Comparative proteome analysis of mycelial proteins from G. boninense vs G. tornatum: Identification of proteins potentially involved in the pathogenicity of G. boninense
Document Type
Article
Publication Date
1-1-2022
Abstract
Ganoderma boninense is the most pathogenic fungal species for the oil palm. The molecular interactions involved in its pathogenicity remains undefined. By comparing the proteome profiles of a pathogenic and non-pathogenic species of Ganoderma, the identities of proteins essential for pathogenicity may be identified. As such we performed a shotgun proteomic analysis comparing G. boninense and G. tornatum. We were able to identify 1645 proteins, out of which 128 proteins and 187 proteins were significantly increased in abundance in G. boninense and G. tornatum, respectively, under carbon and nitrogen starvation with and without the presence of the oil palm sawdust (conditions that mimicked field conditions). A bioinformatics analysis of these proteins suggested that during carbon and nitrogen starvation, groups of proteins related to catalytic activity, binding, cellular anatomical entity, metabolic process and cellular process underwent extensive alterations in both Ganoderma species. In addition, exposure to carbon and nitrogen starvation with the presence of the oil palm sawdust, induced different groups of proteins in G. boninense and G. tornatum that may be linked to the different level of pathogenicity between both Ganoderma species in oil palm.
Keywords
Ganoderma, Proteomics, Oil palm, Basal stem rot, Pathogenicity
Divisions
Science
Funders
Malaysian Palm Oil Board (Board Approved Program)[R005606000]
Publication Title
Physiological and Molecular Plant Pathology
Volume
117
Publisher
Academic Press
Publisher Location
24-28 OVAL RD, LONDON NW1 7DX, ENGLAND