Fungus

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Absorptive heterotrophs

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Digest food first and then absorb it in their bodies

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Most saprobes

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Live on other dead organisms

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Yeast

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A fungi that is unicellular

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Chitin

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Cell walls of fungi are made by this

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Hyphae

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Grow as microscopic tubes of filaments

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Mycelium

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Hyphal networks

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Penicillin

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Fungus produces what?

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Sexual reproductive structures

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Fungus are classified by their

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Mycology

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Study of fungi

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Fungicide

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Chemicals used to kill fungi

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Endosymbiosis

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Fungi may have evolved from prokaryotes by

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Vegetative

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Nonproductive structures of fungi

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Septum

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Cross walls

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Septate the hyphae

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Hyphae with septa

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Coenocytic hyphae

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Hyphae without septa

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Mycelium

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Tangled mats of hyphae are known as

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Stolen

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Horizontal hyphae

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Rhizoids

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Root like structures of hyphae

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Asexual reproduction

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Produces genetically identical organisms and the most common method used

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Asexual reproduction

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Produces genetically identical organisms and the most common method used

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Sexual reproduction

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In fungi occurs when nutrients or water are scarce

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Asexual reproduction

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Produces genetically identical organisms and the most common method used

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Sexual reproduction

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In fungi occurs when nutrients or water are scarce

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Fruiting bodies

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Are modified hyphae that make asexual spores

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Asexual reproduction

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Produces genetically identical organisms and the most common method used

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Sexual reproduction

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In fungi occurs when nutrients or water are scarce

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Fruiting bodies

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Are modified hyphae that make asexual spores

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Spores

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Haploid cells with dehydrated cytoplasm

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Asexual reproduction

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Produces genetically identical organisms and the most common method used

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Sexual reproduction

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In fungi occurs when nutrients or water are scarce

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Fruiting bodies

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Are modified hyphae that make asexual spores

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Spores

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Haploid cells with dehydrated cytoplasm

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Conidia

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Preicillium mold produces spores called

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Asexual reproduction

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Produces genetically identical organisms and the most common method used

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Sexual reproduction

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In fungi occurs when nutrients or water are scarce

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Fruiting bodies

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Are modified hyphae that make asexual spores

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Spores

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Haploid cells with dehydrated cytoplasm

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Conidia

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Preicillium mold produces spores called

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Conidiophore

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Without a protective sac on the top of a stalk called

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Asexual reproduction

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Produces genetically identical organisms and the most common method used

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Sexual reproduction

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In fungi occurs when nutrients or water are scarce

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Fruiting bodies

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Are modified hyphae that make asexual spores

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Spores

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Haploid cells with dehydrated cytoplasm

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Conidia

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Preicillium mold produces spores called

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Conidiophore

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Without a protective sac on the top of a stalk called

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Dimorphism

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Change their sex

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Asexual reproduction

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Produces genetically identical organisms and the most common method used

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Sexual reproduction

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In fungi occurs when nutrients or water are scarce

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Fruiting bodies

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Are modified hyphae that make asexual spores

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Spores

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Haploid cells with dehydrated cytoplasm

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Conidia

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Preicillium mold produces spores called

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Conidiophore

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Without a protective sac on the top of a stalk called

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Dimorphism

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Change their sex

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Zygospores

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Can endure harsh environments until conditions improve and new sporangium

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Asexual reproduction

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Produces genetically identical organisms and the most common method used

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Sexual reproduction

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In fungi occurs when nutrients or water are scarce

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Fruiting bodies

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Are modified hyphae that make asexual spores

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Spores

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Haploid cells with dehydrated cytoplasm

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Conidia

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Preicillium mold produces spores called

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Conidiophore

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Without a protective sac on the top of a stalk called

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Dimorphism

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Change their sex

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Zygospores

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Can endure harsh environments until conditions improve and new sporangium

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Ascocarp

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Specialized hyphae formed by parent fungi during sexual reproduction

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Asexual reproduction

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Produces genetically identical organisms and the most common method used

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Sexual reproduction

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In fungi occurs when nutrients or water are scarce

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Fruiting bodies

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Are modified hyphae that make asexual spores

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Spores

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Haploid cells with dehydrated cytoplasm

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Conidia

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Preicillium mold produces spores called

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Conidiophore

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Without a protective sac on the top of a stalk called

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Dimorphism

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Change their sex

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Zygospores

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Can endure harsh environments until conditions improve and new sporangium

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Ascocarp

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Specialized hyphae formed by parent fungi during sexual reproduction

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Ascus

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Sacs within the ascocarp that form spores called ascospores

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Asexual reproduction

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Produces genetically identical organisms and the most common method used

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Crustose

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Grow on rocks and trees

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Sexual reproduction

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In fungi occurs when nutrients or water are scarce

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Fruiting bodies

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Are modified hyphae that make asexual spores

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Spores

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Haploid cells with dehydrated cytoplasm

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Conidia

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Preicillium mold produces spores called

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Conidiophore

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Without a protective sac on the top of a stalk called

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Dimorphism

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Change their sex

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Zygospores

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Can endure harsh environments until conditions improve and new sporangium

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Ascocarp

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Specialized hyphae formed by parent fungi during sexual reproduction

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Ascus

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Sacs within the ascocarp that form spores called ascospores

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Asexual reproduction

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Produces genetically identical organisms and the most common method used

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Crustose

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Grow on rocks and trees

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Fructose

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Grow on shrubs

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Sexual reproduction

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In fungi occurs when nutrients or water are scarce

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Fruiting bodies

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Are modified hyphae that make asexual spores

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Spores

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Haploid cells with dehydrated cytoplasm

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Conidia

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Preicillium mold produces spores called

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Conidiophore

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Without a protective sac on the top of a stalk called

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Dimorphism

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Change their sex

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Zygospores

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Can endure harsh environments until conditions improve and new sporangium

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Ascocarp

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Specialized hyphae formed by parent fungi during sexual reproduction

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Ascus

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Sacs within the ascocarp that form spores called ascospores