Data from: Primers to highly conserved elements optimized for qPCR-based telomere length measurements in vertebrates
Hudon, Stephanie et al. (2020), Data from: Primers to highly conserved elements optimized for qPCR-based telomere length measurements in vertebrates, Dryad, Dataset, https://doi.org/10.5061/dryad.9p8cz8wd9
Telomere length dynamics are an established biomarker of health and aging in animals. The study of telomeres in numerous species has been facilitated by methods to measure telomere length by real-time quantitative PCR (qPCR). In this method, telomere length is determined by quantifying the amount of telomeric DNA repeats in a sample and normalizing this to the total amount of genomic DNA. This normalization requires the development of genomic reference primers suitable for qPCR, which remains challenging in non-model organism with genomes that have not been sequenced. Here we report reference primers that can be used in qPCR to measure telomere lengths in any vertebrate species. We designed primer pairs to amplify genetic elements that are highly conserved between evolutionarily distant taxa and tested them in species that span the vertebrate tree of life. We report five primer pairs that meet the specificity and reproducibility standards of qPCR. In addition, we demonstrate an approach to choose the best primers for a given species by testing the primers on multiple individuals within a species and then applying an established computational tool. These reference primers can facilitate qPCR-based telomere length measurements in any vertebrate species of ecological or economic interest.
This file contains several datasets from Hudon et al. 2020 MER. Each tab represents a different analysis including geNorm stability analysis and inter-assay repeatability for four organisms with the used ultraconserved primer sets. Details of data collection can be found in the manuscript.