Sentence examples for better define the complex from inspiring English sources

Recent application of large-scale, next-generation sequencing technology to gastric cancer, which remains a major source of morbidity and mortality throughout the world, has helped better define the complex genomic landscape of this cancer.

Longitudinal studies are required to better define the complex relationship between REE, falling renal function, oxidative stress and inflammation in patients with CKD.

Since studies of autopsied human tissues offer only a single snapshot in disease evolution and since there are major differences between rodent and human astrocytes, non-rodent models are needed in order to better define the complex and dynamic relationship between regulation of AQPs and astrocyte injury in CPM.

Using both parent and child perspectives in defining the latent variables increases the likelihood of measuring the intended construct, while placing these constructs within a single model helped better define the complex relationships that contribute to functional disability in children with FGIDs.

Further studies, including studies based on comparative gene profiling strategies, are required to better define the likely complex molecular machinery that links KRIT1 to FoxO1 functions.

We also used molecular typing to better define the various clonal complexes in the O157 H7 evolution model.

In this issue of Epigenetics, Couture and Skiniotis discuss the evolving understanding on the assembly and architecture of histone H3K4 methyltransferase COMPASS complexes and overview the techniques that allow researchers to better define the molecular basis of complex formation and function.

Further study is warranted to better define the biological mechanisms and complex interactions within specific groups and potential reasons for the differences we observed.

Our approach can thus be used to explore and better define the relationships between highly complex biological phenomena, in this case those that affect the health and longevity.

Formal gait analysis to better define the mechanisms of ambulation in this complex patient population would certainly improve our understanding of the biomechanics involved and likely lead to enhancements in implant design.

New insights into the complex phenomenon of breast microcalcification could better define the pathophysiology of different microcalcifications.