'Gene families' presentation slideshows

BIOE 109 Summer 2009 Lecture 4- Part I Mutation and genetic variation

BIOE 109 Summer 2009 Lecture 4- Part I Mutation and genetic variation. Four basic processes that can explain evolutionary changes:. Mutation 2. Gene Flow 3. Genetic drift 4. Natural selection. Sources of genetic variation Crossing over during meiosis- creates new

990 views • 74 slides

MCB 372 #13: Selection, Data Partitioning Gene Transfer

MCB 372 #13: Selection, Data Partitioning Gene Transfer. J. Peter Gogarten University of Connecticut Dept. of Molecular and Cell Biology. Collaborators: Olga Zhaxybayeva (Dalhousie) Jinling Huang (ECU) Tim Harlow (UConn) Pascal Lapierre (UConn) Greg Fournier (UConn).

704 views • 62 slides

Many to 1 Gene Associations

Many to 1 Gene Associations. The following slides show a few examples of gene predictions by one annotation group that overlap one or more genes from another group. Some of the examples that follow also illustrate issues related to

660 views • 54 slides

Many to 1 Gene Associations

Many to 1 Gene Associations. The following slides show a few examples of gene predictions by one annotation group that overlap one or more genes from another group. Some of the examples that follow also illustrate issues related to

599 views • 50 slides

All work and no play makes Jack a dull boy.

829 views • 31 slides

Large Scale DNA Sequence Analysis and Biomedical Computing using MapReduce , MPI and Threading

Large Scale DNA Sequence Analysis and Biomedical Computing using MapReduce , MPI and Threading. Judy Qiu xqiu@indiana.edu www.infomall.org/salsa Community Grids Laboratory, Digital Science Center Indiana University. Workshop on Enabling Data-Intensive Computing: from Systems to Applications

473 views • 27 slides

EVOLUTION OF GLOBINS

EVOLUTION OF GLOBINS. Evolution of Globins Evolution of visual pigments and related molecules. Evolution of gene clusters. Many genes occur as multigene families (e.g., actin, tubulin, globins, Hox) Inference is that they evolved from a common ancestor Families can be

548 views • 24 slides

SGN23 The Organization of the Human Genome

SGN23 The Organization of the Human Genome. 2% of DNA actually consists of coding regions (exons), or codes for rRNA or tRNA 5% might be regulatory regions associated with genes (proximal and distal control elements, etc.) 20% of genome consists of introns

1.46k views • 23 slides

Introduction to Biostatistical Analysis Using R Statistics course for first-year PhD students

Introduction to Biostatistical Analysis Using R Statistics course for first-year PhD students. Session 5 Lecture : Multivariate analysis of ecological data Practical : Assessment exercises. Lecturer : Lorenzo Marini, PhD Department of Environmental Agronomy and Crop Production,

477 views • 22 slides

2 component regulatory systems

2 component regulatory systems. Maltose=effector, BUT if signal not DIRECTLY involved, but needs to be transmitted and changed = signal transduction Sensor protein= kinase, phosphorylates compounds, membrane associated Phosphoryl group transmitted to another regulator IN the cell

528 views • 21 slides

Genomes and their evolution

Genomes and their evolution. How do we study genomes? What can we learn from them?. Why study genomes?. We can look at similarities and differences We can learn more about gene interaction and control of gene expression We can learn more about the history of life on Earth

416 views • 21 slides

Metrics, Milestones, and Timelines PSI Target Selection Meeting Stephen K. Burley November 14 th 2003

Metrics, Milestones, and Timelines PSI Target Selection Meeting Stephen K. Burley November 14 th 2003. Agenda. Status quo Examples taken from PSI-funded center websites Rationale for adopting a common system for presenting Metrics

448 views • 20 slides

Basics of Comparative Genomics Dr G. P. S. Raghava

Basics of Comparative Genomics Dr G. P. S. Raghava. AIM : To understand Biology of Organisms Importance: More than 100 genomes sequenced, more than 250 in progress

378 views • 19 slides

Customizing Gene Taggers for BeeSpace

246 views • 17 slides

Comparative Genomics in Basidiomycetes - Analyzing multigene families

436 views • 16 slides

Genome Evolution

Genome Evolution. Evolution of Gene clusters. Why are genes are arranged in clusters?. 45S. ITS. 28S. NTS. ETS. 18S. ITS. 28S. NTS. Many genes are arranged in groups of related genes along a chromosome - gene clusters Eukaryotic ribosomal RNA genes: tandem repeats. Gene Families.

490 views • 14 slides

Cytochrome P450 Monooxygenases

Cytochrome P450 Monooxygenases. William Green 2/17/11. Background. P450s are a group of heme -containing enzymes that utilize NADPH and/or NADH to produce functionalized organic substrates All P450s contain a highly conserved motif found near the C terminus: F- -G-R-C-G

491 views • 9 slides

Maize Genetics Executive Committee

169 views • 7 slides

84 views • 2 slides

Tools for Plant Comparative Genomics

1. 2. 3. 4. 5. 6. 1. 2. 3. 4. 5. 8. 6. 7. Tools for Plant Comparative Genomics. ANALYSIS PIPELINE

170 views • 1 slides