hyphae with no septa. pore type within septum secreted catalyst

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Hyphae with no septa

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Page 1: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Hyphae with no septa

Page 2: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Pore Type within Septum

Page 3: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Secreted Catalyst

Page 4: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Structural Polymer in Oomycete Cell Walls

Page 5: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Network of Hyphae

Page 6: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Fusion of Nuclei

Page 7: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Metabolic Pathway

Page 8: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Large Bundles of Mycelia

Page 9: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Fungal Storage Product

Page 10: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Term for Asexual Life Cycle of a Fungus

Page 11: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Term for Sexual Life Cycle of a Fungus

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Fusion of Cytoplasm

Page 13: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Nuclear Condition of Hyphal Segment

Page 14: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Thick-Walled Hyphal Segment;Breaks Off to Become a Spore

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Hyphal Outgrowth that Breaks Off and Functions as Spore

(Hint: This is NOT a Sporangium)

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Asexual Structure in which Spores are Produced

Page 17: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Stalk of a Sporangium

Page 18: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

General Term for Spores (Zoospores, Aplanospores) ProducedIn a Sporangium

Page 19: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Non-Flagellated Spores Produced in a Sporangium

Page 20: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Fungal Cell Wall Component

Page 21: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Term for Hyphae with Septa

Page 22: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Type of Mitosis Common in Fungi

Page 23: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Type of Organism which Uptakes Carbohydrates

Page 24: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Name of Molecule

Page 25: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Anaerobic Metabolic Pathway

Page 26: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Anaerobic Metabolic Process

Page 27: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Major Eukaryotic Clade

Page 28: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Flagella Type

Page 29: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

In Saprolegnia, Ploidy Level of Anamorphic Stage

Page 30: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Flagellated Spores released from Sporangium in Saprolegnia

Page 31: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Emerging Hypha from Germinating Spore in Saprolegnia

Page 32: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Female Gametangium in Saprolegnia

Page 33: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Dormant Zygote in Saprolegnia

Page 34: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Disease that Ravaged Ireland in mid-19th Century

Page 35: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Oomycete responsible for Late Potato Blight

Page 36: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Fungal Disease of Grapes

Page 37: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Oomycete Responsible for Grape Downy Mildew

Page 38: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Fungal Disease of Mustards

Page 39: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Oomycete Responsible for White Rust

Page 40: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Fungal Disease of Seedlings

Page 41: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Oomycete Responsible for Damping Off Disease

Page 42: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Physarum

Name of this Structure

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Physarum

Ploidy Level of a Nucleus in this Structure

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Physarum

Name of this Reproductive Structure

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Physarum

Dormant Phase of Physarum Plasmodium

Page 46: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Dictyostelium

Name for Structure formed by Aggregating Myxamoebae

Page 47: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Dictyostelium

Ploidy Level of Nucleus in Each Cell

Page 48: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Chemical Messenger

Page 49: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Dictyostelium

Name of Structure

Page 50: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Name for Spore Producing Structure

Dictyostelium

Page 51: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Mode of Food Uptake

Page 52: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Name for “Arm”

Page 53: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Fungal Group

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Flagellum Type

Page 55: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Hypha-Like Structure in Chytrid that Tapers at End and has No Nuclei

Page 56: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Life Cycle with Extensive Diploid and Haploid Phases(Same as in Plants)

Page 57: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Sporangium Type in Allomyces

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Ploidy Level of Zoospores Produced Here

Page 59: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Sporangium Type in Allomyces

Page 60: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Ploidy Level of Zoospores Produced Here

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Type of Gametangium in Allomyces

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Type of Gametangium in Allomyces

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Dimorphic Gametes

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Gametes of Equal Size

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Life Form of Immersed Chytrid

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Life Form of Surface Chytrid

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Life Form of Free-Living Chytrid

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Chytrid Life Cycle in which Entire Thallus converts to Sporangium/Gametangium

Page 69: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Chytrid Life Cycle in which Part of Thallus converts to Sporangium/Gametangium

Page 70: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Eucarpid Chytrid with Multiple Sporangia/Gametangia

Page 71: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Eucarpic Chytrid that forms One Sporangium/Gametangium

Page 72: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

Ploidy Level of Anamorph in Zygomycetes

Page 73: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

In Rhizopus, type of asexual spore produced within sporangium

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In Rhizopus, term for Fused Hyphae

Page 75: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

In Rhizopus, term for fused cells formed after septa form

Page 76: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

In Rhizopus, term for young structure after fusion septum dissolves

(Teleomorph)

Page 77: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

In Rhizopus, mature sporangium (Teleomorph)

Page 78: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

In Rhizopus, type of Suspensors

Page 79: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

In Rhizopus, type of Sporangium produced from within Zygospore

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+ -

Term used to Describe Different Hyphal Strains that Fuse

Page 81: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

In zygomycetes, sporangia that produce very few spores

Page 82: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

In Pilobolus, swelling at base of Sporangiophore

Page 83: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

In Pilobolus, region below Sporangium that becomes Turgid

Page 84: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

In Pilobolus, region that produces asexual spores

Page 85: Hyphae with no septa. Pore Type within Septum Secreted Catalyst

In Pilobolus, region just below subsporangial vesicle that is filled with carotenoids

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GOOD LUCK!!