The proposed approach takes its governing traits from local incremental algorithm (LIA) which was initially exploited to maximize the design parameter (yield) in the percolation model.
Consequently, hitherto very limited number of markers tightly linked to genes/QTLs governing traits of agronomic importance has been identified to be exploited for marker-assisted genetic improvement of chickpea.
These findings suggest that the R block of A2, E block of A7, and J block of A3 contain more active genes that govern leaf traits, plant morphology, and seed traits.
Thus, prions broadly govern heritable traits in nature, in a manner that could profoundly expand adaptive opportunities.
This can inform about potential rate-limiting processes that govern complex traits such as water or nutrient acquisition and guide the subsequent identification of associated QTLs.
Comparative genomic experiments are defining the fundamental rules that govern complex traits in natural populations from yeast to humans.
These regions are likely to govern phenotypic traits of interest and may be linked to overrepresentation of certain genetic disorders in this breed.
This would allow identification of mutations in single genes or, alternatively, a deleted group of genes that might collectively govern a trait (e.g., quantitative trait loci, QTL).
The variety of mutagens was selected to ensure a collection with a range of deletion sizes, providing the opportunity to identify a mutation in a single gene or a deleted group of genes that might collectively govern a trait (e.g., quantitative trait loci, QTL).
Many reports on high-density linkage maps and quantitative trait loci (QTL) that govern this trait are available in the literature, e.g., [ 11- 13].
