Evolving studies, derived from epidemiologic and basic research and clinical data, suggest that diet or nutrition, as well as lifestyle changes, can modify pathologies of chronic diseases, as well as diseases associated with environmental toxic insults.
As Lys and Arg are similar amino acids (i.e., both are basic, large and acyclic) these data suggest that the C-terminal enrichment for Lys is associated with the biochemical characteristics of the amino acid itself.
Data suggest that basic levels of social and health services are, in theory, available in the contexts of both study sites, so it becomes crucial to examine and understand why these services were not better utilized by the crack user populations under study [ 61, 66, 67].
Despite that, our data suggest that perturbed basic amino acid synthesis is a decisive event triggering mitochondrion-dependent cell death upon UBB+1 accumulation in yeast.
Our data suggest that several basic cellular metabolic processes are likely to be affected, including oxidative phosphorylation, protein synthesis, the glycolytic pathway, and calcium ion balance.
Anatomical and electrophysiological data suggest that the basic breathing rhythm of higher mammals is generated and regulated in brainstem respiratory neurons.
As binding of both EBER-1 and 28S rRNA SL7 require the same basic residues of L22 for binding, our data suggest that binding of RNAs matching the consensus derived by Dobbelstein and Shenk is mutually exclusive.
The data suggest that the bacteria supplied basic macro-and microelements to the model plant.
These data suggest that the clinical improvement commonly observed with basic lymphedema management has a histologic basis.
Taken together, these data suggest that both SlSR1 and SlSR3L negatively regulate basic immunity in tomato through modulating the SA -and ET-mediated signaling pathways.
