'Interspersed repeats' presentation slideshows

Methods for Repeat Detection In Nucleotide Sequences

Methods for Repeat Detection In Nucleotide Sequences. Gary Benson Computer Science, Biology, Bioinformatics Boston University gbenson@bu.edu. Outline. Classes of Repeats in DNA Tandem Repeats Techniques for finding repetitive sequence Tandem Repeats Database. Why Look at Repeats in DNA?.

1.01k views • 87 slides

BB30055: Genes and genomes

BB30055: Genes and genomes. Genomes - Dr. MV Hejmadi (bssmvh). BB30055: Genomes - MVH. 3 broad areas Genomes, transcriptomes, proteomes Applications of the human genome project (C) Genome evolution. Why sequence the genome?. 3 main reasons

678 views • 67 slides

Genome Analysis

Genome Analysis. Introduction . A major application of bioinformatics is the analysis of full genomes of organisms that have been sequenced Traditional genetics has focused on understanding the role of a particular gene or protein in biological process

653 views • 35 slides

BB30055: Genes and genomes

556 views • 35 slides

ECE 501 Introduction to BME

ECE 501 Introduction to BME. Dr. Hang. ECE 501. Part VII Bioinformatics. Dr. Hang. ECE 501. What is Bioinformatics. Bioinformatics describes any use of computers to handle biological information.

431 views • 35 slides

919 views • 33 slides

BB30055: Genes and genomes

465 views • 32 slides

BB30055: Genes and genomes

306 views • 27 slides

518 views • 23 slides

Whole Genome Sequencing, Comparative Genomics, & Systems Biology

Whole Genome Sequencing, Comparative Genomics, & Systems Biology. Gene Myers University of California Berkeley. Cloning: BACs permit 100-250Kbp inserts Technology: Cycle sequencing (linear PCR) permits efficient sequencing of both insert ends

242 views • 23 slides