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<style>
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span.image.instructor-photo {
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Computational pangenomics course, conference, and biohackathon in Memphis, TN, exploring the cutting edge of pangenomes, biology, methods, software, and artificial intelligence (AI).
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=== *Instructors*
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==== Erik Garrison - Associate Professor
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==== *Erik Garrison* - Associate Professor
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.[purple]#University of Tennessee Health Science Center, Memphis, TN, US#
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image:images/erik.jpeg[erik,200,role="right"] Genomicist with a quantitative social science background. I build methods that let us understand the precise relationships between thousands of genomes. In these, the genome is encoded in a graph that may represent a population sample of individuals from the same species, a metagenome, the diploid genome of a single individual, or any other useful collection of sequences.
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image:images/erik.jpeg[erik,200,role="left instructor-photo"] Genomicist with a quantitative social science background. I build methods that let us understand the precise relationships between thousands of genomes. In these, the genome is encoded in a graph that may represent a population sample of individuals from the same species, a metagenome, the diploid genome of a single individual, or any other useful collection of sequences.
.[purple]#Translational Genomics Research Institute, Phoenix, AZ, US#
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image:images/andrea.jpeg[andrea,200,role="right"] Computer scientist who applies pangenomics to the study of genome variation and disease.
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image:images/andrea.jpeg[andrea,200,role="left instructor-photo"] Computer scientist who applies pangenomics to the study of genome variation and disease.
.[purple]#University of Tennessee Health Science Center, Memphis, TN, US#
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image:images/fm.jpeg[franco,200,role="left instructor-photo"] Biologist focused on population genetics. Developing statistical methods for kinship inference and population structure.
<p>Computational pangenomics course, conference, and biohackathon in Memphis, TN, exploring the cutting edge of pangenomes, biology, methods, software, and artificial intelligence (AI).</p>
<divclass="title"><spanclass="purple">University of Tennessee Health Science Center, Memphis, TN, US</span></div>
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<p><spanclass="image right"><imgsrc="images/erik.jpeg" alt="erik" width="200"></span> Genomicist with a quantitative social science background. I build methods that let us understand the precise relationships between thousands of genomes. In these, the genome is encoded in a graph that may represent a population sample of individuals from the same species, a metagenome, the diploid genome of a single individual, or any other useful collection of sequences.</p>
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<p><spanclass="image left instructor-photo"><imgsrc="images/erik.jpeg" alt="erik" width="200"></span> Genomicist with a quantitative social science background. I build methods that let us understand the precise relationships between thousands of genomes. In these, the genome is encoded in a graph that may represent a population sample of individuals from the same species, a metagenome, the diploid genome of a single individual, or any other useful collection of sequences.</p>
<divclass="title"><spanclass="purple">Translational Genomics Research Institute, Phoenix, AZ, US</span></div>
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<p><spanclass="image right"><imgsrc="images/andrea.jpeg" alt="andrea" width="200"></span> Computer scientist who applies pangenomics to the study of genome variation and disease.</p>
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<p><spanclass="image left instructor-photo"><imgsrc="images/andrea.jpeg" alt="andrea" width="200"></span> Computer scientist who applies pangenomics to the study of genome variation and disease.</p>
<divclass="title"><spanclass="purple">University of Tennessee Health Science Center, Memphis, TN, US</span></div>
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<p><spanclass="image left instructor-photo"><imgsrc="images/fm.jpeg" alt="franco" width="200"></span> Biologist focused on population genetics. Developing statistical methods for kinship inference and population structure.</p>
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