These traits result from complex developmental processes modified by genetic, physiological and environmental factors.
Cuticular hydrocarbon patterns can be modified by genotype, physiological state, and environmental context (reviewed in [ 33, 34]), including social status in honey bees [ 35].
It is unlikely that protein and lipids are the only cellular components modified by the physiological conditions created from the iron stress.
The complex developmental process modified by genetic, physiological and environmental factors that underlies berry development was first reviewed by Coombe [ 24] and was very recently updated by Carmona et al. [ 3].
A chloroplast run-on transcription system (the only one developed for stramenopiles) not only shows that chloroplast RNA abundance is regulated predominantly at the transcriptional level, but that transcriptional response is also modified by the physiological challenges imposed on the cell [ 42, 43].
Biomarkers levels, in fact, may be modified by several tumor-independent physiological or pathological states, like menstrual cycle, pregnancy, metabolism, inflammation, and liver and/or renal function [ 5].
Blood glucose levels in db/db mice following oral administration of the NPs, NPs modified by Fc, exenatide solution and physiological saline, and subcutaneous injection of exenatide solution.
Thus, it is of much importance to understand how the functions of these proteins are modified by these indels and the physiological significance of these modifications for these bacteria.
Inter- and intra-specific variations for these traits are known to exist and are shown to be under genetic and physiological controls, but modified by the plant environment interactions.
