ライフサイエンスコーパス: initial reaction

1 wing safety of repeat vaccination despite an initial reaction.

2 ystallographic anisotropy in the rate of the initial reaction.

3 ing doses extending up to 9 months after the initial reaction.

4 for the proton transfer driving force of the initial reaction.

5 hydrolase or oxygenase enzymes catalyzed the initial reactions.

6 zides with ketones under acid catalysis; the initial reaction affords an iminium ether that can be su

7 anism of the enzyme NpaA1 that catalyzes the initial reaction, and reveal how the pathway evolved.

8 The products of the initial reaction are dominated by methyl species of the

9 The DUNCAN strategy contained an initial reaction based on CRISPR Cas13a for target recog

10 he allergy workup included clinical history (initial reaction based on Type I, cytokine release syndr

11 Initial reaction between an alkyne and 1-hexene gave mix

12 ion, we identified products formed after the initial reaction between HO(*) or SO(4)(*-) and benzene,

13 This suggests that the initial reactions between ParB and parS leading to parti

14 hydrogen atom from the NHA hydroxyl in their initial reaction, but support an Fe(III)-peroxo-NHA radi

15 These results indicated that the initial reactions by EngH and/or EngE promoted cellulose

16 The initial reaction can be paired with a subsequent tandem

17 ictive of resolution included the following: initial reaction characteristics (isolated urticaria/ang

18 ntified baseline egg-specific IgE levels and initial reaction characteristics as strongly associated

19 Baseline egg-specific IgE levels and initial reaction characteristics were important predicto

20 reactions in a CTR were then predicted from initial reaction conditions and compared to experimental

21 he preferred pathways are dependent upon the initial reaction conditions.

22 ding pathways can be selected by varying the initial reaction conditions.

23 bursts (30-50%) of product formation in the initial reaction cycle.

24 ble phenomenon mostly seen in biology, where initial reaction events significantly alter the propensi

25 When ExgS was used for the initial reaction followed by EngE and EngH, almost no sy

26 Although most of the initial reactions for both were type I, oxaliplatin pres

27 effectively isolate or decouple the Q-cycle initial reactions from later steps, preventing many comp

28 ) pre- and post-course interviews reflecting initial reaction; (ii) training quality assessment on si

29 The initial reaction in the CO2 reduction is often taken to

30 Initial reactions in anaerobic oxidation of ethylbenzene

31 d by a single operon (etnEABCD) catalyze the initial reactions in both the VC and ethene assimilation

32 on flux conditions were used to identify the initial reaction intermediates of CdS quantum dot (QD):M

33 The initial reaction involved 1,2-addition of phthalide to t

34 We suggest that the initial reaction is between the toxin sulfurs and cystei

35 The fast initial reaction is followed by a much slower but contin

36 requires no further manipulations after the initial reaction is set up.

37 We anticipate that the fast initial reaction kinetics found here are likely to be co

38 Determination of the dominant initial reaction mechanism as either initial C-C or C-H

39 When glutamine or ammonia was added to the initial reaction mixture, the magnitude and the rate of

40 e RecO and RecR proteins are included in the initial reaction mixture.

41 he RecO and RecR proteins are present in the initial reaction mixture.

42 They are derived from an initial reaction of 3-nitrosoindole with indole.

43 A synthetic sequence involving the initial reaction of a substituted phosphorus dihalide (R

44 gamma-HOPdG adduct, which is formed from an initial reaction of acrolein with the N(2) of guanine.

45 ee, one-pot synthetic procedure involves the initial reaction of activated heterocyclic N-oxides with

46 thods for analysis of methylated DNA rely on initial reaction of gDNA with concentrated acidic sodium

47 The results indicate the following: (i) the initial reaction of GPI assembly, i.e. the transfer of G

48 onal view that S alkylation always forms the initial reaction of GSH with Michael-acceptor carbonyls.

49 The mechanism for the initial reaction of HONO with alkynes to form acyloximes

50 n the the preceding paper of this issue, the initial reaction of precursor protein with oxygen is cha

51 or strain-induced ring-opening following the initial reaction of the alkyne moiety.

52 While the D94E mutation does not affect the initial reaction of the cluster with O(2), the D94A muta

53 The initial reaction of the Lewis acid, Lewis base and small

54 RIBA1 catalyses the initial reaction of the metabolic pathway of riboflavin

55 via an electroless plating method involving initial reaction of the particles with Sn(II), followed

56 , since an N-terminal Ala cannot perform the initial reaction of the standard protein splicing pathwa

57 These results identify the initial reactions of a new pathway for the biosynthesis

58 Here we show that one of the initial reactions of anaerobic cholesterol metabolism in

59 ase RO oxygenases, which are involved in the initial reactions of caffeine degradation.

60 hondrial CA is known to supply HCO3- for the initial reactions of gluconeogenesis and ureagenesis in

61 The initial reactions of the phenylpropanoid pathway convert

62 and provide an additional means of studying initial reactions of the Q-cycle.

63 phosphorylation of LAT by reconstituting the initial reactions of the TCR signaling pathway on suppor

64 ubiquitylation involves a highly processive initial reaction on the substrate, followed by multiple

65 hock and disbelief were frequently expressed initial reactions, particularly to "unexpected" surgical

66 e O2' migrates to the nonbridging O1P in the initial reaction path rather than directly to the genera

67 table under CO2RR conditions) to examine the initial reaction pathways to form CO and formate (HCOO(-

68 d SAMs and the temperature dependence of the initial reaction probability have been confirmed for Ti-

69 ed by HP1 integrase produced a four-stranded initial reaction product in which one pair of DNA strand

70 rising discovery that at low temperature the initial reaction product is a highly labile peroxide com

71 The initial reaction product, sodium superoxide (NaO2), is n

72 experimental method based on determining the initial reaction rate for the formation of nanocrystals/

73 jel system gives a four-fold increase in the initial reaction rate in comparison to a stirred biphasi

74 d reproducibility and reversibility, and the initial reaction rate is dependent on the concentration

75 acid with total turnover numbers of 935 and initial reaction rate of 125 mol product/(mol enzyme/min

76 Substantial increases in initial reaction rate, relative to a monohydrazide, were

77 16:0,18:1-PC and di18:1-PC bilayers, the COD initial-reaction rate displays a series of distinct jump

78 The surface area normalized initial reaction rates (r(a)) were between 0.08 and 77 m

79 centration, thus allowing calculation of the initial reaction rates (v(o)).

80 e-like AngII-generating capacity; calculated initial reaction rates averaged 3.9 +/- 2.9 fmol AngII/m

81 requiring a logarithmic approximation of the initial reaction rates for the determination of the kine

82 alyst (up to 91% of O(2) yield); it exhibits initial reaction rates identical with those of its proti

83 action by establishing the dependence of the initial reaction rates on the rates of photon absorption

84 In model copolymer catalysts, increased initial reaction rates were observed for copolymers unte

85 Trends of experimental initial reaction rates with MOF topology and PC regioiso

86 The sigmoidal dependence of initial reaction rates with pH resembles the dissociatio

87 ays in the relay and permitted extraction of initial reaction rates, enzyme specificity constants, an

88 tion results in up to 4100-fold increases in initial reaction rates.

89 first order kinetics based on an analysis of initial reaction rates.

90 sure indicated that only the severity of the initial reaction significantly correlated with cumulativ

91 To provide the fluorescence signal, the initial reaction solutions contained a very low doping o

92 -Alder reaction, may constitute an important initial reaction step in the thermal decomposition of th

93 Computations suggest that the initial reaction step involves the methylene group trans

94 ays involve cleavage of a C-Cl bond in their initial reaction step.

95 The initial reaction steps are not disrupted in E95A, which

96 Computed reaction profiles reveal common, initial reaction steps that subsequently diverge dependi

97 cals) as well as stable products to decipher initial reaction steps via the detection of nascent prod

98 he influence of the solvent viscosity on the initial reaction steps was studied.

99 Though this is the preferred initial reaction stereochemistry in the trajectories, 43

100 ex modulation serves as a warning signal for initial reactions that ultimately undermine evaluations

101 The initial reaction time of toluene is also reduced remarka

102 e step in membrane fusion, separate from the initial reaction to low pH and interaction with the targ

103 focused more specifically on the caregiver's initial reactions to a diagnosis of Alzheimer's disease

104 children are able to flexibly regulate their initial reactions to novelty, and in turn, decrease risk

105 bond cleavage in PPE could be a competitive initial reaction under high-temperature pyrolysis condit

106 Initial reactions under solvent-free (neat) conditions i

107 sion effects were minimized by performing an initial reaction using 9-fluorenylmethyoxycarbonyl chlor

108 ased analytical approach was developed where initial reaction velocities were generated from nonlinea

109 The initial reaction velocity of individual enzyme molecules

110 A potential energy surface (PES) for the initial reaction was created and the results suggest the

111 ct of aromatic and saturated solvents on the initial reaction was examined and found to cause a small

112 arbon deposited on the silica surface by the initial reaction was measured.

113 Failure of rechallenge after initial reactions was associated with anti-PEG-ASP (P =

114 The products of the initial reaction were characterized, and their progress

115 In addition, initial reactions were studied using compound-specific i

116 ven (rather than enthalpy-driven), since the initial reaction (which mainly leads to the formation of

117 ormation of free amine groups needed for the initial reaction with dihydroxyacetone, and with inhibit

118 e enamine-TPP intermediate, formed after the initial reaction with pyruvate.

119 and base (HSAB) DeltaN value of -0.2 in its initial reaction with the carbonyl compounds, and (4) ne

120 Initial reactions with sulfonate leaving groups exhibite

121 f VOC molecular structure on the kinetics of initial reactions with the major atmospheric oxidants, t