Scientists hope to gain a greater understanding of disease and birth defects with a new imaging database that will map the expression of genes that control development.
The research coordinated by The Roslin Institute at the University of Edinburgh, in collaboration with the MRC Human Genetics Unit (Edinburgh), University College London, University of Bath and Trinity College Dublin, will log thousands of three dimensional images of chicks taken during the first 10 days of their development.
The so-called chick atlas will exploit the information and resources recently made available from the sequencing of the mouse and chicken genomes. In particular, it will build on the pioneering Edinburgh Mouse Atlas at the MRC Human Genetics Unit in Edinburgh (e-MouseAtlas.org).
Images from the chick atlas will show not only where genes key to our biological make-up are switched on but also when they are turned on and off to ensure healthy development.
The 2.6 million initiative, which is funded by the Biotechnology and Biological Science Research Council (BBSRC) through its new LOLA ("longer and larger") scheme will help researchers understand why problems occur in the development of limbs and of the nervous system, which can cause conditions such as spina bifida.
In the long term it could also have implications for the treatment of diseases such as cancer as it will provide insight into the role genes play when cells divide and proliferate.
The images will be stored in an online database, which can be accessed and added to by scientists from across the world. As an online database or encyclopaedia it is also available to the public and educators, to be used as a tool to teach development.
Professor Dave Burt, of the Roslin Institute, University of Edinburgh, said: "The chick atlas has the benefit of looking at how genes relate to development in both time and space; letting us know when and where genes make
|Contact: Tara Womersley|
University of Edinburgh