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natural-products-in-plant-pest-management

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Index 291enzymes, prote<strong>in</strong>ase <strong>in</strong>hibitors,lect<strong>in</strong>s and PR prote<strong>in</strong>s115–119green consumerization 119–125prote<strong>in</strong>aeous compounds 111–112prote<strong>in</strong>ic <strong>in</strong>ducers of <strong>plant</strong>resistance 119–125<strong>plant</strong> <strong>products</strong>antimicrobial activity studies anddemonstrated 23disc diffusion test 23as <strong>pest</strong>icides, current worldwideuse 5–10use <strong>in</strong> active packag<strong>in</strong>g 35–37<strong>plant</strong> species and <strong>in</strong>secticidalproperties 176<strong>plant</strong>–<strong>in</strong>sect relationships 134–135a ‘food’–‘consumer’ relationship135<strong>plant</strong>sisolation and identification 96–106problems <strong>in</strong> manag<strong>in</strong>g protection109–110serious efforts to screen forbiological activities 92under exploited for <strong>plant</strong> healthneeds 106use of bioactivity-directedfractionation and isolation(BDFI) 96with antibacterial properties 69–71Hedera helis extract and fireblight on pome fruits70–71large-scale screen<strong>in</strong>gprogrammes 69test<strong>in</strong>g of <strong>in</strong> vitro growth<strong>in</strong>hibition of E.amylovora 69–70with antifungal properties 62–69active secondary leaf extractmetabolites 62antifungal potential 64antimicrobial activity 65antimicrobial efficacy of <strong>plant</strong>extracts 68–69effective control of grapedowny mildew 63–64significant <strong>in</strong>hibition ofspore germ<strong>in</strong>ation64effects of some essential oilsaga<strong>in</strong>st R. solani 67evaluation of potential of <strong>plant</strong>extracts to be applied <strong>in</strong>IPM programmes 68exploit<strong>in</strong>g <strong>in</strong>digenousknowledge of medic<strong>in</strong>al<strong>plant</strong>s 64grapefruit extract extract usedto control Phytophthoraspp. 64–5<strong>in</strong>hibitionof mycelial growth ofC. cladosporioides 62of spore germ<strong>in</strong>ation ofsome fungi byAjoene 62<strong>in</strong>vestigation of phenolcomposition of twocarnation cultivars 65methanol extract of C. emoryi62<strong>natural</strong> <strong>plant</strong> extracts andsoil-borne pathogens65–6neem tree extracts 66<strong>plant</strong> seeds 67–68sapon<strong>in</strong>s 63South African <strong>plant</strong>s withfungitoxic properties 63PR prote<strong>in</strong>s 118–119, 159–160precocenes 12, 12prote<strong>in</strong>ic <strong>in</strong>ducers of <strong>plant</strong> resistance119–125Chitozars 120cold shock prote<strong>in</strong> (CspD) 120–122harp<strong>in</strong>s 120<strong>in</strong>duction of <strong>plant</strong> resistance topathogens 119active defence mechanisms<strong>in</strong>itiated 119general and prote<strong>in</strong>aceouselicitors 119MF3 prote<strong>in</strong> 122–125MF3 <strong>in</strong>tegration with chitosan124MF3 polypeptide cha<strong>in</strong> 123peptidyl-prolyl cis/transisomerases (PPIases)122<strong>plant</strong> FKBPs 122

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