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Bemisia Tabaci B-arabidopsis Interactions Examined by Electrical Penetration Graphs

Jaclyn Shuzhen Zhou

出版	University of California, Riverside, 2014
ISBN	13210889499781321088946
URL	http://books.google.com.hk/books?id=FjdfrgEACAAJ&hl=&source=gbs_api

註釋

Here we used the Electrical Penetration Graph (EPG) technique to determine the tissue location of resistance traits that influence B. tabaci B adult and nymph feeding in wild-type plants and in four defense mutants (cim10, cev1, coi1, and npr1). EPG studies measured 90 variables reflecting adult whitefly feeding behaviors. However, few variables differed significantly among the five genotypes and between pooled data of fast-development genotypes (cim10 and coi1) and slow nymph development genotypes (npr1 and cev1) . These data indicated that the suite of variables that are most strongly associated with host plant acceptance/suitability were not consistently associated with how each genotype affected nymphal development. For most of the feeding variables where the ANOVA detected significant differences among the five genotypes, the significant differences were due to cim10 differing significantly from one or more of the other genotypes.