ライフサイエンスコーパス: maximum velocity

1 ed cell signal reception, in order to obtain maximum velocity.

2 CF tones when the basilar membrane moves at maximum velocity.

3 chaelis constant = 0.71 +/- 0.06 micromol/L; maximum velocity = 128 +/- 3 fmol x h(-1) x oocyte(-1)),

4 the properties of IDH kinase, increasing the maximum velocities and decreasing the affinities for ATP

5 Maximum velocity and acceleration of some rattlesnake st

6 at significant differences exist between the maximum velocity and the average velocity at the vena co

7 The difference between the maximum velocity and the average velocity at the vena co

8 ndex, and hepatocellular function (i.e., the maximum velocity and the overall efficiency of indocyani

9 output, and hepatocellular function (ie, the maximum velocity and the overall efficiency of indocyani

10 Time after maximum velocity and time after maximum grip aperture we

11 ctories had longer movement durations, lower maximum velocities, and longer visual reaction times tha

12 ed the overall movement duration, time after maximum velocity, and maximum grip aperture.

13 For most of these substrates, maximum velocities are 5-100 times lower than those for

14 Third, increased loads reduce the maximum velocity as expected, but also raise the apparen

15 ABSTRACT: The maximum velocity at which a skeletal muscle can shorten

16 The maximum velocity at which a skeletal muscle can shorten

17 consequence, C(4) Rubisco exhibits a higher maximum velocity but lower substrate specificity compare

18 This phosphorylation increased the maximum velocity, but not the Michaelis constant, of the

19 emission continue to brighten, whereas their maximum velocities continue to decrease.

20 We show maximum velocity declines with age, correlates well with

21 isingly, both insulin and fasting double the maximum velocity for dipeptide uptake (via PepT1), but t

22 The pH dependencies of the maximum velocities in the L,L --> D,L and D,L --> L,L di

23 The maximum velocity increases with decreasing particle size

24 " "time after maximum grip," and "time after maximum velocity," indicating that the dual task affects

25 Both myosins are active motors with maximum velocities of 4.5 microm/s for Myo2p and 1.1 mic

26 of 200 and 108 micro g/mL, respectively, at maximum velocities of 4.62 and 14.2 ng/min/ micro g cell

27 of 351 and 133 microg/ml, respectively, and maximum velocities of 5.11 and 13.4 ng/min/microg cell p

28 In contrast, while the maximum velocities of IDH kinase and IDH phosphatase wer

29 ed wild-type mevalonate kinase (MKase) had a maximum velocity of 13.6 +/- 1.4 units/mg of protein (n

30 aelis constant of 45.5 +/- 6.5 mumol/L and a maximum velocity of 83.5 +/- 5.6 nmol.mg protein-1.5 min

31 rip and net locomotion of the bio-bot with a maximum velocity of approximately 156 mum s(-1), which i

32 The maximum velocity of Ca2+ uptake (Vmax) was increased by

33 affinity of the SERCA pump for Ca2+ and the maximum velocity of Ca2+ uptake rates.

34 alterations in basal contractile parameters (maximum velocity of contraction and relaxation and maxim

35 The maximum velocity of copper uptake by copper-deficient ce

36 ocity of 0.17 microm min(-1), and reaching a maximum velocity of greater than 0.27 microm min(-1).

37 s for 120 min on a bicycle ergometer at 50 % maximum velocity of O2 uptake and ingested either water

38 decreased the time-variant component of the maximum velocity of phenytoin metabolism (Vmax) 4.6-fold

39 Maize had a higher maximum velocity of phosphoenolpyruvate carboxylation, v

40 mmunohistochemical staining characteristics, maximum velocity of shortening (V(zero)) and MHC isoform

41 (ttp), time for half-relaxation (t0.5), the maximum velocity of shortening (Vmax) at 1 Hz stimulatio

42 We observed an increase in the maximum velocity of the actomyosin ATPase cycle, and our

43 early equal, they were 10-fold less than the maximum velocity of the ATPase.

44 he ATPase for Ca2+, but had no effect on the maximum velocity of the enzyme, similar to phospholamban

45 The maximum velocity of the mutants decreases with increasin

46 onessential and only involves changes in the maximum velocity of the pump.

47 The maximum velocity of the reaction increased from 0.0018 t

48 ic studies indicated that MDM2 increased the maximum velocity of the reaction, but did not change sub

49 cle and is associated with a decrease in the maximum velocity of unloaded shortening (V(max)) and bot

50 er of active cross bridges, a slowing of the maximum velocity of unloaded shortening and an increased

51 Contrary to recent findings, we observe that maximum velocity of worm with mutations in daf-2(e1370)

52 esulted from three factors: decreases in the maximum velocities, reduced affinities for phospho-IDH,

53 e plots and substrate concentrations at half-maximum velocity ([S]0.5) that varied from 5 to more tha

54 f the external environment and find that the maximum velocity scales inversely with the square root o

55 ene products permit the cell cycle to run at maximum velocity, subdividing the fertilized egg into sm

56 e frequency of spindle movement, but not its maximum velocity, suggesting that one or few microtubule

57 DA transport by hSERT has a higher maximum velocity than 5-HT transport, requires significa

58 talytic rate of these convertases approaches maximum velocity, thereby switching the enzyme from clea

59 ed concentrations of NAD(+) and decrease the maximum velocity to 25% of the value that is observed at

60 t suggested an approximately 70-fold reduced maximum velocity (V(max)) for factor VIII R372H.

61 sensitization is primarily a decrease in the maximum velocity (V(max)) for the catalysis of guanine n

62 aproxen with a Michaelis constant (K(m)) and maximum velocity (V(max)) of 164 microg/mL and 0.94 ng/m

63 Similarly, a 27% reduction in maximum velocity (V(max)) was measured at disease onset,

64 nt impacts on the Michaelis constant (K(m)), maximum velocity (V(max)), catalytic constant (k(cat)),

65 The pH dependence for both the maximum velocity (V) and the (V/K)biocytin parameters de

66 The maximum velocity, V'(max), is linearly proportional to i

67 brane Cl- transport characterized by a large maximum velocity (vmax) and high affinity (Km), so that

68 e Michaelis constant (Km) of 0.34 mmol/L and maximum velocity (Vmax) of 0.45 nmol/mg protein/15 s.

69 GKAs) that increase the glucose affinity and maximum velocity (Vmax) of GK.

70 for volume of the central compartment (Vc), maximum velocity (Vmax), and Michaels-Menten constant (K

71 nd 30 degrees C, and CYP2E1 enzyme capacity (maximum velocity) was not altered at these different inc

72 ), BMI (BMIV(max)), and velocity (V(max)) at maximum velocity were derived; multivariable regression

73 wild-type tetramer can independently achieve maximum velocity when activated by Mg(2+).