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gene expression

Annica Pilgård

AN OVERVIEW OF AVAILABLE DNA-BASED APPLICATIONS AND RESULTS RELEVANT FOR WOOD PROTECTION

The area of wood protection is in a period of change. New wood protection systems have been developed while e.g. their mode of action remains insufficiently understood. Most studies on …

Annica Pilgård / Gry Alfredsen

A BETTER UNDERSTANDING OF THE MODE OF ACTION OF FURFURYLATED WOOD

A range of studies the last decade has shown that modified wood can provide excellent protection against a range of wood deteriorating organisms, including decay fungi. However, we still lack …

Gry Alfredsen

FUNCTIONAL GENOMICS OF WOOD DEGRADATION – A PROJECT SUMMARY

Modified wood can provide protection against a range of wood deteriorating organisms. Several hypotheses have been put forward for the mode of action against wood decaying fungi, including inhibition of …

Annica Pilgård / Martina Kölle / Rebecka Ringman

Comparison of methods to investigate initial brown rot wood decay

Since brown rot fungi prefer conifers it is the most important wood decaying group in the boreal forest belt (Zabel and Morrell 1992, Goodell 2003, Vanden Wymelenberg et al. 2010). …

Gry Alfredsen

Fungal gene expression in furfurylated wood – an update

Predictable service life is crucial for wood as a construction material and preventing decay to maximise service life is beneficial. Hence, investigations of the mechanisms employed by decay fungi in …

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Northern European Network for Wood Science & Engineering. All rights reserved. Produced: Globalistic

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