The markers with high co-segregation were identified and recommended for marker assisted introgression.
The 28 newly developed polymorphic microsatellite markers with high polymorphism information content values.
Hence, SSR markers with high motif length provided possibilities for greater utilization towards individual identification (Faria et al. [2011]).
Extensive efforts have been devoted to developing some ultrasensitive electrochemical biosensors for detection of cancer markers with high selectivity.
The primer set of these 13 microsatellite markers with high transferability represents a useful tool of genetic markers for interspecific researches.
However, due to the low quantity of parasites present in biological samples, DNA markers with high copy number like kinetoplast minicircles are needed.
At the same time, population-genetic studies have suggested that genetically diverse markers with high individual identifiability also confer information about genetic ancestry [3 6].
SSR markers with high cross-species transferability and high genetic diversity were selected for phylogeny analysis, where the results showed a complex genetic architecture among different sections as well as wide genetic differentiation within section Dendrobium.
The suppressed recombination helped us to identify the origin of a block between two markers with high confidence.
This confirmed that re-sequencing a small panel of genetically diverse individuals for SNP identification resulted in a set of polymorphic markers with high utility when tested across a range of populations.
Skeletal markers are framework markers with high confidence.
