The result of genes related to salt stress-tolerance indicated that Signaling components, Transcriptional regulators, Stress protein and Reactive oxygen scavengers contained more genes than the others, 4.1%, 1.9%, 3.3%and 0.9% respectively.
The genes related to proteinmetabolism,metabolism, stress protein, transmembrane transport and ion homeostasis andphotosynthesis were expressed more abundantly than the others genes, representing3.103%,2.758%, 2.758%, 1.724%, and 1.724%, respectively. These five processes playedimportant action in the osmosis-resistance also.
This dissertation has emphasized on the physiological and biochemical changes of the rapid induced resistance and identification of signals from Pinus massoniana, which may lay the foundation in understanding the stress reaction mechanisms and scientific basis for an effective ecological management of D.
moreover, there are much more the stress concentration and defects. The information about fractal dimension of single component material is limit very much. So fracture conditions of each fracture zones should be taken consideration when the fractal dimension is measured.
In Vitro and In Vivo Characterization of Alpha-1A Selective Agonists and Their Utility for Stress Incontience
A new way to estimate the parameters in the progressive stress accelerated life testing
In this article a deficiency in the classical approach is pointed out and a new method for the statistical analysis of life data, especially for electronic products, under progressive stress (voltage)V(t) =Kt is given.
Using the Bayesian method, for certain choices of the prior distribution, several forms of estimators of the parameters in the normal stress Weibull distribution and the inverse power law model are derived.
In particular, when the new shape parameter of the distribution under progressive stress is given (or estimated in advance), the closed forms of these estimators are relatively simple and are numerically accessible on computers.