'Genomic location' diaporamas de présentation

Detecting Alternative Splicing using the Human Affymetrix Exon Array 1.0

Detecting Alternative Splicing using the Human Affymetrix Exon Array 1.0. Instructors: Jennifer Barb, Zoila Rangel, Peter Munson June 15, 2009. Mathematical and Statistical Computing Laboratory Division of Computational Biosciences. Background . Gene structure.

809 views • 54 slides

Linkage analysis

Linkage analysis. Jan Hellemans. 6. Chapter. Aims. Interprete microsatellite results Add genotypes to pedigrees Create pedigree and genotype files Calculate and interprete LOD-scores Delineate linkage intervals Basic principles of linkage analysis Analyze other types of markers

1.22k views • 50 slides

Overview

Overview. Biological motivation Methods in gene prediction Mapping of large EST data sets Applications of EST data mining. ESTomics. Sorin Istrail. Biological motivation. Model of eukaryotic gene transcription and translation. RNA polymerase II promoter. Upstream binding sites.

568 views • 43 slides

Data retrieval

727 views • 19 slides

Object-oriented Design and Programming

Object-oriented Design and Programming. Conrad Huang PC204, Fall 2004. Requirements. I have a bunch of mRNA sequences and I want to know where they are located on the mouse genome. I want a fast method because I plan to do this with lots of data sets.

152 views • 14 slides

Modeling of complex systems: what is relevant?

Modeling of complex systems: what is relevant?. Arno Knobbe, Marvin Meeng, Joost Kok Leiden Institute of Advanced Computer Science (LIACS). Knowledge mining. Knowledge mining: Producing high-level insight by mining primary results in the context of existing knowledge.

210 views • 8 slides

Genetika Molekuler (5)

Genetika Molekuler (5). Sutarno. Lecture #4 Notes (Yeast Genetics) LECTURE 4: CLONING AND MANIPULATING GENES IN YEAST Basically, we use the same techniques that were used in bacteria. First we need to understand the types of vectors available in yeast.

210 views • 2 slides

Genetika molekuler (6)

Genetika molekuler (6). Sutarno. Lecture #4 Notes (Yeast Genetics) LECTURE 4: CLONING AND MANIPULATING GENES IN YEAST Basically, we use the same techniques that were used in bacteria. First we need to understand the types of vectors available in yeast.

266 views • 2 slides