Search results for " genomic variation"

showing 2 items of 2 documents

Consequences of single-locus and tightly linked genomic architectures for evolutionary responses to environmental change

2020

AbstractGenetic and genomic architectures of traits under selection are key factors influencing evolutionary responses. Yet, knowledge of their impacts has been limited by a widespread assumption that most traits are controlled by unlinked polygenic architectures. Recent advances in genome sequencing and eco-evolutionary modelling are unlocking the potential for integrating genomic information into predictions of population responses to environmental change. Using eco-evolutionary simulations, we demonstrate that hypothetical single-locus control of a life history trait produces highly variable and unpredictable harvesting-induced evolution relative to the classically applied multi-locus mo…

0301 basic medicineAcademicSubjects/SCI011400106 biological sciencesLinkage disequilibriumMultifactorial Inheritanceevolutionary simulationEnvironmental changeGenetic LinkageJhered/401 natural sciencesGenetics (clinical)recombination rate0303 health scienceseducation.field_of_studystructural genomic variationInheritance (genetic algorithm)Adaptation PhysiologicalBiological Evolutionclimate changePerspectiveTraitympäristönmuutoksetBiotechnologyPopulationevoluutioEnvironmentBiology010603 evolutionary biologyLife history theory03 medical and health sciencesVDP::Matematikk og Naturvitenskap: 400::Basale biofag: 470GeneticsEvolutionary dynamicseducationMolecular BiologySelection (genetic algorithm)030304 developmental biologygeenitModels GeneticGenetic Driftilmastonmuutoksetgenetic architectureGenetic architectureEditor's Choice030104 developmental biologyEvolutionary biologyperimäGene-Environment InteractionAdaptationlinkage disequilibrium
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Genome-wide detection of copy-number variations in local cattle breeds

2019

The aim of the present study was to identify copy-number variations (CNVs) in Cinisara (CIN) and Modicana (MOD) cattle breeds on the basis of signal intensity (logR ratio) and B allele frequency of each marker, using Illumina’s BovineSNP50K Genotyping BeadChip. The CNVs were detected with the PennCNV and SVS 8.7.0 software and were aggregated into CNV regions (CNVRs). PennCNV identified 487 CNVs in CIN that aggregated into 86 CNVRs, and 424 CNVs in MOD that aggregated into 81 CNVRs. SVS identified a total of 207 CNVs in CIN that aggregated into 39 CNVRs, and 181 CNVs in MOD that aggregated into 41 CNVRs. The CNVRs identified with the two softwares contained 29 common CNVRs in CIN and 17 co…

cinisara0303 health sciencesFuture studies0402 animal and dairy scienceBovineSNP50K BeadChip Cinisara genomic variation Modicana04 agricultural and veterinary sciencesComputational biologyBiology040201 dairy & animal scienceGenome03 medical and health sciencesBovine genomeSettore AGR/17 - Zootecnica Generale E Miglioramento GeneticoAnimal Science and ZoologyCopy-number variationgenomic variationKEGGBovineSNP50K beadchipAllele frequencyGeneGenotypingmodicana030304 developmental biologyFood Science
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