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The intra- and inter-specific genetic dissimilarity between 14 'yellow' passion fruit plants and eight 'sleep' passion fruit plants were evaluated through nine physical-chemical descriptors, whose measured values were submitted to descriptive (average, standard deviation and variation coefficient) and inferential (univariated (ANOVA, averages and correlations tests) and multivariated (Mahalanobis distance, hierarchical clustering, Singh coefficient and Mantel test)) statistics. Intra- and, especially, inter-specific variability were found among the passion fruit plants (p < 0.001). The total soluble solid, equatorial diameter, total titratable acidity, and fruit weight descriptors presented the highest percentage of relative contribution, totaling 85.2% of the observed divergence. Preferential crossings among genotypes with physical- chemical characteristics of desirable fruits and useful genetic dissimilarity in divergent and convergent crossings were identified.

Genetic dissimilarity of ‘yellow’ and ‘sleep’ passion fruit accessions based on the fruits physical-chemical characteristics