Here the elastic plastic deformation work was considered in order to determine a temperature-dependent master curve for fatigue behavior.
We rather determined a temperature dependent variation in tau phosphorylation in these hibernation states.
This mutation determines a temperature-related loss of function, with the T allele having an enzyme activity of approximately 35% of the values observed in individuals carrying the C allele.
In this paper, we presented an alternative method to help crystal growers determine a favorable temperature for protein crystallization screens by using knowledge of the temperature dependence of the second virial coefficient B22.
To determine a melting temperature, the ellipticity at 198 nm was monitored as the temperature was increased from 20 to 60 °C at a rate of 0.4 °C/min.
An experiment to determine a suitable temperature range for further analysis was carried out using heat blocks.
Thermally induced structural transitions in the secondary structure monitored by infrared spectroscopy have been previously described [ 39- 42] to analyze the unfolding behavior of proteins and to determine a melting temperature (TmFTIR).
Since reactor temperature is one of key factors influencing both the esterification and pervaporation process, optimization framework is formulated to determine an optimal temperature policy maximizing a desired product.
It is necessary to determine an optimum temperature to balance these factors.
The control problem is to determine an optimal temperature profile which will result in a maximum amount of product with required quality.
However, further research is needed to determine an appropriate temperature measure, consider a diverse range of morbidities, and to use consistent methodology to make different studies more comparable.
