Sentence examples for breeding programs could be from inspiring English sources

Hamish McCallum, a conservation biologist at Griffith University in Brisbane, Australia, and a former senior scientist at the Save the Tasmanian Devil Program, agrees that targeted captive breeding programs could be useful in saving the animals from extinction.

All breeding programs could be penalized to result in an inbreeding rate of 1%% increase per generation.

It is critical to understand that the value of a resistance gene in breeding programs could be compromised if it dramatically affects plant development and morphology.

Therefore, from the human health perspective, increasing H genotypes through breeding programs could be desirable because meat and meat-derived foods are still large contributors to saturated fatty acids intake in humans.

However, when genomic information was used, the breeding program could be optimized by selecting a high performing full-sib with lower co-ancestry with other selected individuals.

Finally, the introduction of resistance alleles from these exotic lines into an elite soybean breeding program could be facilitated by using the SNP markers associated with white mold resistance, but it would be necessary to develop a large-scale assay for rapid, reliable, and cost effective SNP genotyping.

Similarly, the knowledge generated by captive-breeding programs could be made more accessible to governmental, nongovernmental and academic researchers as well as to policy-makers.

In practical breeding programs, animals could be selected as breeding stock based on the allele in BMP preferred by the breeder based on structural requirement.

The tested strategies to use within-family genomic breeding values are simple extensions of a traditional family-based breeding program that could be implemented without re-structuring the breeding program.

The introduction of novel species and ecotypes into breeding programs could expand its uses and value.

In an applied breeding program, GS could be applied for two purposes: predicting breeding values of individuals for rapid selection cycling or predicting genotypic values of advanced lines that are in the last stages of testing.