Yeast propagation The yeasts propagate usually by budding and rarely by binary fission If the yeast continue to propagate by forming more and more buds, but do not detach from one another, they will produce elongated forms similar to hyphae called pseudohyphae
Yeast propagation • The yeasts propagate usually by budding and rarely by binary fission. • If the yeast continue to propagate by forming more and more buds, but do not detach from one another, they will produce elongated forms similar to hyphae called pseudohyphae
增殖方式 装 Blastoconidia formalion Fission formotion Pe A Yeast cells propagating by budding B Yeast dividing by binary fission C Development of pseudohyphae
A. Yeast cells propagating by budding B. Yeast dividing by binary fission C. Development of pseudohyphae 增殖方式
F morn Chrgmcera onekotan d E 毛pndp n HTET Groth
Molds Molds have two different structural parts Hyphae and Spores Hyphae are multi-cellular filamentous structures Hyphae form branches and the pattern of branching is helpful for morphological identification
Molds • Molds have two different structural parts: Hyphae and Spores. • Hyphae are multi-cellular filamentous structures. • Hyphae form branches and the pattern of branching is helpful for morphological identification
hyphae/molds
hyphae/molds