Your search resulted in 5 documents.
Transformation of Ophiostoma picea and Trichoderma harzianum with green fluorescent protein (GFP)
2003 - IRG/WP 03-10477
While microbial colonization of wood is presumed to be characterized by a myriad of interactions between numerous organisms, studying these processes is often difficult owing to the opaque nature of the wood and the inability to readily distinguish among the many species colonizing the material. One method for enhancing the ability to distinguish organisms is to induce specific proteins in one or ...
Ying Xiao, L M Ciuffetti, J J Morrell
Utilisation industrielle du bois. Préservation de la matière première par des utilisations rationnelles successives de ses propriétés
1993 - IRG/WP 93-50001-17
Tenant compte que dans la pratique, l'utilisation rationnelle du bois est liée aux dimensions d'origine, et que pour obtenir des éléments de grandes dimensions on est amené à lier entre eux des éléments bois de plus en plus fractionnés; on en est venu à rechercher plusieurs utilisations industrielles d'un même bois depuis la dimension de récolte jusqu&apos...
M R Barray
Determination of fungitoxic value of preservatives in laboratory wood-block tests. Part 2: Statistical estimation
1989 - IRG/WP 2327
Laboratory modified agar-block tests were made to determine the fungitoxic value of the wood preservative CCA against the test fungus Serpula lacrymans using statistical methods. With the aid of statistical computer programmes based on the least square method. the regression equation was found for the dependence between sample mass loss and preservative retention both in terms of percentage and fo...
J Wazny, J D Thornton, K J Krajewski
The bacterial transformation of organic biocides; a common mechanism?
2006 - IRG/WP 06-10585
It was found that a number of unformulated organic biocides showed a susceptibility to degradation by proteobacteria. Exposure of tebuconazole, a candidate biocide, chlorothalonil and IPBC to a Ralstonia strain was found to result in biocide detoxification, as demonstrated through HPLC and a bioassay. Exposure of the biocides to a previously identified extracellular factor was also found to resu...
D F Wallace, D J Dickinson
The role of hydrophobins in surface growth by the Blue Stain fungi Aureobasidium pullulans
2015 - IRG/WP 15-10837
Hydrophobins are small proteins found exclusively in filamentous fungi. These proteins are able to assemble spontaneously into amphiphilic monolayers at hydrophobic–hydrophilic interfaces. Hydrophobins have a diverse role, e.g. allowing the fungi to break through interfaces during aerial hyphae formation, sporulation, fruit body production and cell penetration. In this ongoing study, we are look...
J Stenbæk, L Riber, J Blæsbjerg Nielsen, C Møller Hansen, B Jensen