The aim of our work was to find out whether DNA amplification could be involved in plant active defense from pathogens. The results obtained showed that active defense involves a generalized amplification of repeated sequences in tomato in vitro cultures challenged with the fungal pathogen Fusarium oxysporum in dual culture.
DNA AMPLIFICATION IN TOMATO DEVELOPMENT AND DURING THE RESPONSE TO FUSARIUM OXYSPORUM OF COMMERCIAL CVS. AND IN VITRO SELECTED GENOTYPES / C. SIMETI; E. STORTI; F. SALA; E. CUZZONI; C. GIORDANI; P. BOGANI; M. PELLEGRINI; P. BETTINI; M. BUIATTI;. - STAMPA. - (1989), pp. 142-143. (Intervento presentato al convegno XXXIII CONVEGNO SOCIETÀ ITALIANA DI GENETICA AGRARIA tenutosi a Porto Conte, Alghero (SS) nel 23-26 Ottobre 1989).
DNA AMPLIFICATION IN TOMATO DEVELOPMENT AND DURING THE RESPONSE TO FUSARIUM OXYSPORUM OF COMMERCIAL CVS. AND IN VITRO SELECTED GENOTYPES
P. BOGANI;M. PELLEGRINI;P. BETTINI;M. BUIATTI
1989
Abstract
The aim of our work was to find out whether DNA amplification could be involved in plant active defense from pathogens. The results obtained showed that active defense involves a generalized amplification of repeated sequences in tomato in vitro cultures challenged with the fungal pathogen Fusarium oxysporum in dual culture.
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