'Gene content' presentation slideshows

Putting gene family evolution in its chromosomal context

Putting gene family evolution in its chromosomal context. Todd Vision Department of Biology University of North Carolina at Chapel Hill. Outline. Gene order rearrangement in plants Chromosomal perspective Gene family perspective Gene duplication and functional divergence

804 views • 56 slides

Evaluating the Significance of Max-gap Clusters

Evaluating the Significance of Max-gap Clusters. Rose Hoberman David Sankoff Dannie Durand. original genome. large scale duplication or speciation event. rearrangement, mutation. Gene content and order are preserved. Similarity in gene content. C. h. r. o. m. o. s. o. m. e. C.

610 views • 50 slides

LECTURE 18: TRANSPOSABLE ELEMENTS

LECTURE 18: TRANSPOSABLE ELEMENTS. chapter 13 exam 2 & grades general ideas discovery in maise prokaryotes eukaryotes dynamic & plentiful host regulation. The Biology Graduate Student Association Presents.

668 views • 44 slides

LECTURE 18: TRANSPOSABLE ELEMENTS

LECTURE 18: TRANSPOSABLE ELEMENTS. chapter 13 exam 2 & grades general ideas discovery in maise prokaryotes eukaryotes dynamic & plentiful host regulation. The Biology Graduate Student Association Presents.

629 views • 44 slides

(bacterial) Genome Evolution: added value of genomes

Bioinformatics and Evolutionary Genomics Genome Evolution ( I ) and Genomics Context for function prediction. (bacterial) Genome Evolution: added value of genomes. How does gene content evolve? How does gene order evolve?

620 views • 43 slides

Genome Trees and the Nature of Genome Evolution

665 views • 43 slides

Gene Order Phylogeny

Gene Order Phylogeny. Tandy Warnow The Program in Evolutionary Dynamics, Harvard University The University of Texas at Austin. Cyber-Infrastructure for Phylogenetic RESearch (http://www.phylo.org)

547 views • 39 slides

Strategies to Incorporate Genomic Prediction Into Population-Wide Genetic Evaluations

Joint ADSA-ASAS Meeting July 7-11, 2008, Indianapolis. Strategies to Incorporate Genomic Prediction Into Population-Wide Genetic Evaluations. Nicolas Gengler 1,2 & Paul VanRaden 3 1 Animal Science Unit, Gembloux Agricultural University, Belgium

329 views • 20 slides

The Human Genome Project: Impact on Human Health

653 views • 19 slides

Major insights from the HGP on

Major insights from the HGP on. Gene content Proteome content SNP identification Distribution of GC content CpG islands Recombination rates Repeat content. Nature (2001) 15 th Feb Vol 409 special issue; pgs 814 & 875-914. 1) Gene content.

340 views • 17 slides

Genome Evolution

Genome Evolution. Xuhua Xia xxia@uottawa.ca http://dambe.bio.uottawa.ca. Causes of genomic evolution. Variation in genome size Variation in genomic GC% Variation in gene content Variation between strands Variation in DNA methylation and gene regulation. Variation in genome size.

530 views • 17 slides

Genome-wide association studies for microbial genomes

Genome-wide association studies for microbial genomes. Bas E. Dutilh March 4 th 2013. Protein function. Phenotypic function E.g. apoptosis GO: Biological process Cellular function E.g. ribosome GO: Cellular component Molecular function E.g. transcription factor

327 views • 16 slides

Statistical Tests

Statistical Tests for Gene Clusters Spanning Three Genomic Regions Narayanan Raghupathy*, Rose Hoberman*, and Dannie Durand Carnegie Mellon University, Pittsburgh, PA. W 1. W 2. W 3. Gene clusters: evidence of common ancestry?.

108 views • 1 slides