The results of this study indicated that 83 % of the genotypes showed at least one marker allele for the CMD2 gene. The CMD markers identified were around 2–8 cM away from the CMD2 locus, so the markers are not on the gene, which means that
recombination could occur, causing a deviation from a 100 % marker-trait association Therefore selection is more likely to be accurate if there are multiple markers. One allele linked to the gene is suggestive that the gene is present,but not always. If CMD2 was responsible for all the resistance observed in the F1 families, it would imply
that the markers associated with the gene was 83 % successful in identifying resistant lines in the phenotypically selected resistant individuals analysed with
molecular markers. Generally, CMD2 markers have been found to be 68 % effective in MAS, but this is in populations that were not pre-selected phenotypically. So even though CMD2 is a dominant gene, false positives can occur. The gene will confer resistance
when expressed either in the homozygous or heterozygous state, although the resistance is better in the
The results of this study indicated that 83 % of the genotypes showed at least one marker allele for the CMD2 gene. The CMD markers identified were around 2–8 cM away from the CMD2 locus, so the markers are not on the gene, which means that
recombination could occur, causing a deviation from a 100 % marker-trait association Therefore selection is more likely to be accurate if there are multiple markers. One allele linked to the gene is suggestive that the gene is present,but not always. If CMD2 was responsible for all the resistance observed in the F1 families, it would imply
that the markers associated with the gene was 83 % successful in identifying resistant lines in the phenotypically selected resistant individuals analysed with
molecular markers. Generally, CMD2 markers have been found to be 68 % effective in MAS, but this is in populations that were not pre-selected phenotypically. So even though CMD2 is a dominant gene, false positives can occur. The gene will confer resistance
when expressed either in the homozygous or heterozygous state, although the resistance is better in the
การแปล กรุณารอสักครู่..

The results of this study indicated that 83 % of the genotypes showed at least one marker allele for the CMD2 gene. The CMD markers identified were around 2–8 cM away from the CMD2 locus, so the markers are not on the gene, which means that
recombination could occur, causing a deviation from a 100 % marker-trait association Therefore selection is more likely to be accurate if there are multiple markers. One allele linked to the gene is suggestive that the gene is present,but not always. If CMD2 was responsible for all the resistance observed in the F1 families, it would imply
that the markers associated with the gene was 83 % successful in identifying resistant lines in the phenotypically selected resistant individuals analysed with
molecular markers. Generally, CMD2 markers have been found to be 68 % effective in MAS, but this is in populations that were not pre-selected phenotypically. So even though CMD2 is a dominant gene, false positives can occur. The gene will confer resistance
when expressed either in the homozygous or heterozygous state, although the resistance is better in the
การแปล กรุณารอสักครู่..
