Sentence examples for breeding programmes to use from inspiring English sources

26 28 Thus there is increasing pressure to develop new and novel germplasm with enhanced nutritional quality and to enable breeding programmes to use molecular markers effectively, with a clear understanding of the chemistry underlying nutritional traits.

Genetic variability in these genes could also be studied to determine whether allelic variations can be used in breeding programmes to select Hevea clones not only for agronomic traits but also for their responsiveness to somatic embryogenesis.

Finally, plant immune responses to pests and pathogens is an important field, from which insights often can be directly used in breeding programmes to improve plant protection in crops.

The database aims to serve as a tool for systematic development of markers for potential use in marker-assisted selection (MAS), which could be used in cattle breeding programmes to address the most relevant physiological pathways in the mammary gland.

The heritability of onset of luteal activity (OLA) is relatively high when compared with the heritability of traditional measures of fertility [ 14] and, to an increasing extent, its use in breeding programmes to improve fertility has been advocated [ 15- 17].

The identification of wheat material with resistance to take-all provides key resources that can now be used for genetic and mechanistic analysis of the wheat – Ggt interaction and for use in wheat breeding programmes to improve the performance of modern commercial wheat cultivars against this important root disease.

Nonetheless, our observations strongly suggest that stomatal traits can be used effectively in mulberry breeding programmes to predict powdery mildew resistance.

This case study demonstrates the feasibility of using microCT scans as a partially non-destructive method in Pinus tree breeding programmes to confirm fertilisation and determine seed viability.

"This will allow breeding programmes to be better managed".

Both are more recent domesticates than the other major grass crops and despite ongoing breeding programmes using diverse germplasm, comparatively little of the genetic potential of these taxa and their wild crop relatives has been captured by breeding programmes to date.

The results can be used in breeding programme to find suitable combinations of traits to be selected in a balanced breeding goal, that is, production and survival traits and underlying health traits causing variation in the genetic correlation between these two.