Publications by authors named "Cristine S Trinca"

Article Synopsis
  • Comparative whole-genome analyses of otters reveal key insights into their evolutionary history and relationships among species.
  • Researchers sequenced 24 otter genomes, including 14 newly sequenced, leading to the conclusion that several genera should be combined under Lutra, simplifying their taxonomy.
  • The study highlights variations in population sizes and genomic diversity among otter species, suggesting that genomic data can aid in conservation efforts by correlating genetic diversity with their conservation status.
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The great cats of the genus comprise a recent radiation whose evolutionary history is poorly understood. Their rapid diversification poses challenges to resolving their phylogeny while offering opportunities to investigate the historical dynamics of adaptive divergence. We report the sequence, de novo assembly, and annotation of the jaguar () genome, a novel genome sequence for the leopard (), and comparative analyses encompassing all living species.

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The Neotropical otter (Lontra longicaudis) is a medium-sized semiaquatic carnivore with a broad distribution in the Neotropical region. Despite being apparently common in many areas, it is one of the least known otters, and genetic studies on this species are scarce. Here, we have investigated its genetic diversity, population structure, and demographic history across a large portion of its geographic range by analyzing 1471 base pairs (bp) of mitochondrial DNA from 52 individuals.

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The use of scat surveys to obtain DNA has been well documented in temperate areas, where DNA preservation may be more effective than in tropical forests. Samples obtained in the tropics are often exposed to high humidity, warm temperatures, frequent rain and intense sunlight, all of which can rapidly degrade DNA. Despite these potential problems, we demonstrate successful mtDNA amplification and sequencing for faeces of carnivores collected in tropical conditions and quantify how sample condition and environmental variables influence the success of PCR amplification and species identification.

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