ライフサイエンスコーパス: maximum activity

1 )(+) and to a lesser extend Zn(2)(+) (20% of maximum activity).

2 thiothreitol (DTT) and 4 equiv of Fe(II) for maximum activity.

3 mum for bilayer thicknesses corresponding to maximum activity.

4 least one unsaturated fatty acyl moiety for maximum activity.

5 yl side chains with a 3-oxo substitution for maximum activity.

6 showed an altered optimum pH preference for maximum activity.

7 ed from cells grown with 500 muM zinc showed maximum activity.

8 o operate at only a fraction (20-30%) of its maximum activity.

9 ,3-diphosphoglycerate (DPG) was required for maximum activity.

10 e-dependent fashion with 40 mM EDTA allowing maximum activity.

11 vels of the activator 3-phosphoglycerate for maximum activity.

12 pe may form a hybrid compound with a reduced maximum activity.

13 nd 8.5 and was dependent on Triton X-100 for maximum activity.

14 partial agonists with desired potencies and maximum activities.

15 s to operate at a fraction of their possible maximum activities.

16 For conditions associated with maximum activity (40% anionic lipid, I = 0.12 M, pH 4.0)

17 poprotein-phospholipids was observed, with a maximum activity 5-fold higher against LDLp than against

18 In the carboxyalkyl series, maximum activity against both enzymes was observed with

19 require the presence of phosphate anions for maximum activity against GGPTase I in vitro.

20 was measured as the myocardium with <50% of maximum activity and expressed as percent total myocardi

21 a pH optimum of 9.0, requires 2 mM MgCl2 for maximum activity and retains full enzyme activity follow

22 The administered activity per body mass, the maximum activity, and the minimum activity for patients

23 ban-containing samples had nearly equivalent maximum activity ( approximately 0.75 micromol. nmol Ca-

24 Maximum activity (approximately 20-fold) is seen in NIH

25 n of pyruvate) yet still retained 30% of its maximum activity at 25 degrees C.

26 ees C in both years whereas isoenzyme A2 had maximum activity at 40 degrees C in 2008 and 30 degrees

27 und to be comparatively thermostable showing maximum activity at 60 degrees C for both ONPG and lacto

28 t of histidine kinases from mesophiles, with maximum activity at 70 degreesC.

29 ally purified preparations was found to have maximum activity at a pH range of 4.1-4.3.

30 n X-114 detergent phase partitioning and had maximum activity at alkaline pH.

31 g2+-dependent autophosphatase activity, with maximum activity at approximately 80 degreesC.

32 The mature caspase-3 demonstrates a maximum activity at pH 7.4, whereas the maximum activity

33 The enzyme has maximum activity at pH 7.5 and is active between 20 degr

34 The enzyme exhibited maximum activity at pH close to 5.0, with activity falli

35 Neither mutation affected maximum activity at saturating CNP concentrations.

36 The enzyme has maximum activity between pH 5.5 and 7.5 at 30 degrees C.

37 ormed over all animals leading to an average maximum activity cluster at +5.3, -3.5 from the Bregma.

38 The maximum activity cluster during all whisker stimulation

39 and G167A required 13.3 mol % PS to achieve maximum activity compared to 6.7 mol % for the wild-type

40 Y, tumor doses are expected to be low at the maximum activity concentration delivered in clinical stu

41 uclear accident could be correlated with the maximum activity concentrations found in air (Bq/m(3)) i

42 At 75 degrees C, maximum activity decreased to non detectable values of 7

43 oth the CYP85A1 and CYP85A2 promoters showed maximum activity during the first week following germina

44 Thus, the maximum activity for 2e occurs at pH 9, the closest yet

45 The maximum activity for the ORR occurs at a Pt:Pd ratio of

46 ~5 nm thick, while rutile films reach their maximum activity for ~2.5 nm films already.

47 Cel48A retained > 50% of its maximum activity from pH 5 to 9 and from 40 to 60 degree

48 ; however, under redox conditions supporting maximum activity, hyperbolic kinetics were found.

49 aerobic growth, followed by a rapid rise to maximum activity in stationary phase.

50 nsduce it into electrical signals to produce maximum activity in the auditory nerve.

51 Dynamic range was defined as the maximum activity in the myocardial wall with less than 1

52 At pH 7.4 the enzyme exhibited maximum activity in the narrow range of temperatures bet

53 concentration of Stu2 required to reach 50% maximum activity in yeast tubulin was nearly 2 orders of

54 ulins was significant, usually 50-70% of the maximum activity induced by EGF, and the induction occur

55 induced activity equal to 66 and 36% of the maximum activity induced by full-length suPAR (5 nM), re

56 The maximum activity is found for materials (Ir and Pt(0).(1

57 at potentials greater than -300 mV; (2) the maximum activity is observed at potentials less than -48

58 Maximum activity is observed with an assay mixture conta

59 Maximum activity is obtained when the molar ratio of the

60 at 1.25 astronomical units, spanning low and maximum activity levels.

61 pattern as the nonspecific toxicity, with a maximum activity midway through the treatment train.

62 e fractions of PC led to a decrease from the maximum activity mimicking surface dilution of substrate

63 ency (TOF) (CO insertion pathway) exhibits a maximum activity near <d(p)> = 2.5 nm.

64 The STEC urease enzyme exhibited maximum activity near neutral pH and during the stationa

65 the extracellular proton concentration with maximum activity near pH 6.5: high pH decreases channel

66 ent, exhibiting a bell-shaped curve with its maximum activity near the critical micelle concentration

67 vity in these stably transfected cells, with maximum activity observed at 24 h after UVB irradiation.

68 a synergistic effect in activating PKC, with maximum activity observed with 20 mol % C(6)-ceramide an

69 ssumed a more bimodal activity pattern, with maximum activity occurring at dawn and dusk.

70 acid decreases from 4.63 to -2.00, with the maximum activity occurring at pK(a) = 0.35, correspondin

71 en gene and found significant changes in the maximum activities of both IDH and G6PD, but not in trig

72 assumption after the Fukushima accident of a maximum activity of (90)Sr being 10% of the respective (

73 proton donor, in a saturable process with a maximum activity of 40% of wild-type HCA II.

74 lism following exposure to BoNT/B, showing a maximum activity of 6.0 MIPLD(50)/mL in surviving animal

75 the nucleosome acidic patch is necessary for maximum activity of all ISWI remodellers evaluated.

76 The maximum activity of EngF occurs at pH 5.5 and at 47 degr

77 essed during asthma and was required for the maximum activity of interleukin 25 in promoting the diff

78 The maximum activity of MJ1391 was observed at 70 degrees C

79 es a maximum activity at pH 7.4, whereas the maximum activity of procaspase-3 occurs at pH 8.3.

80 ry, the potency (EC50 value) and the reduced maximum activity of such an agonist-antagonist hybrid ar

81 s occur at equimolar concentrations; (2) the maximum activity of the A14Q and N72S mixture was 20% of

82 This E-box element is required for maximum activity of the ATPA promoter in HeLa cells.

83 he stem-loop structure was important for the maximum activity of the SL3 LTR.

84 in kinase Calpha (PKCalpha) had no effect on maximum activity or calcium sensitivity but decreased ca

85 It reached a maximum activity over 10h ( approximately 155 fold).

86 l moisture and extracted half saturation and maximum activity parameter values from model fits.

87 We found that 50% of the variation in maximum activity parameters across sites could be predic

88 To reach maximum activity, Pol III binds to the DNA sliding clamp

89 le photon emission computed tomographic, and maximum-activity-projection images were reviewed togethe

90 Maximum activity restoration was reached when 1 mol of s

91 sponses on the HAP resulted in 2 scores: the maximum activity score (MAS) and the adjusted activity s

92 d cancer, there is controversy regarding the maximum activity that can safely be administered without

93 sed the concentration of signal required for maximum activity to 1 nM.

94 The pH at which maximum activity was detected varied according to substr

95 lanine, leucine, and phenylalanine residues, maximum activity was displayed by the di(glutamic acid)

96 The average variability of the maximum activity was increased by 6.1% (from 3.3 to 3.5)

97 Maximum activity was observed at pH 6.5 and temperature

98 gh PLTP alone had lipid efflux activity, its maximum activity was observed in the presence of high de

99 Maximum activity was observed when the proximal and dist

100 rying chain lengths from 6:1 to 16:1, having maximum activity with 10:1 CoA.

101 ied acyl-CoA dehydrogenase that demonstrates maximum activity with unsaturated long-chain acyl-CoAs.

102 Among them, PI-PLDb and PI-PLDc show maximum activities within a sub-microM range (0.3 and 0.