The Genome Analysis Centre (TGAC) has worked fast to sequence and assemble the valuable genome of the survivor “tree 35” from the recent Ash Dieback outbreak that have caused devastating damage to the Danish Ash woodlands and that now threatens the UK trees.

This information will be useful to those that are trying to find the trees that would offer at least a partial resistance and can be used to replace the now empty woodlands and remediate the damage.

This work contributes to the Nornex consortium, part of the Biotechnology and Biological Sciences Research Council (BBSRC) and Defra funded bioscience response to ash dieback (Chalara fraxinea). Prof. Erik Dahl Kjær and his group have been instrumental in the success of this project, read more about his work on this here.

“The genome sequence of this ash will be an essential tool that can help us to follow the inheritance of the ability of some ash trees to tolerate and to inhibit the growth of the Chalara fraxinea pathogen. Such knowledge will help generate new varieties of ash trees that can withstand attack by the fungus,” said Prof. Allan Downie at the John Innes Centre.

http://www.tgac.ac.uk/news/52/68/Unravelling-the-genetic-code-of-the-Ash-Dieback-survivor-tree-35/

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