Conidial surface ultrastructure of human-pathogenic and saprobicCladosporium species
K Takeo, GS De Hoog, M Miyaji, K Nishimura - Antonie van Leeuwenhoek, 1995 - Springer
K Takeo, GS De Hoog, M Miyaji, K Nishimura
Antonie van Leeuwenhoek, 1995•SpringerFreeze-fracturing of outer wall layers of Cladosporium conidia revealed two types of
ultrastructure, coinciding with taxonomic characteristics. The outer conidial layers were
essentially smooth in the human pathogenic species, C. bantianum, C. carrionii, and C.
trichoides. In contrast, mosaic arrays of rodlets on conidia were observed with freeze-
fracturing in the saprobic species, C. cladosporioides, C. coralloides, C. herbarum, C.
sphaerospermum, and C. variabile. Conidia of C. elatum were an exception among the …
ultrastructure, coinciding with taxonomic characteristics. The outer conidial layers were
essentially smooth in the human pathogenic species, C. bantianum, C. carrionii, and C.
trichoides. In contrast, mosaic arrays of rodlets on conidia were observed with freeze-
fracturing in the saprobic species, C. cladosporioides, C. coralloides, C. herbarum, C.
sphaerospermum, and C. variabile. Conidia of C. elatum were an exception among the …
Abstract
Freeze-fracturing of outer wall layers ofCladosporium conidia revealed two types of ultrastructure, coinciding with taxonomic characteristics. The outer conidial layers were essentially smooth in the human pathogenic species,C. bantianum, C. carrionii, andC. trichoides. In contrast, mosaic arrays of rodlets on conidia were observed with freeze-fracturing in the saprobic species,C. cladosporioides, C. coralloides, C. herbarum, C. sphaerospermum, andC. variabile. Conidia ofC. elatum were an exception among the saprobic species as they had smooth surfaces. The present study supports the suggestion that the human pathogenicCladosporium species should be transferred to another genus.
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