Edinburgh University logo         The Beggs Lab         Edinburgh University logo
Wellcome Trust Centre for Cell Biology, University of Edinburgh








Wellcome Trust Centre for Cell Biology


Pre-messenger RNA splicing

In most eukaryotic genes the information (or code) in the DNA sequence is interrupted by non-coding regions called "introns". An RNA copy of the gene has to be cut and then spliced back together to remove the introns and produce a continuous "message" with the correct information to produce a protein (see below: "What is RNA splicing?"). Mistakes in the splicing of the RNA cause serious problems as defective proteins are produced, and this sometimes happens as a consequence of genetic defects or disease. The splicing machinery is highly complex and must be tightly regulated. We aim to understand how the many components assemble to form a functional molecular machine (spliceosome) and how its activity is controlled. We are also interested in observed links between transcription and splicing and we have obtained evidence that splicing can affect the progress of transcription. The RNA splicing machinery is highly conserved between yeast and humans. We use yeast as a model organism as many powerful experimental techniques are available and it can provide important insights into splicing in humans.

What is RNA Splicing?
(Powerpoint presentation)

Recent Publications
Wellcome Trustlogo Centre for systems Biology logo RiboSys logo Eurasnet logo royal society logo Unicellsys logo

This site is a member of the RNA webring.
[ Previous 5 Sites | Previous | Next | Next 5 Sites | Random Site | List Sites ]

This page was last updated on 7th November 2012 by David Barrass