… of disease resistance genes with molecular markers involves … of classical phenotype for
resistance and molecular marker … the markers co segregates with the target phenotype (resistant …

… of marker-assisted backcrossing of major disease resistance genes is the widespread
deployment of a few resistance … For example, the bacterial blight resistance gene, Xa21, has been …

… markers across the Lupin genome, which once filtered, led to the discovery of 38 molecular
markers linked to the Lanr1 disease resistance … a disease resistant and a disease susceptible …

… Another common use of molecular markers in population studies of plant pathogens, including
several of those covered in this review, is to identify clones in a partially sexual population…

… alleles of disease resistance genes as well as alleles of disease resistance genes and …
and its relatives proved to be closely linked to disease resistance genes, in particular, this is the …

… Molecular marker technology offers such a possibility by adopting a wide range of novel …
Molecular markers closely linked to the major QTL involved in FHB resistance have, however, …

… Drought resistance is the most complicated trait required for … , molecular marker technology
will enable the identification of specific genes conferring increased yield as well as resistance …

… screening for disease resistance, to characterize resistance genes, and to select and
combine resistance genes for rice improvement. We have used a variety of molecular markers to …

… faces molecular geneticists is to identify markers for … molecular markers and the role played
by them in: the selection of traits as well as animals for better productivity; disease resistant …

… Many potential molecular markers are abundant in the apple transcripts. Molecular markers
provide good potential for plant breeders. Several sources of apple scab resistance have …