Sentence examples for further comprehension of from inspiring English sources
The exploration of subnational variation will also be illuminating for further comprehension of the articulation between the transnational, national and local level in the incorporation process of religious minorities.
As viral load relates to transmission and disease progression [36], [37], further comprehension of the mechanisms by which some infected individuals spontaneously control HIV-1 replication could assist in the development of vaccines that augment control of infection, reduce risk of transmission, and ameliorate disease progression [35], [38].
Further comprehension of the dynamic circuits within innate leukocytes is clearly warranted.
The development of new phylogenetic markers is thus necessary for the further comprehension of tunicate evolutionary history.
Inference of gene regulatory networks or maps for those intercellular processes plays significant roles in the further comprehension of underlying regulatory mechanisms.
For further comprehension of the role played by XME genes polymorphisms in breast carcinoma prognosis and survival, we examined whether the five gene polymorphisms were associated with clinical pathological parameters, Overall survival (OVS) and Disease free Survival (DFS) after treatment.
Finally, combining ecological insights with state-of-the-art computation and molecular methodologies will allow for further comprehension and exploitation of microbial specialized metabolites.
However, upon further comprehension, it's not so out-of-the-question.
Parameters associated with the different algorithms may also be changed to observe their effects which will further enable comprehension of characteristics of different path planning algorithms.
Features of homologous relationship of proteins can provide us a general picture of protein universe, assist protein design and analysis, and further our comprehension of the evolution of organisms.
Advances in characterization techniques are always pushing further the comprehension of the materials' chemical formation/transformation and physical properties.
