![]() Stirling and Mankau (1978a) collected the gelatinous matrix of Meloidogyne egg masses from host plants in the field and partially dissolved by treating in 1% NaOC1 for about 2 min, and eggs were examined for parasitic fungi. By combining the ITS sequence with morphologic characteristics, a new anamorphic species was described and illustrated together with its teleomorph. Conidia were elongated ellipsoids, 1–2 septate, mostly 1 septate. Conidiophores were either not branched or occasionally branched, bearing divergent sterigmata on the tip with a single conidium on each. (2009) isolated D. alba, a new species from the ascospores of Orbilia alba collected in Wenshan County, Yunnan Province, China. Therefore, it is described as a new anamorphic species, D. coccinella. Comparison of its morphologic and biologic characters and analysis of sequence data of the rDNA in ITS region suggest that the fungus is a separate species. Simple conidiophore that bears a single, cylindrical, 1-7- septate conidium with a round distal end, a monoblastic conidiogenous cell, cylindrical, and absence of nematode-trapping capability distinguish this anamorphic fungus from other Dactylella species. coccinella from the teleomorphic fungus Orbilia coccinella and described it as a new anamorphic species. Sterling and Mankau (1978) isolated D. oviparasitica from root knot nematode egg masses ( Meloidogyne spp.). Sunitha, in Beneficial Microbes in Agro-Ecology, 2020 3 Isolation of Dactylella
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