Results 201 to 210 of about 8,031,804 (248)
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2022
AbstractSequencing all or part of the genome of individuals from different populations allows for many analyses of genetic variation that are not possible with a small number of unlinked markers. Genomic datasets may include sequences of anonymous regions scattered throughout the genome, sequences of targeted regions such as exomes, whole genome ...
Fred W. Allendorf +4 more
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AbstractSequencing all or part of the genome of individuals from different populations allows for many analyses of genetic variation that are not possible with a small number of unlinked markers. Genomic datasets may include sequences of anonymous regions scattered throughout the genome, sequences of targeted regions such as exomes, whole genome ...
Fred W. Allendorf +4 more
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Improving mosquito control strategies with population genomics.
Trends in Parasitology, 2021Mosquito control strategies increasingly apply knowledge from population genomics research. This review highlights recent applications to three research domains: mosquito invasions, insecticide resistance evolution, and rear and release programs. Current
Thomas L. Schmidt +2 more
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Genomic Boundaries between Human Populations
Human Heredity, 2006Different authors disagree on whether human genome variation should be described as continuous or discontinuous; in the latter case, by attributing an individual’s genotype to one genetic cluster, one would also obtain information on the individual’s genome in general. An analysis of 377 microsatellites of the CEPH human diversity panel was interpreted
BARBUJANI, Guido +1 more
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Population genomics and speciation
Genetica, 2008The process of speciation begins with genomically-localised barriers to gene exchange associated with loci for local adaptation, intrinsic incompatibility or assortative mating. The barrier then spreads until reproductive isolation influences the whole genome.
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Population Genomics and Phylogeography
2019Population genetics is the study of genetic variation within populations and how allele frequencies change over space and time. This field largely focuses on the five fundamental evolutionary processes that influence genetic variation: mutation, genetic drift, gene flow, natural selection, and recombination.
Ottenburghs, J. +4 more
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Introduction to Population Genomics Methods
2020High-throughput sequencing technologies have provided an unprecedented opportunity to study the different evolutionary forces that have shaped present-day patterns of genetic diversity, with important implications for many directions in plant biology research.
Leroy, Thibault, Rougemont, Quentin
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Genomics and Population Health:
2011Imagine being able to find out how a drug will affect you before you take it... receiving a medication that is specifically tailored to treat your disease, while minimizing your risk of developing adverse effects. Although a person’s environment, diet, and general state of health can all influence how he or she responds to medicines, another important ...
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Population Genomics of Drug Response
American Journal of PharmacoGenomics, 2004Genetic diversity contributes to both disease susceptibility and variability in response to drugs. However, it has proven difficult to isolate genes that underlie common complex disease, and genetic variations that influence clinical responses to drugs remain largely uncovered.
Eva, Halapi +2 more
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Microbial population genomics and ecology
Current Opinion in Microbiology, 2002The origins of biological complexity in microbial ecosystems are encoded within the collective genomes of the community. Cultivation-independent genomic studies provide direct access to the genomes of naturally occurring microbes, cultivated or not. Genome-enabled approaches are now significantly advancing current knowledge of genome content, diversity,
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