From high-density mitotic growth curves, the fitness components lag of proliferation, rate of proliferation (population doubling time), and efficiency of proliferation (population density change) were extracted, providing >120 distinct measures of organism-environment interactions.
The fitness components lag, rate (population doubling time) and efficiency of reproduction (population density change) were extracted from high density growth curves and normalized to those of the S. cerevisiae reference strain, providing >360 precise measures of organism-environment interactions.
The second, or power, component of the current is in phase with the voltage applied to the stator, while the first, or magnetizing, component lags the applied voltage by a quarter cycle, or 90°.
Our analysis of New York City data indicates that there is a linear component (same-day) and a nonlinear component (lagged) in the temperature mortality relationship supporting issuing heat alerts when the heat index is forecast to exceed approximately 95° 100°F.
While dissecting the humoral immune responses to the dominant components of LAg by Western blot analysis, we found that polypeptides with molecular masses of 31, 34, 51, 63, 72 and 91-kDa were reactive with all the kala-azar patients' sera prior to treatment.
We found statistically significant heterogeneity in the toxicity of the components at lag 0 concentration for both the CVD and respiratory outcomes, indicating different degrees of toxicity.
Yet, the throughput of omics technologies used to characterize cell components has lagged far behind our ability to engineer novel strains.
This ideal assumption is of course only true for white noise and for real environmental noises; components in lags other than zero are also available.
Even as the processing power and download speeds of mobile devices surge, one component still lags behind: the screen.
But a major component is lagging: virtually none of the soldiers have put down their weapons and fully rejoined civilian life.
A standard non-seasonal ARIMA (p,d,q) model is defined by three ordered parameters: an autoregressive component (p), which specifies the number of lags, an integrated component (d), which specifies the degree of differencing, and a moving average component (q) that represents the error and its possible lag components.
