Sentence examples for molecular and classical from inspiring English sources

While relations between molecular and classical genetics have proven to be non-deductive, they exist and connect the two fields in epistemically productive ways on a case-by-case basis (Kitcher 1984; Schaffner 1993; Darden 2005; Weber 2007).

In WP 1 we aim to close the biodiversity gap for European BSCs investigating non-photosynthetic bacteria with molecular techniques, cyanobacteria, lichens and fungi in a polyphasic approach (molecular and classical), and bryophytes by classical morphology based techniques.

The alfalfa relative, Medicago truncatula, was originally proposed as a model plant for legume biology because it possesses a number of interesting characteristics for both molecular and classical genetics [ 4- 6].

Using a combination of molecular and classical histological techniques, we revealed that thalamocortical excitation led to a highly ordered activation of excitatory and inhibitory neuronal populations in the barrel-related column.

Because of its economic importance as a major plant pathogen of essential food staples such as rice and wheat and its molecular and classical genetic tractability, M. oryzae has emerged as seminal model for studying pathogen-host interactions [ 20, 21, 23, 25, 37].

Together with recent molecular and classical histological data on germ cell specification in other insects, our results are consistent with the hypothesis that germ plasm is a derived mode of germ cell specification that arose in the ancestor to holometabolous insects (Fig. 7) (Lynch et al., 2011; Ewen-Campen et al., 2012).

Recent studies have shown the capabilities of molecular dynamics and classical force fields in describing spontaneous binding events and nonbiased ligand migration pathways.

Using molecular dynamics and classical continuum concepts, we investigated the effects of hydrogen functionalization on the fracture strength of graphene and also on the interfacial properties of graphene polymer nanocomposite.

Correlations between lipid molecular species and classical serum lipids were analyzed in individual twins.

The availability of complete genome sequences of a wide variety of bacteria has been instrumental in the development of functional genomics technologies that integrate molecular biology and classical physiology to further understand bacterial stress adaptation mechanisms [27].

Also evidence of incongruence between molecular data and classical data were reported in O. quercus, as MAT1-2-1 genes appeared to be present in both mating partners that are able to cross (Wilken et al. 2012).