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Population Genomics of Vikings
Ashot Margaryan
SCIENCE PhD theses
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Dive into the research topics of 'Population Genomics of Vikings'. Together they form a unique fingerprint.
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Keyphrases
Vikings
100%
Petrous Bone
100%
Population Genomics
100%
Ancient DNA
100%
Viking Age
75%
Evolutionary History
50%
Ancient Samples
50%
Ancient Humans
50%
Pathogen Detection
50%
Pathogen DNA
50%
Northern Europe
50%
Ancient Genomes
50%
Genetic Structure
50%
Single Genome
25%
Genetic Relationship
25%
DNA Preservation
25%
North Atlantic
25%
Yersinia Pestis
25%
Metabolic Diversity
25%
Population Scale
25%
Large Population
25%
Technological Progress
25%
Demographic Model
25%
Recovery Method
25%
Otic Capsule
25%
Whole Genome Sequencing
25%
Next-generation Sequencing
25%
Pathogenic Species
25%
Genome Study
25%
Female Population
25%
Geographic Locality
25%
Human Pathogens
25%
Biological Species
25%
Scandinavia
25%
Human mtDNA
25%
Human Remains
25%
Eastern Europe
25%
Nuclear Genome
25%
Early Iron Age
25%
Cultural Shift
25%
Gene Pool
25%
Endogenous DNA
25%
Depth of Coverage
25%
Genetic History
25%
DNA Sequencing
25%
Complete Mitochondrial Genome
25%
Human Females
25%
Informative Markers
25%
Human Teeth
25%
Plague
25%
Temperate Region
25%
British Isles
25%
Ancient Pathogens
25%
Virus Species
25%
Sequence Method
25%
DNA Recovery
25%
Human Samples
25%
Demographic History
25%
Biochemistry, Genetics and Molecular Biology
Population Genomics
100%
Infectious Agent
100%
Genetics
100%
Evolution
66%
Microorganism Detection
66%
Genetic Structure
66%
Metagenomics
66%
Mitochondrial DNA
33%
Whole Genome Sequencing
33%
Mitochondrial Genome
33%
Reconstruction
33%
Next Generation Sequencing
33%
Conception
33%
Gene Pool
33%
Information Retrieval
33%
Molecular Phylogeny
33%
Immunology and Microbiology
Teeth
100%
Petrous Bone
100%
Infectious Agent
50%
Metagenomics
50%
Gene Structure
50%
Microorganism Detection
50%
Evolution
50%
Mitochondrial Genome
25%
Conception
25%
Next Generation Sequencing
25%
Whole Genome Sequencing
25%
Human Pathogen
25%
Gene Pool
25%
Information Retrieval
25%
Molecular Phylogeny
25%