ライフサイエンスコーパス: specific reaction

1 ight activate arylfluorosulfates toward site-specific reaction.

2 s, either ex vivo or in vivo, using an azide-specific reaction.

3 efficiency and specificity of each genotype-specific reaction.

4 combinant SL3261 oral vaccine induces an O11-specific reaction.

5 eins utilize segmental motions to catalyze a specific reaction.

6 e measured and compared with the rate of the specific reaction.

7 TE) in rat liver microsomes suggested such a specific reaction.

8 ractical materials with high performance for specific reactions.

9 l dense areas highlighted with mitochondrial specific reactions.

10 g the active site cysteine residues from non-specific reactions.

11 nzymes that are able to selectively catalyze specific reactions.

12 etation of color change using drug- or class-specific reactions.

13 ted the relationship between genetic testing-specific reactions and breast and ovarian cancer screeni

14 cortex in autism is associated with a neuron-specific reaction, and suggest that neuronal organizatio

15 de synthase, an enzymatic domain catalyses a specific reaction, and three to six enzymatic domains in

16 are discussed, in which we look both at the specific reactions as well as to the methods of immobili

17 B-TAMP inactivates adenylosuccinate lyase by specific reaction at the substrate binding site, with ne

18 trolled microfluidic D-AA separation and the specific reaction between D-amino acid oxidase (DAAO) an

19 This new approach employs a specific reaction between free sulfhydryls and 2-nitro-5

20 of oxalic acid is catalyzed, in a substrate-specific reaction, by oxalate decarboxylase (OXDC), form

21 mechanism in GT-B enzymes independent of the specific reaction catalyzed.

22 The specific reactions catalyzed by FbiA and FbiB are unknow

23 that bistability can be recovered by adding specific reaction channels to the molecular mechanism.

24 l field is used to switch the selectivity of specific reaction channels.

25 y workflows, thereby increasing the value of specific reaction classes in the toolkit.

26 ct coupling led to a design fueled by highly specific reaction conditions for several steps and the d

27 Under specific reaction conditions, significant conversions we

28 racterized by the lower solubility under the specific reaction conditions.

29 that give variable results depending on the specific reaction conditions.

30 Specific reaction control (i.e., a combination of 1-dode

31 y of HbA and of a mutant, HbK (Dalpha99N), a specific reaction coordinate is proposed for the alloste

32 Using an approach based on designing system-specific reaction coordinates and using nonequilibrium w

33 recent quantum scattering predictions, mode-specific reaction dynamics is observed, with vibration i

34 crambling are avoided, and excitation-energy specific reaction dynamics results.

35 enzymes, based on their ability to catalyze specific reactions (e.g., glycosyl transfer, sequence-sp

36 velopment of catalysts tailored to promote a specific reaction, e.g., C-H activation or H2O oxidation

37 However, the relevance of specific reaction elementary steps to the overall reacti

38 lytic activation reactions, depending on the specific reaction evaluated.

39 e hydrolases that are capable of selecting a specific reaction from a pool of viable substrates.

40 ritol-4-phosphate (MEP) as the first pathway-specific reaction in the MEP biosynthetic pathway to iso

41 kitake anaphylaxis, but a 75kDa band showing specific reaction in this case was not observed.

42 bacteria, which could facilitate eukaryotic-specific reactions in the initiation phase of protein sy

43 proach provides unequivocal determination of specific reactions in the pathway.

44 sposition of the adjacent framework, and the specific reaction intermediate formed is very sensitive

45 resence of defects and impurities and on the specific reaction involved.

46 The generation of enzymes to catalyze specific reactions is one of the more challenging proble

47 he results are discussed in the context of a specific reaction mechanism for the reductive half-react

48 ification, this element-tagging and protease-specific reaction mediated ICP-MS methodology will pave

49 The specific reaction of NO with Cys93beta is confirmed in t

50 The specific reaction of potassium permanganate with thymine

51 This method is based on the specific reaction of the 1,2-aminothiol of cysteine with

52 e burden by autoclaved organisms, and by the specific reactions of forms 1 and 2 but not forms 1 and

53 tors, which will allow enhanced catalysis of specific reactions of interest for process development.

54 for the distinct enantio-specific and regio-specific reactions of PCBER, PLR, and IFR, as well as th

55 use of a semi-empirical version of DFT (the specific reaction parameter (SRP) approach to DFT).

56 Specific reaction parameters and considerations will be

57 ensional potentials of mean force to examine specific reaction paths and assess the feasibility of pr

58 tep on Ni-Co, Ni, and Co clusters, but their specific reaction paths vary.

59 rtery wall and provide direct evidence for a specific reaction pathway that promotes LDL oxidation in

60 steric strain and selective enhancement of a specific reaction pathway.

61 of a particular crystal habit or catalyze a specific reaction pathway.

62 carefully tailoring energetic barriers along specific reaction pathways but not others.

63 tection of stable compounds that result from specific reaction pathways has provided the first insigh

64 oup of proteinaceous organelles that confine specific reaction pathways in the cell within a thin pro

65 sualization of how lithiation proceeds along specific reaction pathways.

66 -assembly can effectively direct and enhance specific reaction pathways.

67 Detection of specific reaction products is a powerful approach for di

68 Results show species-specific reaction profiles, with a five times higher con

69 The specific reaction rate of 2.8 molCO.h(-1).gAu(-1) at a t

70 These results are largely independent of the specific reaction-rate constant values, and depend on th

71 x) sites in the Keggins, thus, decreases the specific reaction rates for both methanol oxidation and

72 With the exception of specific reaction rates, the observed characteristics of

73 ossibly to other autoantigens, in lupus is a specific reaction similar to that seen in a typical immu

74 teps (i.e., propane to acrylic acid) require specific reaction sites for each oxidation step and bene

75 The specific reaction studied was between triethyl phosphite

76 ct the efficiency of the biocatalyst in each specific reaction system.

77 Through the detailed description of specific reaction systems, this review article illustrat

78 The benzil-cyanide reaction is a cyanide-specific reaction that has been exploited to produce a c

79 Our studies have identified a novel meiosis-specific reaction that targets a key protein required fo

80 Regarding the PDHc-specific reaction, the presence of PLThDP induces large

81 rochemically and optically; they can perform specific reactions; they are capable of self-assembly; a

82 The allergen-specific reaction was markedly reduced in ST2(-/-) mice,

83 in multiplexed analysis is to identify each specific reaction with a distinct label or 'code'.

84 s was, at least in part, by means other than specific reaction with the epitope.

85 ss-reactivity of the Denka kit is not due to specific reactions with HuNV and HuSV antigens.

86 al systems, such as in enzymes to accelerate specific reactions with specific molecular targets, or a

87 function of nuclear bodies is to accelerate specific reactions within their crowded space.