Sentence examples for more complex breeding from inspiring English sources

We suggest purchasing RIL from stock centers to reduce the time consuming crosses necessary for more complex breeding designs.

In more complex breeding designs, this may not be feasible and an empirical method to estimate the transition probabilities would be desirable.

This might become impossible if DSI is applied to more complex breeding schemes with numerous selection stages in a variety of paths with different selection intensities and generation intervals.

Also, further research is needed to determine the affects of more complex plant breeding population structures.

However, this will generally not be compatible with many existing mouse strains and also requires more complex and expensive breeding strategies.

In the case of bioenergy grasses, this is strong rationale for first identifying a causal genetic lesion in a diploid genome (e.g. sorghum) and then testing the effect of the mutation in more complex genomes through plant breeding or transgenics.

Hence, PV parent breeding value was based on a more complex and partly different DM yield trait relative to Me parent breeding value, which reflected only intrinsic yielding ability as revealed in the short term.

This gene editing could potentially confer genetic advantages that previously took large amounts of evolutionary time (and perhaps a bit of luck), taxing genetic breeding strategies, or bulkier and more complex genomic editing tools to acquire.

Application of molecular techniques in oat breeding would facilitate the development of more complex characteristics.

The root system being less accessible and more complex than other agronomical traits, achieving the ambitious goal of breeding the roots of the future requires a coordinated effort and joint resources.

Due to the complexity of breeding for multiple abiotic stresses, and to the large diversity within and among taxa and species of oilseed crops, the breeding process will have to be enabled by more complex models and genetic prediction methodologies.