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Aims to generate a comprehensive description of human chromosome 7 to facilitate biological discovery and medical genetic applications.
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Aims to generate a comprehensive description of human chromosome 7 to facilitate biological discovery and medical genetic applications.
EXPLORE >   Projects >  Annotation of Chromosome 7
Annotation of Chromosome 7
OBJECTIVES
TEAM
APPROACH
IMPACT
INTELLECTUAL PROPERTY
Objectives
The primary aim of this project was to generate a comprehensive description of human chromosome 7, including its complete sequence and gene map, as well as regions of biological and medical significance.
Project Information
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Started: 2002
Ended: 2005

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Team
This project was led by prominent geneticists at The Hospital for Sick Children in Toronto, including Dr. Stephen Scherer. The information gathered by the end of this project facilitated more than 30 ongoing collaborations with groups interested in chromosome 7 around the world.
Collaborator Role In Project Organization Country
Stephen Scherer
Principal Investigator
The Hospital for Sick Children Research Institute
Canada


Approach
The investigators worked to annotate Chromosome 7. Annotation is the process of assigning functional information to a genetic sequence.
Project Information
Website
Started: 2002
Ended: 2005

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Impact
Annotation of Chromosome 7 resulted in the first and most detailed description of human chromosome 7, including the assembly of 158 329 839 nucleotides and 1917 genes by the end of the project. Seventy-one of these gene structures were novel and an additional 481 were predicted genes. A number of chromosomal features were also identified that allow investigators to understand how genes are regulated and how chromosomal abnormalities lead to disease. The outcomes of this research effort were reported in an article published in Science (March 2003) and on a publicly available web site, the Chromosome 7 Database, a widely used Chromosome 7 resource by researchers worldwide.

One example of the immediate clinical impact of this work was the identification of a new genetic mechanism involved in Williams-Beuren syndrome. In terms of commercial impact, two patents were granted.
Project Information
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Started: 2002
Ended: 2005

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Intellectual Property

Project Information
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Started: 2002
Ended: 2005

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CATEGORIES
Application Area
Human health
Core Technology
Nucleic acids: DNA sequencing
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