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A polished cross-section disc of eucalyptus wood with visible growth rings on a lab bench, clonal eucalyptus seedlings in trays behind (illustration)
A polished cross-section disc of eucalyptus wood with visible growth rings on a lab bench, clonal eucalyptus seedlings in trays behind (illustration)
A polished cross-section disc of eucalyptus wood with visible growth rings on a lab bench, clonal eucalyptus seedlings in trays behind (illustration)
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Forest Molecular Genetics and Eucalyptus Pine Pathogen Interactions

Wood Chemistry Platform

                                         

The wood chemistry platform was started as a collaborative initiative between Sappi, the University of Pretoria (FMG Programme) and the University of British Columbia (Prof Shawn Mansfield) to support FMG’s functional genetics research, as well as tree improvement for commercially grown eucalypt and pine species in South Africa. The platform, including an FMG owned HPLC instrument, is currently housed at the Sappi Technology Centre (STC) where the wood chemistry team are implementing new protocols and using established analytical protocols to chemically characterise the major constituents of wood (cellulose, hemicellulose and lignin). The technology is not only used to supply phenotypic data in functional genetic studies and breeding programmes, but also supplies valuable data to generate and update near-infrared analysis (NIRA)models. 

 

Wood Chem team

Wood Chemistry Platform — Forest Molecular Genetics and Eucalyptus Pine Pathogen Interactions | FABI