Sentence examples for evolution of factors from inspiring English sources

Carcinogenesis appears to be an evolution of factors that ultimately conspire towards various acquired capabilities (i.e. those delineated within the Hallmarks of Cancer framework), but how much does the sequencing of these acquired capabilities matter and in what order are these capabilities acquired?

This chapter provides an overview of the evolution of factor analysis since the early 20th century and a review of applied research in various fields.

Several observations were realized on interdependencies and structural patterns that set constraints on the co-evolution of factors that allowed assessing coherence and plausibility of different possible pathways.

Current evaluation methods of power system evolution do not pay sufficient attention to the co-evolution of factors, particularly for technology, society, finance and policy, as well as insight from innovation studies and the sociology of technology.

We presented an alternative model to describe the development and evolution of gene transcription factors that allows for a continuous distribution of expression levels.

Retroviral infections are believed to have driven the evolution of host factors such as the restriction factors TRIM5α and TRIMCyp [1].

For the evolution analysis of factors P and G, the mean slope of annual cumulative proportions (S) is calculated by linear regressions over 3 periods: 1918 1949, 1950 1989, and 1990 2008.

This study is a new robust framework for future investigations of trait evolution and of factors influencing diversification in this group as well as angiosperms as a whole.

The relationship between these two modes of functional diversification of transcription factor paralogs has not been previously investigated, and is essential for understanding adaptive evolution of transcription factor gene families.

The list of genes involved in flowering and their functions tells us that the molecular basis of day-length measurement includes both of the evolution of unique factors and the regulatory adaptation of conserved factors in rice.

The coupling agent accelerated the evolution of both factors: reduction of Mn and the consequent increase of XC, mainly during biodegradation in soil.