Sentence examples for breeding transformation from inspiring English sources

However, genomic approaches are now rapidly advancing in Musa: the Global Musa Genomics Consortium was established in 2001 to assure the sustainability of banana as a staple food crop by developing an integrated genetic and genomic understanding, allowing targeted breeding, transformation and more efficient use of Musa biodiversity.

Genomic approaches are now rapidly advancing in Musa and have the prospect of helping enable banana to maintain and increase its importance as a staple food and cash crop through integration of genetical, evolutionary and structural data, allowing targeted breeding, transformation and efficient use of Musa biodiversity in the future.

By including six distinct Bt lines in the study we could rule out that the consistent differences in aphid susceptibility between the transformed and near isogenic lines resulted from accidental changes due to differences in breeding history after transformation.

Rapid advance in knowledge on genomics and proteomics will certainly be beneficial to fine-tune the molecular breeding and transformation approaches so as to achieve a significant progress in crop improvement in future.

Here, we explicitly test in marmoset monkeys a very vocal and cooperatively breeding species [6] whether the transformation of immature into mature contact calls by infants is influenced by contingent parental vocal feedback.

Other explanations, such as a difference in susceptibility that arose during breeding procedures after the transformation, cannot be ruled out [48], [49].

Breeding based on genetic transformation is more precise and can easily cross incompatibility boundaries in comparison with conventional crossing.

These genes can be useful targets in genetic transformation and breeding programs that aim at generating maritime pine that is resistant to the PWN.

Clonal propagation can be used for scaling up the number of plants obtained from selected cultivars, for controlled pollination studies for use in breeding programs, in genetic transformation experiments, and also as an important explant source for additional in vitro culture initiation.

Moreover, in a perennial species like coffee in which selection takes a very long time, the use of genetic transformation alongside conventional breeding techniques will enable the introduction of agronomically useful traits in the best cultivated varieties in only one step.

The captive panda breeding programme has undergone a remarkable transformation.