Abstract

Facing the need for preservation and maintenance of biological materials, among them fungi with potential for biological control, for biotechnological and scientific development, which are gaining prominence in the world scenario. It is necessary to adapt preservation methods that besides guaranteeing the survival of these microorganisms allow the conservation of their morphological, physiological and genetic characteristics, however, there is no ideal or universal method for the conservation of biological materials. In view of this need, the present work had the objective of evaluating the efficacy and feasibility of three methods for the preservation of Phoma dimorpha (periodic repictions, Castellani and filter paper fragments) isolates in two evaluation periods, six and twelve months after the storage. Efficacy and viability were studied by mycelial growth of the fungus in a culture medium containing potato-dextrose-agar. There was variability between the preservation methods of the P. dimorpha fungus isolate for mycelial growth, method efficacy and mycelial growth rate index, in the two evaluation periods, after six and twelve months of storage. The filter paper fragment preservation method was the most effective in preserving the P. dimorpha fungus isolate in the two evaluation periods, after six and twelve months of storage, being ideal to obtain the highest mycelial growth, efficacy of the method and mycelial growth rate index.

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