This analysis highlights characteristics of functional evolution across a wide range of superfamilies, providing insights that will be useful in predicting the function of uncharacterised sequences and the design of new synthetic enzymes.
This piece of work summarizes recent findings toward these questions, but also highlights the role of functional brain connectivity work, an emerging discipline for future research in healthy aging and the study of the underlying mechanisms across the life span.
Our study highlights the role of functional trait diversity of riparian engineer species in controlling the extent of fluvial landform construction along geomorphic gradients within riparian corridors exposed to frequent hydrogeomorphic disturbances.
The inclusion of IADL impairment highlights the relevance of functional impairment in addition to purely cognitive impairment in the prediction of AD.
Our study highlights three categories of functional annotation that appear to provide reliable enrichment in GWAS data that can be used to empirically estimate Bayes Factors for Bayesian analysis.
Our work highlights the utility of functional studies to decipher the anticancer effects of miRNAs, particularly when combined with an analysis of the involved signalling pathways.
In addition, a growing body of recent work highlights the significance of functional organization of Hox gene clusters in vertebrate evolution [ 28– 328.
Recent research highlights the importance of functional outcomes to ICU survivors [ 43, 44]; however, the type, quantity, timing and length of rehabilitation intervention needed are not yet established [ 45].
The multiple PSY genes highlight the issue of functional diversity because of the potential to acquire a novel function, subfunctionalize or even lose the original function [ 67, 68].
Many authors have highlighted the effects of functional orthodontic appliances on the stomatognathic systems [5 10].
