Please use this identifier to cite or link to this item: http://hdl.handle.net/1822/8605

TitleProspects for Inhibition of lignin degrading enzymes to control ganoderma white rot of oil palm
Author(s)Paterson, R. R. M.
Meon, Sariah
Abidin, M. A. Zainal
Lima, Nelson
KeywordsOil palm
Palm oil
Ganoderma
White rot
Lignin
Laccase
Manganese peroxidase
Issue dateDec-2008
PublisherBentham Science Publishers Ltd.
JournalCurrent Enzyme Inhibition
Citation"Current Enzyme Inhibition". ISSN 1573-4080.4:4 (Dec. 2008) 172-179.
Abstract(s)Oil palm (OP) is prone to a rot by the fungus Ganoderma which may be capable of being controlled by enzyme inhibitors. Palm oil is used in the production of vegetable oil for foods, cosmetics, pharmaceuticals and, most recently, biodiesel. However, the fundamental process of the disease as “white rot” has been ignored by researchers. White rot fungi are capable of degrading lignin ultimately to carbon dioxide and water: Celluloses become available as nutrients for the fungus. One potential control method is to inhibit the ligninolytic enzymes. There are few data on the lignin of OP and none on how it is degraded by OP Ganoderma and so specific examples on how to inhibit the enzymes of the fungus is impossible. Fortunately, there is more information on lignin and lignin model compounds degraded by other fungi. The taxonomy of Ganoderma is confused; hence drawing direct comparisons between other taxa within the genus in terms of ligninolysis is of limited utility. In general, ligninolytic enzymes can be inhibited by (a) temperature, pH and aeration, (b) high carbon and high nitrogen and (c) halides, metal chelators, heavy metals, and reducing agents. These factors require to be tested against the enzymes from Ganoderma from OPs in vitro with a view to developing control methods in the field, and this is how the area requires to be progressed. Furthermore, the procedures may be useful to control other rots of trees and wood products. In the case of OP, such compounds could be (a) injected into (b) sprayed onto and/or (c) added to the soil of the OP. In conclusion, the control of Ganoderma of OP would benefit from investigating the effect of inhibitors on the lignin degrading enzymes in vitro to enable this to be applied in plantations.
TypeArticle
URIhttp://hdl.handle.net/1822/8605
DOI10.2174/157340808786733613
ISSN1573-4080
Peer-Reviewedyes
AccessOpen access
Appears in Collections:CEB - Publicações em Revistas/Séries Internacionais / Publications in International Journals/Series
DCILM - Artigos (Papers)

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