte maturation.

17 Mycorrhizal uptake represented the dominant pathway by which N is acquired, accounting for

18 ith sufficient information to understand the dominant pathways by which the major classes of atmosphe

19 dicated small-medium fissure flows to be the dominant pathway, delivering 52-90% of P loads during st

20 es suggests that precursor attachment is the dominant pathway, direct validation of this hypothesis a

21 pathway is constitutively active and is the dominant pathway driving the production of MMP-1.

22 e binding of natural IgM to bacteria, is the dominant pathway for activation of the complement system

23 via liquid water condensation in pores, is a dominant pathway for atmospheric ice nucleation below wa

24 pole-dipole energy transfer mechanism is the dominant pathway for D/A interactions in these modified

25 uitin-proteasome-mediated degradation is the dominant pathway for disposal of misfolded CFTR in mamma

26 l non-homologous end-joining (C-NHEJ) is the dominant pathway for DSB repair (DSBR) in adult mammalia

27 Non-homologous end joining (NHEJ) is the dominant pathway for DSB repair in G1-phase.

28 in the transferrin (Tf) cycle, which is the dominant pathway for iron uptake by red blood cell precu

29 Somatic biotransformation was the dominant pathway for most chemicals absorbed via the res

30 is achieved only when dopant emission is the dominant pathway for relaxation, since exciplex and niBr

31 The dominant pathway for shoot uptake simulated differed acc

32 ction via the mitochondrial reticulum is the dominant pathway for skeletal muscle energy distribution

33 The dominant pathway for SSB dissociation occurs by a "direc

34 ver, for soluble ENMs dissolution can be the dominant pathway for suspended ENM removal from water ev

35 to the widely held view that the DWBC is the dominant pathway for the export of LSW from its formatio

36 specific phospholipase C (PI-PLC), which are dominant pathways for arachidonic acid release and forma

37 nitudes of the transmission rates allows the dominant pathways for transmission in a heterogeneous po

38 odel has turned out to be incorrect, and the dominant pathway has now been shown to involve the react

39 eprotonation of iminium intermediates as the dominant pathway in dimethyl sulfoxide (DMSO).

40 IL-1beta-T17 cell cytokine axis is likely a dominant pathway in HS with HS T17 cells activated by IL

41 xperimental results show that the TBD is the dominant pathway in the VUV H(2)O photochemistry at wave

42 Our finding suggests ebullition as a dominant pathway in these anthropogenic systems, and thu

43 ng a connectomic approach, we identified six dominant pathways in terms of strength, length and anato

44 mit governs redox partners coupled through a dominant pathway (in two of the nine derivatives) where

45 ocrine-signaling neuropeptide receptors is a dominant pathway involved in the transformed growth of S

46 ope fractionation at pH 7 indicated that the dominant pathway involved SO(4)(*-) reactions, accountin

47 nd as tandem constructs, to show that 1) the dominant pathway involves a dimerization of dimers, and

48 pon irradiation at lambda = 240 nm, with the dominant pathway involving decomposition to ketene and h

49 metries of the assembly intermediates on the dominant pathways is used to identify targets for anti-v

50 led out, TNFRI signaling was found to be the dominant pathway leading to proinflammatory cytokine and

51 ving as a marker of a more generalized trans-dominant pathway linked to tumor progression and metasta

52 ormatic analysis revealed WNT signaling as a dominant pathway mediating the CSC inhibitory effect of

53 d myeloid cell function pathways, whereas AA-dominant pathways mirror clinical findings in AA subject

54 ells (DCs) has generally been considered the dominant pathway of allorecognition in acute transplant

55 reagents and support macropinocytosis as the dominant pathway of antimiR entry.

56 Recently, it has been shown that a dominant pathway of CD4(+) help is via antigen-presentin

57 lls govern the extrafollicular response, the dominant pathway of high-affinity, isotype-switched auto

58 n, rather than complement activation, is the dominant pathway of immune complex disease in the cornea

59 A dominant pathway of immune suppression in ovarian cancer

60 The dominant pathway of nicotine metabolism in humans is the

61 Dominant pathways of complex reactions leading to acryla

62 h improved measures, FST could help identify dominant pathways of human and animal fecal contaminatio

63 d nitrifier-induced denitrification were the dominant pathways of N2 O production, and application of

64 ption (formation of carbamic acid) being the dominant pathway over MIL-101(Cr)-supported TEPA and str

65 The catalytically dominant pathway proceeds from the excited state of Li(c

66 grow faster the larger they become; (2) the dominant pathway proceeds via accretion, the stepwise ad

67 cal and experimental conditions, there is no dominant pathway; rather there is a distribution of path

68 Our data thus reveal a dominant pathway regulating the developmental fate of th

69 that the ErbB3-neuregulin 1 (NRG1) axis is a dominant pathway responsible for hematogenous omental me

70 The dominant pathway results in a slow transition between ac

71 ce of persistent inflammation, and highlight dominant pathways that may have diagnostic or therapeuti

72 moted by signaling in the thymus through one dominant pathway, the Notch pathway, it entails a comple

73 w temperature (T </= 170 K), when QMT is the dominant pathway, the tunneling controlled product (4a-4

74 ha-hydroxypregnenolone to DHEA, which is the dominant pathway to C19 steroids catalyzed by human CYP1

75 eceptor-mediated phagocytosis of circRNAs, a dominant pathway to internalize circRNAs in parallel to

76 transfer of tumor antigens in vesicles is a dominant pathway to load resident DCs for presentation t

77 Fe(III) reduction with LMCT the most likely dominant pathway under these conditions.

78 This work elucidates the dominant pathways under microoxic and anoxic conditions

79 To determine the dominant pathway, we studied two structurally similar po

80 Four dominant pathways were observed, each exhibiting charact