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Organizing biological data
Lynx pardinus
Ancient Iberian lynx genomic diversity
Whole genome shotgun resequencing of ancient samples of Iberian lynx
Taxonomy Images
Iberian and Eurasian lynx 6x samples
Long-term genetic vulnerability and recent erosion in the highly endangered Iberian lynx
Lynx MHC class I and II
Demographic bottlenecks erode genetic diversity and may increase endangered species’ extinction risk via decreased fitness and adaptive potential. The genetic status of species is generally assessed using neutral markers, whose dynamic can differ from that of functional variation due to selection. The MHC is a multigene family described as the most important genetic component of the mammalian immune system, with broad implications in ecology and evolution. The genus Lynx includes four species differing immensely in demographic history and population size, which provides a suitable model to study the genetic consequences of demographic declines: the Iberian lynx being an extremely bottlenecked species and the three remaining ones representing common and widely distributed species. We compared variation in the most variable exon of the MHCI and MHCII-DRB locus among the four species of the Lynx genus.
PCR strategies for allele calling in multigene families using NGS.
PCR strategies for complete allele calling in multigene families using high-throughput sequencing approaches.
Iberian Lynx
EXTREME GENOMIC EROSION AFTER RECURRENT DEMOGRAPHIC BOTTLENECKS IN THE HIGHLY ENDANGERED IBERIAN LYNX
Lynx pardinus RefSeq Genome
Impact of enrichment conditions on cross-species capture of fresh and degraded DNA from several Felidae species
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