Study of microbial adhesion on some wood species: Theoretical prediction

Research on microbial adhesion to wood species reveals that the interaction between microorganisms and wooden surfaces is highly dependent on both the type of wood and the specific microorganism involved. The study, conducted on cedar wood from an old monument in the Medina of Fez, Morocco, found that while most microbial strains tested were hydrophilic and weak electron acceptors, cedar wood exhibited hydrophobic properties with a weak electron donor/acceptor character. Theoretical predictions based on thermodynamic approaches indicated varying adhesion abilities across six different wood species (cedar, oak, beech, ash, pine, and teak), suggesting no universal generalization for microbial adhesion to wooden substrata. The findings underscore the complexity of microbial-wood interactions and highlight the need for species-specific considerations in conservation efforts.

Soumya, E. a., Mohamed, M., Fatimazahra, B., Hassan, L., Abdellah, H., Fatima, H., & Saad, I. k. (2011). Study of microbial adhesion on some wood species: Theoretical prediction. Microbiology, 80(1), 43–49. https://doi.org/10.1134/s0026261711010152