Marker trait association
Gain insights into genetic traits of organisms to help optimise crop and animal breeding activities.
Marker trait analyses for plant and crop genomics
Using statistical machine learning techniques, along with more traditional statistical methods, we have identified ways to link phenotypes or traits to genetic marker profiles. This includes understanding how DNA affects phenotypes and taking advantage of these relationships.
Marker trait analyses for plant genomes helps identify the link between phenotypes, traits and genetic marker profiles.1 of 1
Genome Wide Association Studies (GWAS) are now the dominant approach to identifying genes and genetic networks that underlie phenotypes. GWAS are often performed in preparation for genomic selection – where we take advantage of the relationship between DNA profiles and phenotypes to more accurately and reliably select individuals for breeding. It is an analytical process, helping researchers and breeders to understand the genetic complexity of the traits, and to design an optimal breeding strategy based on its findings.
Quantitative Trait Locus (QTL) analyses DNA markers to track actual genes responsible for a particular phenotype in genetic crosses. It is similar to GWAS, but usually performed on materials with much higher genetic relatedness (family structure). QTL analysis leads to a much greater understanding of how DNA affects phenotypes as well as the genetic architecture of different traits. This ability to model phenotypes is of great benefit in pre-breeding and in planning for desired breeding outcomes