Additional genetic gains (percentage) across 8 rotations obtained from deploying genetic material selected from GS over a baseline of deploying progeny of the selected individuals from FS (FSs) for different deployment options: Deploying progeny (seedlings) of the individuals selected from GS (GSs), deploying clones of the individuals selected from GS (GSc), deploying progeny of the individuals selected through GSTG (GSTGs) or deploying clones of the individuals selected through GSTG (GSTGc).</p
Genomic selection (GS) is a potential pathway to accelerate genetic gain for perennial ryegrass (Lol...
<p>Genotypes generated for knock-down, overexpression and rescue experiments.</p
Estimation of genomic selection accuracy was done using 100 replications. (XLSX)</p
Additional genetic gain per year from FSCA when deployed as seedlings (FSCAs), or clones (FSCAc), wh...
Genetic gain per generation obtained in the prediction population from GS with 60K SNP panel for dif...
Genetic gain per year obtained in the breeding population from genomic selection with (GSTG) or with...
This study deals with how the deployed proportion of each candidate clone can be decided at the esta...
Genomic selection is a proven technology in animal and plant breeding to accelerate genetic gain, bu...
Letters F2, A, S and BC represent the base population of allogamous, self-pollinated and backcrossin...
<p>GS breeding scheme: (a) discrete GS, which improves six breeding populations each of which is der...
Genomic selection (GS) is expected to increase the rate of genetic gain in oil palm. In a GS scheme,...
Genetic gain (in parentheses) and correlated genetic response (both in %) for selected traits with s...
Seedling selection identifies superior seedlings as candidate cultivars based on predicted genetic p...
<p>Strategies for adding genetic testing and yield of reclassification in terms of fraction of women...
France; , Individuals originating from Madagascar with an experimental rearing history of isolation;...
Genomic selection (GS) is a potential pathway to accelerate genetic gain for perennial ryegrass (Lol...
<p>Genotypes generated for knock-down, overexpression and rescue experiments.</p
Estimation of genomic selection accuracy was done using 100 replications. (XLSX)</p
Additional genetic gain per year from FSCA when deployed as seedlings (FSCAs), or clones (FSCAc), wh...
Genetic gain per generation obtained in the prediction population from GS with 60K SNP panel for dif...
Genetic gain per year obtained in the breeding population from genomic selection with (GSTG) or with...
This study deals with how the deployed proportion of each candidate clone can be decided at the esta...
Genomic selection is a proven technology in animal and plant breeding to accelerate genetic gain, bu...
Letters F2, A, S and BC represent the base population of allogamous, self-pollinated and backcrossin...
<p>GS breeding scheme: (a) discrete GS, which improves six breeding populations each of which is der...
Genomic selection (GS) is expected to increase the rate of genetic gain in oil palm. In a GS scheme,...
Genetic gain (in parentheses) and correlated genetic response (both in %) for selected traits with s...
Seedling selection identifies superior seedlings as candidate cultivars based on predicted genetic p...
<p>Strategies for adding genetic testing and yield of reclassification in terms of fraction of women...
France; , Individuals originating from Madagascar with an experimental rearing history of isolation;...
Genomic selection (GS) is a potential pathway to accelerate genetic gain for perennial ryegrass (Lol...
<p>Genotypes generated for knock-down, overexpression and rescue experiments.</p
Estimation of genomic selection accuracy was done using 100 replications. (XLSX)</p