The purpose of functional therapy is to change the functional environment of the dentition to promote normal function [1].
The high sequence similarities between different clades provide a model system to map sequence variation to functional changes, to better understand and engineer GFP.
Epigenetic mechanisms refer to functional changes to the genome that do not involve any alteration in nucleotide sequence.
This test has been found to be reliable and sensitive to functional change in the older adult population with hip dysfunction ICC = 0.75 – 0.99 [ 10, 13, 17]).
Furthermore, systemic inflammation can induce natriuresis and diuresis changes due to functional changes unrelated to hypoperfusion, histological, or tubular damage.
However, the percentage of sites in the GPR50 group (~28%) that on average, evolve under neutrality allows us to hypothesize that relaxed selection is linked to functional change.
We report longitudinal diffusion-weighted magnetic resonance imaging (DW-MRI) and dynamic contrast enhanced (DCE -MRI (7 T) stuDCE -MRIigned to identify functional changes, prior to volume changes, in trastuzumab-sensitive and resistant HER2 + breast cancer xenografts.
Sensitivity to functional change was addressed by comparing patients' stages at discharge to their stages at admission.
This evidence promotes the use of WM and executive function assessments to track behavioral and functional changes to distinguish between normal aging, MCI, and AD.
Such modifications are believed to impart significant functional changes to the miRNA.
