Results from our adaptation of the these techniques show that one can take an unknown query signature and through pattern matching software scan a reference database to classify both singular and multiple plant stress phenotype(s).
In this manuscript we explore the interrelation of different stress phenotypes in multiple cancer types and ask if these phenotypes could be used to explain prognostic differences among tumor samples.
Moreover, in multiple tumor types, these tumors upregulate a senescence-bypass transcriptional program and exhibit similar stress phenotypes.
Chilling treatment resulted in stress phenotypes of rolling leaves, increased relative electrolyte leakage, and decreased net photosynthetic rate.
Overall, the biological processes mentioned above seem to fit the hallmark of several of the stress phenotypes of cancer [33].
Multiple stress systems regulate action selection.
Human Lon is upregulated under oxidative and hypoxic stresses that represent the stress phenotypes of cancer.
In synthesis, autophagy is connected to multiple stress pathways.
The blocking signal network we propose makes the effects of multiple stresses most predictable in the specific multiple stress environment.
Under multiple stress condition, plants suffer more severe injury than that of a single stress.
