'Genome wide association study' diaporamas de présentation

Advances in Genomics Since the Publication of the Human Genome

Advances in Genomics Since the Publication of the Human Genome. Greg Feero, M.D., Ph.D. Faculty, Maine-Dartmouth Family Practice Residency Program, Fairfield, ME Contributing editor, Journal of the American Medical Association. Disclosures.

679 views • 56 slides

Exploring complex diseases using genome-wide association: challenges and strategies

Exploring complex diseases using genome-wide association: challenges and strategies. Li Jin, Ph.D. Fudan University CAS-MPG Partner Institute for Computational Biology. HGM2006, Helsinki. A G C. G G C. Gly. Ser. Positional Cloning. HGM2006, Helsinki. Linkage Disequilibrium.

614 views • 51 slides

Genetic Analysis Workshop Overview

Genetic Analysis Workshop Overview. Department of Psychology University of Wisconsin June 2011. Overview. Instructors: Matt McGue Mike Miller Objective: Introduction to the rationale and methodologies currently used in genetic association analysis Background:

644 views • 48 slides

Contemporary Research in Human GenomICS

548 views • 46 slides

Applications of SNP Technology

Applications of SNP Technology. Mahdi Saatchi Department of Animal Science, Iowa State University. . Applications:. QTL Mapping LD Mapping (Association Mapping) Genomic Selection. QTL Mapping:. M. Q. Quantitative Trait Loci (QTL): polygenes affecting complex trait. M. Q. M. Q.

510 views • 27 slides

Privacy-Preserving Data Exploration in Genome-Wide Association Studies

Privacy-Preserving Data Exploration in Genome-Wide Association Studies. Aaron Johnson Vitaly Shmatikov. Background. Obvious privacy risks. Main goal: discovering genetic basis for disease Requires analyzing large volumes of genetic information from multiple individuals

354 views • 14 slides

Tracing Human Evolution with Genetics

Tracing Human Evolution with Genetics. SELECTION June 9-17, 2007. SNPs. Single Nucleotide Polymorphisms May or may not be in coding regions May or may not cause phenotypic changes Frequency of SNP distribution varies. Seq 1 ATCGG AT C CA TG T AT CGATT Seq 2 AT G GG ATGCA TG T AT CGATT

216 views • 12 slides