Sentence examples for variations will help from inspiring English sources
Indeed a better knowledge of all the genes endowed with inherited variations will help case-control variation screening of human genetic diseases [ 1].
Future high-throughput dissections, if possible, on the phenotypic consequences of naturally occurring genetic variations will help illustrate the genetic architecture of growth traits.
This variation will help in designing better second-order susceptibility materials by manipulating of the electronic structures of these materials with different compositions to achieve more delocalized atomic bonds.
Identification of these variations will facilitate developing closer markers, and help to eventual cloning of the Li 1 gene.
Future work will determine whether variation of the diet fed to apoc2 mutant zebrafish will help maximize chylomicron or VLDL content for specific experimental goals.
A wider examination of home palliative care models and a critical appraisal of the variation in findings will help improve the evidence-base for the development, implementation and evaluation of home palliative care services in the future.
Elucidating temporal variations in fluid flow will help us to understand the generation mechanisms of long-term slow slip events (LSSEs) and eventually a part of the water budget in subduction zones (Hirschmann and Kohlstedt 2012).
The ability to resolve and correlate subtle changes in film composition to variations in device performance will help inform efforts in device design, while also serving as a diagnostic tool to better understand the mechanisms for device degradation and failure.
Variations in your voice will help the audience understand the sequence of dialogs better.
The variation of input parameters will help us address important questions about who to screen and how frequently to do so.
Linking genetic variation with phenotypic diversity will help to increase our understanding of the adaptation of yeast to industrial stressful environments and will facilitate strain improvement through breeding and genetic engineering.
