INMIBO ( EX - PROPLAME) 14614
INSTITUTO DE MICOLOGIA Y BOTANICA
Unidad Ejecutora - UE
artículos
Título:
Molecular characterization using AFLP technique of some species of the genus Saccobolus (Ascomycota-Pezizales).
Autor/es:
RAMOS, A.M.; CINTO, I. E.; FRANCO TADIC, L; RANALLI, M. E..
Revista:
MYCOTAXON
Editorial:
MYCOTAXON LTD
Referencias:
Año: 2011 p. 355 - 364
ISSN:
0093-4666
Resumen:
ABSTRACT Amplified restriction fragment length polymorphism (AFLP) was used to assess
the genetic diversity among species and isolates of the genus Saccobolus. Monosporic strains of
five species of the genus were used throughout. The dendrogram obtained from the analysis of
grouping (UPGMA) showed four groups of species. The ordination of isolates through the
principal coordinates method exhibited nearly the same relations between isolates as the
phenogram. Analysis of six samples identified as Saccobolus versicolor using morphological
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
five species of the genus were used throughout. The dendrogram obtained from the analysis of
grouping (UPGMA) showed four groups of species. The ordination of isolates through the
principal coordinates method exhibited nearly the same relations between isolates as the
phenogram. Analysis of six samples identified as Saccobolus versicolor using morphological
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
five species of the genus were used throughout. The dendrogram obtained from the analysis of
grouping (UPGMA) showed four groups of species. The ordination of isolates through the
principal coordinates method exhibited nearly the same relations between isolates as the
phenogram. Analysis of six samples identified as Saccobolus versicolor using morphological
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
five species of the genus were used throughout. The dendrogram obtained from the analysis of
grouping (UPGMA) showed four groups of species. The ordination of isolates through the
principal coordinates method exhibited nearly the same relations between isolates as the
phenogram. Analysis of six samples identified as Saccobolus versicolor using morphological
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
five species of the genus were used throughout. The dendrogram obtained from the analysis of
grouping (UPGMA) showed four groups of species. The ordination of isolates through the
principal coordinates method exhibited nearly the same relations between isolates as the
phenogram. Analysis of six samples identified as Saccobolus versicolor using morphological
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
the genetic diversity among species and isolates of the genus Saccobolus. Monosporic strains of
five species of the genus were used throughout. The dendrogram obtained from the analysis of
grouping (UPGMA) showed four groups of species. The ordination of isolates through the
principal coordinates method exhibited nearly the same relations between isolates as the
phenogram. Analysis of six samples identified as Saccobolus versicolor using morphological
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
five species of the genus were used throughout. The dendrogram obtained from the analysis of
grouping (UPGMA) showed four groups of species. The ordination of isolates through the
principal coordinates method exhibited nearly the same relations between isolates as the
phenogram. Analysis of six samples identified as Saccobolus versicolor using morphological
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
characters, has shown the same diagnostic fingerprints as S. verrucisporus with the primer
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versicolor, could be an intraspecific variant of
combinations tested. The isolates identified as S. versic
