Doubling haploids from the F1 of a cross between two homozygous lines and selection between the produced homozygous lines is a breeding strategy aimed at producing a population of pure lines quickly and thereby facilitating selection. Different selection goals are discussed. The problem of how to retain all desired genotypes by one or more plants in the population of doubled haploids is considered. For (combinations of) characters which are determined by a small number of unlinked (major) genes, minimum numbers of doubled haploid lines are tabulated that guarantee the breeder retaining the desired genotypes with a given probability. A general expression for this probability is given, which may be used for the case of linked genes
Emerging threats of climate change require the rapid development of improved varieties with a higher...
We studied different genetic models and evaluation systems to select against a genetic disease with ...
The ability to produce doubled haploid plants has found broad application in fundamental and applied...
Doubling haploids from the F1 of a cross between two homozygous lines and selection between the prod...
Doubled haploids are routinely created and phenotypically selected in plant breeding programs to acc...
Doubled haploids (DHs) are powerful tools to reduce the time and costs needed to produce pure lines ...
Single seed descent is an easy inbreeding strategy aimed at deferring selection in successive genera...
Single seed descent is an easy inbreeding strategy aimed at deferring selection in successive genera...
Maize is a staple food, fuel, and feed crop grown around the world. Doubled haploid technology allow...
Theoretically, in a recurrent selection program, the use of doubled haploids (DH) can increase genet...
Haploidy/doubled haploidy methodology is commonly used in many agronomically important crops to spee...
Optimum allocation of test resources is of fundamental importance for the efficiency of breeding sch...
Progress made around the in situ gynogenesis technique allows production in a great number of maize ...
Abstract Selection and mating methods for controlling inbreeding in selection programmes are based o...
Genomic selection is a form of marker-assisted selection in which genetic markers covering the whole...
Emerging threats of climate change require the rapid development of improved varieties with a higher...
We studied different genetic models and evaluation systems to select against a genetic disease with ...
The ability to produce doubled haploid plants has found broad application in fundamental and applied...
Doubling haploids from the F1 of a cross between two homozygous lines and selection between the prod...
Doubled haploids are routinely created and phenotypically selected in plant breeding programs to acc...
Doubled haploids (DHs) are powerful tools to reduce the time and costs needed to produce pure lines ...
Single seed descent is an easy inbreeding strategy aimed at deferring selection in successive genera...
Single seed descent is an easy inbreeding strategy aimed at deferring selection in successive genera...
Maize is a staple food, fuel, and feed crop grown around the world. Doubled haploid technology allow...
Theoretically, in a recurrent selection program, the use of doubled haploids (DH) can increase genet...
Haploidy/doubled haploidy methodology is commonly used in many agronomically important crops to spee...
Optimum allocation of test resources is of fundamental importance for the efficiency of breeding sch...
Progress made around the in situ gynogenesis technique allows production in a great number of maize ...
Abstract Selection and mating methods for controlling inbreeding in selection programmes are based o...
Genomic selection is a form of marker-assisted selection in which genetic markers covering the whole...
Emerging threats of climate change require the rapid development of improved varieties with a higher...
We studied different genetic models and evaluation systems to select against a genetic disease with ...
The ability to produce doubled haploid plants has found broad application in fundamental and applied...