The genomes of all eukaryotes appear to contain a special class of loci, termed
microsatellites, which can serve, if sequenced and taken as the substrate for the polymerase …

Microsatellites form a significant proportion of the growing family of repetitive DNA
sequences, widely dispersed in the human genome. Due to their ubiquity, PCR (polymerase …

Interspersed DNA elements of the form (dC-dA) n.(dG-dT) n constitute one of the most
abundant human repetitive DNA families. We report that specific human (dC-dA) n.(dG-dT) n …

In order to assess the feasibility of using microsatellites as markers in plant genetics, a
survey of published DNA sequence data for presence, abundance and ubiquity in higher …

The objective of this work was to ascertain the presence and degree of simple sequence
repeat (SSR) DNA length polymorphism in the soybean [Glycine max (L.) Merr.]. A search of …

A set of 52 (CT) n and 23 (GT) n microsatellltes In honeybee, 24 (CT) n and 2 (GT) n
microsatellites in bumblebee (n> 6) have been isolated from partial genomlc librairies and …

In this work, we have predicted and mapped the potential Z-DNA-forming sequences in over
one million base pairs of human DNA, containing 137 complete genes. The computer …

The dinucleotide repetitive sequence,(GT) n, is highly interspersed in eukaryotic genomes
and may have functional roles in genetic recombination or the modulation of transcriptional …

A DNA segment that is highly conserved in glucokinase (hexokinase IV) and hexokinase I
cDNA was used to identify specific cDNAs in a library prepared from rat adipose tissue …

We analyze published data from 592 AC microsatellite loci from 98 species in five vertebrate
classes including fish, reptiles, amphibians, birds, and mammals. We use these data to …