Fine mapping and positional cloning will eventually improve with the anchoring of additional
markers derived from genomic clones such as BACs. From 2,603 new BAC-end genomic …

Fluorescence in situ hybridization (FISH), using bacterial artificial chromosome (BAC) clone
as probe, is a reliable cytological technique for chromosome identification. It has been used …

The use of microsatellite markers has greatly accelerated the mapping of important traits and
the characterization of genome structure in several plant and animal species. Microsatellites …

There is an immediate need for a high-density genetic map of cotton anchored with fiber
genes to facilitate marker-assisted selection (MAS) for improved fiber traits. With this goal in …

In the past decade, several molecular maps of cotton have been constructed using diverse
DNA molecular markers and mapping populations. In this study, an interspecific linkage map …

Microsatellite [simple-sequence repeat (SSR)] markers were developed and positioned on
the genetic map of tetraploid cotton. Three hundred and ninety-two unique microsatellite …

Microsatellite markers or simple sequence repeats (SSRs) represent a new class of genetic
markers for cotton (Gossypium sp.). Sixty-five SSR primer pairs were used to amplify 71 …

To increase the numbers of microsatellites available for use in constructing a genetic map,
and facilitate the use of functional genomics to elucidate fiber development and breeding in …

We constructed a very-high-density, whole-genome marker map (WGMM) for cotton by using
18,597 DNA markers corresponding to 48,958 loci that were aligned to both a consensus …

RAD sequencing was performed using DH962 and Jimian5 as upland cotton mapping
parents. Sequencing data for DH962 and Jimian5 were assembled into the genome …