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1 to 4.4 years of follow-up) using a declining exponential function.
2 tonically decreasing, well fit by a decaying exponential function.
3 sic but can be approximated well by a double-exponential function.
4 ess landscape between A and B is given by an exponential function.
5 ctor of 5 difference in the prefactor of the exponential function.
6 m the equilibrium constants fit best with an exponential function.
7 ATP turnover, and the kinetics fit a single exponential function.
8 sigmoid and well described by a fourth power exponential function.
9 af respiration do not follow a commonly used exponential function.
10 on alpha1H currents inactivate with a single exponential function.
11 ects, I(Ba) inactivation was fit by a single exponential function.
12 set kinetics were best described by a double-exponential function.
13 ent cation block was well fitted by a single exponential function.
14 Both processes were fitted by single exponential functions.
15 he EPSC decay was fitted with the sum of two exponential functions.
16 at open-time histograms were best fit by two exponential functions.
17 ing rate profiles were best fitted by rising exponential functions.
18 ce recovery were described as the sum of two exponential functions.
19 erimetric blindness compared with linear and exponential functions.
20 mixed with NO were accurately fit by single-exponential functions.
21 urrent relaxations could be fitted by single exponential functions.
22 s that using parameter beta of the stretched exponential function (1-exp(-(t/tau)(beta)) as an analy
23 s), A(t)/Amo was described by the saturating exponential function [1 - exp(-ktItest)], where kt is a
24 s that using parameter beta of the stretched exponential function ~(1-exp(-(t/tau)(beta)) as an analy
25 ed by fitting the swelling curves with a two-exponential function, a fast time constant associated wi
26 To overcome the difficulty of fitting double-exponential functions, a novel global analysis method is
29 caused a spacing increase, described with an exponential function (alpha=271 s-1, amplitude=1.15 nm)
30 of the time-to-frequency DFT of the complex exponential function and of the frequency-to-time invers
31 These were fit to either single- or double-exponential functions, and a multistep model, with at le
33 nsity data from risk beds were fitted for an exponential function as y=A(1-e(-)(bt)), from which the
34 flex EG-80A, adequately fits to a sum of two exponential functions as well as the Kohlrausch-Williams
35 decayed following a power law rather than an exponential function, as would have been predicted by th
36 ibes the isothermal process with a stretched-exponential function, but here over the range of times c
37 ases with time and in general obeys a double-exponential function characterized by a fast (tau(1)) an
38 nction of 0.00427 x S(1.3); 3) the following exponential function describes the average size of an in
42 uts performed in each condition using a mono-exponential function following elimination of the phase
43 inetics were well described by a simple mono-exponential function (following a short cardiodynamic ph
44 inetics were well described by a simple mono-exponential function, following a short cardiodynamic ph
45 IV dynamics by incorporating a parametric bi-exponential function for earlier stages of viral load tr
46 ng distance was fitted by single or multiple exponential functions, for the inference of recent singl
47 st RMSE in 248 (80.3%) of the locations, the exponential function in 39 (12.6%), and the linear funct
48 below, a time-generalized form of the above exponential function in which (k86Itest) is replaced by
51 gical use of a length-constant from a single exponential function is a good measure of conduction len
52 s part of the optimization of conditions, an exponential function is presented that accurately charac
54 MT elongation in solution best fit a single exponential function (k(obs) = 5.1 s(-1)), which is indi
55 g interval and fit to a previously described exponential function modeling microbubble destruction an
57 for oxidation) increases without limit as an exponential function of -alpha (E - E(0)) for reduction
58 scription profile input was modeled using an exponential function of a cubic spline and the dynamics
59 interaction between a pair of atoms uses an exponential function of distance between the atoms and t
60 tudies show that this sexual isolation is an exponential function of DNA sequence divergence between
61 hich is usually much larger than n (up to an exponential function of n), so that convergence rate is
66 istically, the velocity variations follow an exponential function of the aperture variations at a len
67 s, each of which is calculated as a decaying exponential function of the Euclidean distance between e
69 iciency of conjugal transfer decreased as an exponential function of the number of unprotected sites.
70 mbrane unbinding was found to increase as an exponential function of the pulling force, characterized
71 ees C; lipase activity decreased as a single exponential function of the radiation dose to less than
72 ormation, sexual isolation is known to be an exponential function of the sequence divergence between
74 seconds) and simple, involving only a single exponential function of time (called two-state kinetics)
75 from 118 patients, peak GH was modeled as an exponential function of time after CRT and mean radiatio
77 uld be fitted with the sum of two asymptotic exponential functions of approximately equal amplitude,
79 dependent; and 3) channel rate constants are exponential functions of enthalpy, entropy, and voltage
80 frequencies and bandwidths are approximately exponential functions of the distance from the stapes.
81 that the ages of onset of these diseases are exponential functions of the repeat lengths and that the
82 d for their expectations were almost perfect exponential functions of their size, and for a given rep
85 nertial range is described by a universal q- exponential function, P(tau) = beta(2 - q)[1 - beta(1 -
86 thickness was related to MD (dB) by a simple exponential function (R(2) = 0.48), supporting a linear
90 inetics were also well described by a double exponential function (tau(1,on) = 34 +/- 11 s and tau(2,
91 decay phase that is best fit by a sum of two exponential functions (tau(fast) and tau(slow)), and onl
93 er a patent is granted fits well to a double-exponential function that can be interpreted as the mixt
94 y retrieval was usually fitted with a single exponential function that had a median time constant of
95 pendence on neutrophil concentration with an exponential function, the exponent of which is (-kp + g)
97 one active channel were best fitted by five exponential functions; the apparent open duration histog
98 as slow, being well fitted by the sum of two exponential functions (time constants of 0.35 +/- 0.09 a
99 Each recorded response was fitted with an exponential function to calculate response amplitude, pe
100 rvals by triggered MCE and was fitted to a 1-exponential function to obtain plateau SI (A) and the ra
101 al SI-versus-time plots were fitted to a one-exponential function to obtain the rate of SI rise (b) a
102 activation rate was estimated by fitting an exponential function to the rising phase of responses to
103 tic intermediate between a hyperbolic and an exponential function was sufficient to extend applicatio
104 A model consisting of additive linear and exponential functions was hypothesized to account for th
107 DNDS-treated cells were fitted with a single exponential function, whereas the FID signals of untreat
108 channel currents could be fitted by a single exponential function with a time constant of 1.27 ms.
109 channel currents could be fitted by a single exponential function with a time constant of 1.92 ms.
110 course which was well described by a single exponential function with a time constant of approximate
111 rse of decay of DSI was well described by an exponential function with a time constant of approximate
113 loss of enzyme activity was a simple single exponential function with increasing radiation dose.
115 time histograms could he fitted to a single exponential function with time constants of 6.4 and 2.7
116 rent (EPSC), has been updated as a stretched-exponential function with voltage factors in a more quan
117 ribution of change in CPI (GCI) rank follows exponential functions with approximately the same expone
119 or a transient is described simply by single exponential functions with parameters of 195 and 147 mic
120 histogram could be fitted by the sum of two exponential functions with time constants of 1.36 ms (ta
121 histogram could be fitted by the sum of two exponential functions with time constants of 2.07 ms (ta
122 sus pulsing interval plots were fitted to an exponential function: y=A(1-e[-betat]), where A is the p
123 from each myocardial pixel were fitted to an exponential function: y=A(1-ebetat), where A reflects mi
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