ライフサイエンスコーパス: reducing environment

1 in the context of the cellular cytoplasm, a reducing environment.

2 h the SOS Env supported virus infection in a reducing environment.

3 erved along the sedimentary column, a highly reducing environment.

4 temperature treatments (>600 degrees C) in a reducing environment.

5 solution and dissolve preferentially under a reducing environment.

6 cross-links, even though the cytoplasm is a reducing environment.

7 ood cells, this activity is regulated by the reducing environment.

8 r weight distribution (M(w)/M(n) < 1.5) in a reducing environment.

9 the intracellular redox state toward a more reducing environment.

10 nges between proteins even in an unfavorable reducing environment.

11 as very similar, and optimal at acid pH in a reducing environment.

12 owing for transient activation in an overall reducing environment.

13 volving steady-state catalytic turnover in a reducing environment.

14 e, and shift the redox status towards a more reducing environment.

15 of the therapeutic antibody trastuzumab in a reducing environment.

16 A toxicity by promoting an anoxic and highly reducing environment.

17 -lives of MCs and related nitro compounds in reducing environments.

18 nism responsible for arsenic mobilization in reducing environments.

19 of arsenic during magnetite precipitation in reducing environments.

20 ert to monomeric therapeutic within cellular reducing environments.

21 essing abiotic degradation of EDB in sulfate-reducing environments.

22 ation of the metals, driven by oxidizing and reducing environments.

23 nelid hemoglobin evolution and adaptation to reducing environments.

24 of uranium (U) immobilization mechanisms in reducing environments.

25 In a reducing environment (0.01 M dithiothreitol in pH 7.0 am

26 ions but require a polycysteine tag motif, a reducing environment and cell transfection or permeabili

27 rm a disulfide that is stable even in a very reducing environment and demonstrate that this disulfide

28 mycetes family, to maintain an intracellular reducing environment and protect against oxidative and a

29 We thus propose that a reducing environment and the protein-protein interaction

30 t a susceptibility to the cellular disulfide reducing environment and zinc loss may convert otherwise

31 Pyrite is a ubiquitous mineral in reducing environments and is well-known to incorporate t

32 the cytosolic fraction, its dependence on a reducing environment, and its high affinity for UDP-GlcN

33 of the geochemistry of Fe(II) and arsenic in reducing environments, and demonstrate the utility of me

34 ransformation of the mineral ferrihydrite in reducing environments, and its impact on the mobility of

35 The intracellular milieu is usually a reducing environment as a result of high concentrations

36 hown to release doxorubicin in response to a reducing environment as measured by flow cytometry and w

37 s5P via its VHS domain, but the effects of a reducing environment as well as PtdIns5P on the domain s

38 We demonstrate that a reducing environment, as found under hypoxia-triggered n

39 press electronic leakage when exposed to the reducing environment at the fuel interface.

40 ms remain dispersed under both oxidizing and reducing environments at high temperatures, and that the

41 induced by exposure of mammalian cells to a reducing environment but revealed an unanticipated stabi

42 ase (Mtr) helps to maintain an intracellular reducing environment by reducing MSSM back to MSH.

43 iorthogonal small molecules in response to a reducing environment change in vivo.

44 housand is indicative of naturally occurring reducing environments conducive to U(VI) reduction.

45 hermal annealing of the nanowire fabric in a reducing environment converts the polyphenylsilane coati

46 e requirement to carry out the reaction in a reducing environment due to the presence of 1 or 2 catal

47 In reducing environments, EDB is highly susceptible to abio

48 reductive solubilization may be important in reducing environments, especially in the presence of com

49 such as continuous heating in oxidizing and reducing environments, face challenges including grain g

50 Both enzymes require a reducing environment for maximal activity, but the mitoc

51 that lysosomal cysteine cathepsins require a reducing environment for optimal activity, it is not fir

52 eleasing sulfur or sulfide (depending on the reducing environment) from L-cysteine, in agreement with

53 cations for various applications of AuNPs in reducing environments, from catalysis to biomedicine.

54 We show here that the reducing environment generated by dithiothreitol (DTT) i

55 After exposing YSZ to a reducing environment (H2) at elevated temperatures (1000

56 for measuring arsenic speciation in sulfate-reducing environments hampers transport and fate analyse

57 ase subunit is activated when exposed to the reducing environment in mammalian cells.

58 tem plays an important role in maintaining a reducing environment in the cell.

59 Our results help to explain how the reducing environment in the cytoplasm is maintained so t

60 es in TfR1-mediated endocytosis, attesting a reducing environment in the endosomal compartments and t

61 s) and re-entry of the virus particle into a reducing environment in the endosome or the cytosol.

62 a valuable functional ingredient to create a reducing environment in the intestine and to partially m

63 perature oxidation of graphene in a slightly reducing environment in the presence of ammonia to affor

64 isotopic data (delta(15)N) indicated a less reducing environment in the skin region compared to bone

65 active oxygen species, helping to maintain a reducing environment in vivo.

66 trating the scope for application in imaging reducing environments in biological systems.

67 value might be characteristic for many iron-reducing environments in the subsurface at circumneutral

68 nenveloped animal virus despite the normally reducing environment inside cells.

69 at pattern is consistent with the chemically reducing environment inside the cells of well-studied or

70 within intestinal epithelial cells creates a reducing environment, making more reduced glutathione av

71 While such natural attenuation in reducing environments mitigates the risk associated with

72 tors that can be tuned for activation in the reducing environment of cancer cells and produce antipro

73 It was generally assumed that the reducing environment of the bacterial cytoplasm would su

74 f toxic compounds, and helps to maintain the reducing environment of the cell.

75 icating that they are well shielded from the reducing environment of the cell.

76 Fv) have been reported to fold poorly in the reducing environment of the cytoplasm and as such there

77 he transcriptional activity of sigmaR in the reducing environment of the cytoplasm but undergoes reve

78 critical disulfide bonds cannot form in the reducing environment of the cytoplasm or because of diff

79 in scaffold, which also readily folds in the reducing environment of the cytoplasm.

80 affinity and stability when expressed in the reducing environment of the cytoplasm.

81 uggest a mechanism of virus uncoating in the reducing environment of the cytoplasm.

82 ER luminal proteins) to "reflux" back to the reducing environment of the cytosol as intact, folded pr

83 t can be challenging to express scFvs in the reducing environment of the cytosol.

84 n following dissociation of the dimer in the reducing environment of the cytosol.

85 s in nascent viral proteins that fold in the reducing environment of the eukaryotic host cytoplasm.

86 Thus, in the reducing environment of the periplasm, NikA may serve as

87 Moreover, although the more reducing environment of their ER protects cultured ERO1-

88 MS ensure efficient oxidative folding in the reducing environment of this compartment.

89 active Top1-Clamp was cytotoxic, even in the reducing environment of yeast cells.

90 hich most likely evolved in the iron-replete reducing environments of the Proterozoic ocean [1].

91 valuation of the impact of the intracellular reducing environment on Tet reactivity and the demonstra

92 ducts of microbial activity, for example, in reducing environments, or of incidental nano-ZnS formed

93 eactivation by sintering in high-temperature reducing environments remains a challenge and often limi

94 ynthesizing nitrogen-bearing organics than a reducing environment rich in ammonia.

95 sure of in vitro-derived cysts to an acidic, reducing environment (stage I) followed by protease trea

96 ase single-chain Fvs (scFvs), which tolerate reducing environments, such as the cytoplasm of cancer c

97 modern and ancient Earth, provides an ultra-reducing environment that can support microbial methanog

98 , suggesting that with the appropriate thiol-reducing environment, the CcsB and CcsA proteins compris

99 tion of fermentable substrates to generate a reducing environment, the presence of arsenic can be pro

100 In intracellular reducing environment, the RBC-nanogels showed an acceler

101 erase isoenzyme (hBCATm) must be stored in a reducing environment to remain active.

102 ction upon physiochemical changes (such as a reducing environment) to form polymers (pseudopolysaccha

103 In reducing environments, Top1-Clamp was catalytically acti

104 Disassembly was accomplished in a reducing environment, using DTT as an external stimulus,

105 of nanotubes embedded in a gel matrix with a reducing environment, we quantified all emissive nanotub

106 In a reducing environment, when complexed with Cu2+, 1,10-o-p

107 inders further improvements, particularly in reducing environments where U(IV) predominates.

108 pathway for redox couples in nonequilibrium reducing environments, which provides starting organic c

109 the pro-drug hydrogels was observed under a reducing environment while cargo retention and integrity

110 of active monomeric drugs was observed in a reducing environment with these dimeric prodrugs, with t

111 linked via a tether that breaks down in the reducing environment within cells.