We developed 13 microsatellite loci for the olive sea snake, Aipysurus laevis, using both enriched and unenriched genomic DNA libraries. Eleven codominant loci, that reliably amplified, were used to screen 32 individuals across the geographic range of A. laevis. Four loci had four or more alleles (maximum 12), whereas the other seven had either two or three. All but one locus was in Hardy–Weinberg equilibrium. These loci will provide useful markers to investigate population genetic structure for the olive sea snake
To determine the pattern of spatial genetic structure in the endemic Southern Ocean octopus Adeliele...
The definitive version is available at www.blackwell-synergy.comThe smooth snake, Coronella austriac...
Population bottlenecks can result in loss of genetic variation, increased extinction risk, and hybri...
We developed 13 microsatellite loci for the olive sea snake, Aipysurus laevis, using both enriched a...
We developed eleven microsatellite loci for the turtleheaded sea snake, Emydocephalus annulatus, fro...
Polymorphic microsatellites are widely considered more powerful for resolving population structure t...
Polymorphic microsatellites are widely considered more powerful for resolving population structure t...
We developed ten microsatellite loci for the elegant sea snake, Hydrophis elegans, from partial geno...
Pleistocene sea-level fluctuations profoundly changed landmass configurations around northern Austra...
A total of 15 microsatellite primers pairs were developed for the Australian small-eyed snake Rhinop...
Olive ridley turtles, although widely distributed globally and in Indian coastal waters, have underg...
International audienceNineteen polymorphic microsatellite loci were identified and developed for Nat...
We characterized nine polymorphic microsatellite (six trinucleotides and three tetranucleotides)loci...
Previous studies of polyandry and population genetics in garter snakes have been hampered by the lim...
The viviparous sea snakes include 62 ecologically diverse species, many of which are of very recent ...
To determine the pattern of spatial genetic structure in the endemic Southern Ocean octopus Adeliele...
The definitive version is available at www.blackwell-synergy.comThe smooth snake, Coronella austriac...
Population bottlenecks can result in loss of genetic variation, increased extinction risk, and hybri...
We developed 13 microsatellite loci for the olive sea snake, Aipysurus laevis, using both enriched a...
We developed eleven microsatellite loci for the turtleheaded sea snake, Emydocephalus annulatus, fro...
Polymorphic microsatellites are widely considered more powerful for resolving population structure t...
Polymorphic microsatellites are widely considered more powerful for resolving population structure t...
We developed ten microsatellite loci for the elegant sea snake, Hydrophis elegans, from partial geno...
Pleistocene sea-level fluctuations profoundly changed landmass configurations around northern Austra...
A total of 15 microsatellite primers pairs were developed for the Australian small-eyed snake Rhinop...
Olive ridley turtles, although widely distributed globally and in Indian coastal waters, have underg...
International audienceNineteen polymorphic microsatellite loci were identified and developed for Nat...
We characterized nine polymorphic microsatellite (six trinucleotides and three tetranucleotides)loci...
Previous studies of polyandry and population genetics in garter snakes have been hampered by the lim...
The viviparous sea snakes include 62 ecologically diverse species, many of which are of very recent ...
To determine the pattern of spatial genetic structure in the endemic Southern Ocean octopus Adeliele...
The definitive version is available at www.blackwell-synergy.comThe smooth snake, Coronella austriac...
Population bottlenecks can result in loss of genetic variation, increased extinction risk, and hybri...