ライフサイエンスコーパス: coupled reaction

1 nd secondary RecBC translocases in a tightly coupled reaction.

2 to a sequential mechanism in the luciferase-coupled reaction.

3 both glyceraldehyde and glucose in an NADPH-coupled reaction.

4 rently about balancing the relative rates of coupled reactions.

5 vated hydrogen peroxide generation in poorly coupled reactions.

6 nto enzymes catalyzing multielectron, proton-coupled reactions.

7 d using Amplex red in horseradish peroxidase-coupled reactions.

8 termined for the FRG(F)-L(F) and FRP(H)-L(F) coupled reactions.

9 cid oxidase/horseradish peroxidase (DAO/HRP)-coupled reactions.

10 as partially limited by the flux through the coupled reactions.

11 e catalytic activity of FTO proceeds via two coupled reactions.

12 The activity of Alkbh5 comprises two coupled reactions.

13 of basis functions in such a manner that the coupled reaction and diffusion processes are propagated

14 ght chemical systems that integrate strongly coupled reaction and transport phenomena, identifying fr

15 O-producing reaction is considered to be the coupled reaction, and the uncoupled reactions are those

16 s at single-monomer resolution using CREATS (coupled reaction approach toward super-resolution imagin

17 lis RNase P protein as a model, we show that coupled reactions are best understood as a change in flu

18 These tightly coupled reactions are catalyzed by terminase assembled i

19 enzyme reaction, functions in the luciferase-coupled reaction as a prebound substrate and is directly

20 This effect arises due to a coupled reaction between SRC2 uptake and enhanced cooper

21 The kinetics of the coupled reactions between carbamoyl-phosphate synthetase

22 and adding L-arginine not only initiates the coupled reaction, but also inhibits oxygen uptake.

23 d by the unexpectedly weak inhibition of the coupled reaction by the bisubstrate analog, N-(phosphona

24 anics (QM/MM) calculations of individual and coupled reaction center chromophores to describe reactio

25 acyl-CoA substrate, it is suggested that the coupled-reaction conditions must be carefully standardiz

26 somero-oxygenase that catalyze isomerization-coupled reactions crucial for production of vision-suppo

27 k, and resealing the broken strand in an ATP-coupled reaction cycle.

28 Here we derive and analyze a coupled reaction diffusion model that accounts for coati

29 extending our previous in vivo mechanically-coupled reaction-diffusion modeling framework we develop

30 f periodic travelling waves predicted by two coupled reaction-diffusion models: a commonly used preda

31 The model reproduced coupled reaction-diffusion of alpha-galactosides during

32 oped a mathematical model that describes the coupled reaction-diffusion process in an established imm

33 computational model is used to show how two coupled reaction-diffusion systems reproduce both natura

34 achieved by standard (i.e., not mechanically coupled) reaction-diffusion predictive modeling (0.75),

35 With this coupled reaction, for each mol of methylglyoxal, veratry

36 ce of N-terminal domain of DNA ligase I in a coupled reaction governs the channeling of the pol beta

37 th slope Phi) for a bounded, linear chain of coupled reactions having arbitrary connecting rate const

38 ns over 2 microM significantly inhibited the coupled reaction in both light intensity and quantum yie

39 d and the presence of Mn(2+) stimulates this coupled reaction in vitro.

40 methionine quantification based on an enzyme-coupled reaction in which (S,S)-AdoMet reacts with 2-nit

41 We evaluate these sequentially-coupled reactions in nanodomain geometries representativ

42 Intracellular redox is maintained by coupled reactions involving NADPH, glutathione (GSH), an

43 The single observed product of the force-coupled reaction is a thermally inaccessible syn-tricycl

44 A theoretical model of elastically coupled reactions is proposed for single molecule imagin

45 Isotopic dilution experiments and coupled reaction kinetics analyzed within the context of

46 oduction of more complex oligosaccharides in coupled reaction mixtures, e.g., in the preparation of s

47 the O-O coupling in OER, yet they compose a coupled reaction network with competing kinetics depende

48 d over space and time by the kinetics of the coupled reaction network, they are autonomously self-hea

49 lied potential and competing kinetics in the coupled reaction network.

50 of surface silanols, in combination with the coupled reaction of "isolated" silanols and strained sil

51 MDa multiprotein complex, that catalyzes the coupled reaction of pre-mRNA cleavage and polyadenylatio

52 Kinetic data for the coupled reaction of PRODH and P5CDH from Thermus thermop

53 Indeed, >25 coupled reactions, often reciprocal, have been documente

54 In a tightly coupled reaction on synthetic forked substrates, PriA pr

55 ic assay is no longer reliant on a secondary coupled reaction, on substrate labeling, or on detecting

56 the properties that emerge from a network of coupled reactions, particularly when the system contains

57 For these two and the FRG(F)-L(H) coupled reactions, patterns of FMN inhibition and effect

58 The surface confined template and covalently coupled reaction products are investigated and character

59 nover rate was 75 per minute, 63% of the ATP-coupled reaction rate for the nitrogenase complex under

60 ulatory indicates that the occurrence of the coupled reaction, rather than the accelerated uncoupled

61 The coupled reaction requires Mg2+, ATP, and GTP along with

62 onstrated that the rate-limiting step of the coupled reaction sequence resides in the second cyclizat

63 t junctions derived from wild-type U3 and U5 coupled reactions showed an approximately 70% fidelity f

64 In a coupled reaction that requires extension of the D loop m

65 e constituent strands lengthen through force-coupled reactions that are triggered as the strands reac

66 omalous effect of PALA suggests that, in the coupled reaction, the effective concentration of carbamo

67 dehyde production during demethylation via a coupled reaction using formaldehyde dehydrogenase.

68 etection of H2O2 in a horseradish peroxidase-coupled reaction using N-acetyl-3, 7-dihydroxyphenoxazin

69 was readily synthesized from UDP-GlcNAc in a coupled reaction using PglF and PglE.

70 on is typically performed through peroxidase-coupled reactions utilizing organic dyes that suffer, ho

71 erts UDP-GlcNAcA to UDP-GlcNAc(3NH(2))A in a coupled reaction via a unique NAD(+) recycling pathway.

72 llular PA, measured directly using an enzyme-coupled reaction, which resulted in a decreased rate of

73 the traditional endpoint assay based on the coupled reaction with formate dehydrogenase, and measuri

74 ganic mercury to MerB limits the rate of the coupled reaction with MerA.

75 imeric recombinant AruH were determined by a coupled reaction with NAD(+) and L-alanine dehydrogenase

76 site cysteine of papain can be achieved by a coupled reaction with protein sulfhydryl groups.

77 activity of this enzyme are based either on coupled reactions with other enzymes or on high-performa

78 at the mutant IDH1 is very efficient in this coupled reaction, with the ability to form alphaHG from