Sentence examples for molecular variation has from inspiring English sources

This underlying molecular variation has the potential to illuminate the action of selection and drift on phenotypic plasticity (Hodgins-Davis and Townsend 2009).

While research on the impact of global climate change (GCC) on ecosystems and species is flourishing, a fundamental component of biodiversity – molecular variation – has not yet received its due attention in such studies.

However this could be due to the selection of the transferrin gene region which was sequenced in this study as considerable molecular variation has been reported in the transferrin gene within European S. trutta populations based on electrophoretic screening [ 56].

At the cellular level, simulations of molecular variation have been used to recapitulate phenotypic heterogeneity in cell populations.

Plastid DNA restriction site studies have been performed on these species, and the patterns of molecular variation have been analysed to understand relationships as well as to infer possible hybridization events.

Investigations of genetic diversity of Nordic F. pratensis cultivars and natural populations have shown that although the molecular genetic variation has not been reduced by breeding [ 13], the phenotypic variation in important agronomic traits is lower in cultivars when compared to natural populations [ 14].

Neutral molecular genetic variation has been studied extensively, but it is often not or only weakly correlated with adaptive variation and does not inform about the evolutionary potential of populations (Reed and Frankham, 2001; Vitt and Havens, 2004; Volis et al., 2005; Leinonen et al., 2008).

Study of the adaptive maintenance of molecular variation historically has followed one of two approaches, elucidation of the functional components of molecular adaptations at the biochemical level, or description of the historical footprints of selection acting on sequence variants [3].

The molecular mechanisms for somatic RNAi variation have not been studied, although somatic RNAi variation has been linked to variation in viral replication during infection (Felix et al. 2011).

However, the exact molecular mechanisms underlying microsatellite variation have not been fully elucidated.

Although most molecular ecology studies examining genetic variation have focused on natural forests, for some major tree species, natural forests are nearly extinct, and the remaining genetic resources are mainly planted forests.