'Meiotic recombination' diaporamas de présentation

Objectives of DNA recombination

Objectives of DNA recombination. The different processes of DNA recombination: homologous recombination, site-specific recombination, transposition, illegitimate recombination, etc.

1.43k views • 114 slides

Objectives of DNA recombination

Objectives of DNA recombination. The different processes of DNA recombination: homologous recombination, site-specific recombination, transposition, illegitimate recombination, etc.

1.37k views • 114 slides

CHAPTER 5 DNA REPLICATION, REPAIR AND RECOMBINATION

CHAPTER 5 DNA REPLICATION, REPAIR AND RECOMBINATION. THE MAINTENANCE OF DNA SEQUENCES DNA REPLICATION MECHANISMS THE INITIATION AND COMPLETION OF DNA REPLICATION IN CHROMOSOMES DNA REPAIR GENERAL RECOMBINATION SITE-SPECIFIC RECOMBINATION. THE MAINTENANCE OF DNA SEQUENCES.

1.97k views • 62 slides

Wolfgang Huber 1 March 2007 huber@ebi.ac.uk

Statistics and the Genome Fine mapping of meiotic recombination with high-density tiling arrays and semi-supervised clustering. Wolfgang Huber 1 March 2007 huber@ebi.ac.uk. 15 Feb 2001: "The human genome is sequenced". But what does the sequence do?.

692 views • 52 slides

Functional Genomics with R and Bioconductor

Functional Genomics with R and Bioconductor. Wolfgang Huber EMBL-EBI 3 June 2008. The S language. The S language has been developed since the late 1970s by John Chambers and his colleagues at Bell Labs.

575 views • 46 slides

BICH 489-500 - CACAO

555 views • 38 slides

M267 January 2008 Larry Zipursky Lecture 1 Fly Genetics and Signaling During Development

M267 January 2008 Larry Zipursky Lecture 1 Fly Genetics and Signaling During Development. Principle Signaling Pathways:Ancient pathways regulating development > 650 million years old. Receptor tyrosine kinase Receptor serine threonine kinase Wnt (ligands)

501 views • 29 slides

CHAPTER 10 Homologous recombination at the molecular level

CHAPTER 10 Homologous recombination at the molecular level. 1.All DNA is recombinant DNA. 2.Genetic exchange works constantly to blend and rearrange chromosomes, most obviously during meiosis, when homologous chromosomes pair prior to the first nuclear division.

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Sears, Hegemann, and Heiter

261 views • 17 slides

Slide 6.2

Slide 6.2. Dominance and recessiveness - both alleles may encode proteins; example - eye colour -the gene that encodes the protein that "does the job" is dominant. Functional protein. Allele A. No protein or little protein. Allele B.

255 views • 14 slides

115 views • 11 slides