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Botrytis cinerea  is a necrotrophic plant pathogen that causes plenty of crop losses in Egypt and worldwide. Fifteen isolates of  B. cinerea  were collected from cabbage, pepper and lettuce grown in different locations in Egypt and subjected to investigation. Diversity in phenotypic, pathological and molecular characteristics was detected among isolates, leading to categorizing them into different groups. Molecular variation was demonstrated in all isolates by transposable elements (TEs) analyses. Four TE types, based on the presence or absence of two transposable elements,  boty  and  flipper , were recognized among  B. cinerea  isolates in which  transposa  type (having both TEs,  boty  +  flipper ) was predominant (40%), while only  boty  and only  flipper  types appeared with distribution values of 26.7 and 20%, respectively and  vacuma  type (Lacking both TEs) showed the lowest distribution value (13.3%). Furthermore,  vacuma  population demonstrated the lowest pathogenic potential comparing to others. A correlation was found between TE type and virulence level of isolate, but no impact of TE type was observed on phenotypic characteristics of  B. cinerea.

Detection and Characterization of Botrytis cinerea Isolates from Vegetables in Egypt