Sex-linked and autosomal microsatellites provide new insights into island populations of the tammar wallaby

Keyphrases

• Autosomal Microsatellites 100%
• Tammar Wallaby 100%
• Sex-related 100%
• Island Populations 100%
• Autosomal Markers 66%
• Sex Chromosomes 66%
• Microsatellite Markers 66%
• X-linked 66%
• Genetic Variation 66%
• Kangaroo Island 66%
• Western Australia 33%
• Wild Population 33%
• Y Chromosome 33%
• South Australia 33%
• Macropus Eugenii 33%
• Genetic Diversity 33%
• Microsatellite Loci 33%
• Sex-linked Marker 33%
• Inbreeding 33%
• Gene Flow 33%
• Autosomes 33%
• Management Actions 33%
• Captive Breeding 33%
• Diversity Measure 33%
• Common Haplotype 33%
• Sex-biased Dispersal 33%
• Genetic Lineages 33%
• Ecological Insights 33%
• Linked Markers 33%

Biochemistry, Genetics and Molecular Biology

• Macropus eugenii 100%
• Microsatellite 100%
• Genetic Divergence 100%
• Sex Chromosome 66%
• Relatedness 66%
• Microsatellite Marker 66%
• Genetic Variation 66%
• Kangaroo 66%
• Y Chromosome 33%
• Inbreeding 33%
• Gene Flow 33%
• Autosome 33%
• Haplotype 33%
• Lineage (Genetic) 33%

Agricultural and Biological Sciences

• Microsatellite 100%
• Tammar wallaby 100%
• Genetic Divergence 75%
• Australians 50%
• Sex Chromosome 50%
• Genetic Variability 25%
• Haplotype 25%
• Lineage 25%
• Inbreeding 25%
• Gene Flow 25%
• Autosome 25%
• Y Chromosome 25%