The understanding of liana stem structure comes primarily from interspecific comparisons, but also from studying ontogenetic and plastic modifications within lianas themselves.
These conflicting observations about EZH2 suggest a context-specific regulatory mechanism, which may be explained by plastic epigenetic modification [ 12].
On the other hand, HVM-type genes are regulated by "plastic" DNA modifications to flexibly rewrite the epigenome for adjustment to new environments.
Thus, in addition to being dependent upon both plastic, anatomical modifications and tropic growth responses to deal, in the short-term, with subtle variations in their environment, it may be asked whether there are long-term behaviors and strategies employing putative cognitive faculties by which individual roots and root systems cope with these variations.
Differences in morphology and life-history could be entirely due to phenotypic plasticity or a combination of plastic and genetic modification.
Looking at these photographs, it's clear that Lee's work is responding to the growing prevalence of society's favorite form of body modification: plastic surgery.
My results suggest that, although components of body shape are plastic, anthropogenic habitat modification may drive trait divergence in native fish populations in reservoir-altered habitats.
These profiles may be considered as evidence that large structural and morphological modifications (plastic deformation, fragmentation, implantation) were not produced neither when the particles were filtered by size with mass spectroscopy, nor at the landing of the particles on the substrate.
Body modification through plastic surgery is only one aspect of a more general vogue for transforming and manipulating everything we can call our own.
A magnetic field seems to be capable of altering the plastic shear, resulting in modification of the chip formation mechanisms.
