Sentence examples for help breeding from inspiring English sources

This knowledge will help breeding programs to develop new soybean varieties with high α-tocopherol content.

Major traits of agricultural importance including yield and stress tolerance are polygenic and the presence of these favourable alleles in G. soja will help breeding program to introduce beneficial traits into soybean [ 7, 8].

The paper shows that circulating tumor cells can return to the primary tumor, a process termed tumor self-seeding or cross-seeding, and that this helps breeding tumor cells that give rise to aggressive metastatic variants.

We thank Alf Blomqvist for help with breeding and care of the birds; Anna Westring, Lina Strömstedt, Carolyn Fitzimmons, Sojeong Ka and Åsa Schippert for laboratory help with the RNA isolation, microarray hybridization and analysis and real time RT-PCR analysis; Leif Andersson and Richard Kirkden for comments on the paper.

The data will be shared with zoos worldwide to help with breeding programmes.

The agency hopes that passive acoustics can help identify breeding grounds in need of protection and can be used as a tool to assess population numbers accurately.

Having the DNA information, he said, could help in breeding trees that have higher yields and are more resistant to diseases.

She says that she is more comfortable asking her friend for help in breeding mice or labeling tubes than she might ordinarily feel asking a co-worker with whom she doesn't have a close relationship.

This research platform will help increase breeding efficiency by providing a database of diversity information that will enable researchers to readily identify useful DNA polymorphisms in genes or germplasm samples of interest and convert that information into cost-effective tools for basic biological inquiry and applied plant improvement.

This research platform will also help increase breeding efficiency by providing a database of diversity information that will enable researchers to identify useful DNA polymorphisms in genes and germplasm of interest and convert that information into cost-effective tools for applied plant improvement.

The work described in this paper showed that such optimization approaches relying on plant growth models may help improve breeding strategies and design ideotypes of high-yield maize, especially in the current agricultural context with the increasing importance of co-products when designing cultivation practices.