Survey
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Genome Analysis Assaad text book slides only Lectures by F. Assaad can be downlaoded from http://www.botanik.biologie.tumuenchen.de/~farhah/index.htm Genetic Maps • Genetic maps were initially based on visible markers • First detailed genetic map of Arabidopsis published in 1983 • Most mutations are “silent”. More abundant molecular markers were used for high resolution genetic maps. Genomic Libraries for Physical Maps Long chromosomal fragments (~ up to 350 kb) can be cloned into BAC vectors oriS and repE mediate the unidirectional replication of the F factor Fingerprint (restriction digest separated on gel) of BAC clones DNA fingerprints can be used to align BAC clones. In addition, 18,300 BAC end sequence reads were used to generate a physical map. Sequencing of ordered clones Science 2002. 296: 61. Scrambled blocks of genes in common between the human and the mouse. Text Book Readings • Modern Genetic Analysis Integrating genes and genomes 2nd edition. Giffiths and Lewontin Chapter 4 Mitosis vs Meiosis Chapter 6 Recombination, Linkage Chapter 9 Genomics For next lecture see pages 303-305. • Genes VIII, Benjamin Lewin ISBN 013144946X References • Analysis of the genome sequence of the flowering plant Arabidopsis thaliana. THE ARABIDOPSIS GENOME INITIATIVE Nature 408: 796-815. 2000. • The Draft Sequence of the Rice Genome. 2002. Science 296: 92-100. (Syngenta) Vocabulary • PCR, meiosis, recombination, segregation (should know) • • • • • • • • • • cDNA EST (Expressed Sequence Tag) Genetic and Physical maps Linkage (Kopplung) BAC (Bacterial Artificial Chromosome) SSLP (Simple Sequence Length Polymorphism) Shotgun vs ordered clone sequencing Minimal tiling path Contig (contiguous sequences) Protein family and protein domain October 24th Assaad Genome Analysis November 14th Gierl Transcriptome, Proteome, Metabolome November 21st Grill Gene Identification November 28th Assaad Forward versus Reverse Genetics December 5th Assaad Vesicle Traffic, Cell Wall December 12th Assaad Functional Interactions December 19th Grill Gene Structure January 9th Grill Gene Expression, Regulation 1 January 16th Grill Protein Modifications, Regulation 2 January 23rd Grill Signaling January 30th Assaad What we have learnt