Sentence examples for transformation has recently from inspiring English sources

However, highly efficient soybean, carrot and cotton plastid transformation has recently been accomplished through somatic embryogenesis using species-specific chloroplast vectors.

The involvement of malfunction within the NF-κB pathway in the development of chronic inflammation and subsequent malignant transformation has recently become a scientific certainty (Ben-Neriah and Karin, 2011; DiDonato et al., 2012).

The forward transformation has recently been explained in terms of a thermodynamic model in which the lower free energy of austenite is raised above that of normally unstable ferrite as a result of the additional stored energy associated with the dislocations introduced by straining.

Even though P. vittata transformation has recently been accomplished using spores as transformation targets [ 13], there remains interest in developing tissue culture systems in this and other fern species.

With the advance in statistical research and computational technology, the Box-Cox transformation has recently found its application in the linear mixed model settings [ 7- 9], which, as hierarchical experiment design and longitudinal studies become more desirable, is an active field of research.

Heat shock protein 90 (Hsp90) is an important target in cancer because of its role in maintaining transformation and has recently become the focus of several drug discovery and development efforts.

Now, however, the building's austere façade belies a remarkable transformation that has recently taken place.

Reverse-genetic analysis by knockout or knock-down of these genes in castor plant may provide an answer to the function(s) of the acidic lipases in developing seeds, as transformation technology has recently been extended to castor [ 16].

Although a reliable DNA transformation method has recently been developed for C. sorokiniana (Barbi T, Hiegle N, and Purton S, unpublished data), the targeted manipulation of specific genes such as TLA1 [ 34] or ARSA1 ([ 35]) that are known to be associated with antenna size, is not yet feasible for this species.

An abberant expression of the homeo box A1 (HOXA1) gene is assumed to be the mechanism by which autocrine stimulation with human growth factor may result in oncogenic transformation, and it has recently been shown that forced expression of this gene in human mammary epithelial cells is sufficient for transformation of the cells (Zhang et al, 2003).

Consistent with the notion that acetyltransferase activity might be required for E1A-mediated transformation, a model has recently been proposed, which suggests that the ability of E1A to induce S-phase depends upon its ability to specifically modulate histone methylation/acetylation status (Ghosh and Harter, 2003).