Lab 2. Name the Kingdom covered in Lab 2 Fungi Multicellular fungi are composed of filaments called...

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Practical Review Lab 2

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Transcript of Lab 2. Name the Kingdom covered in Lab 2 Fungi Multicellular fungi are composed of filaments called...

Page 1: Lab 2. Name the Kingdom covered in Lab 2 Fungi Multicellular fungi are composed of filaments called Hyphae Masses of hyphae are referred to as Mycelium.

Practical ReviewLab 2

Page 2: Lab 2. Name the Kingdom covered in Lab 2 Fungi Multicellular fungi are composed of filaments called Hyphae Masses of hyphae are referred to as Mycelium.

Name the Kingdom covered in Lab 2

Fungi

Page 3: Lab 2. Name the Kingdom covered in Lab 2 Fungi Multicellular fungi are composed of filaments called Hyphae Masses of hyphae are referred to as Mycelium.

Multicellular fungi are composed of filaments called

Hyphae

Masses of hyphae are referred to as

Mycelium

Page 4: Lab 2. Name the Kingdom covered in Lab 2 Fungi Multicellular fungi are composed of filaments called Hyphae Masses of hyphae are referred to as Mycelium.

The sexual life for all fungi is

Zygotic Meiosis

In which the zygote undergoes:

Meiosis

Page 5: Lab 2. Name the Kingdom covered in Lab 2 Fungi Multicellular fungi are composed of filaments called Hyphae Masses of hyphae are referred to as Mycelium.

Name the Phylum

Ascomycota

Name the structures:

Ascus with ascospores

Page 6: Lab 2. Name the Kingdom covered in Lab 2 Fungi Multicellular fungi are composed of filaments called Hyphae Masses of hyphae are referred to as Mycelium.

Name the Phylum

Basidiomycota

Name the structures:

Basidium with basidospores

Page 7: Lab 2. Name the Kingdom covered in Lab 2 Fungi Multicellular fungi are composed of filaments called Hyphae Masses of hyphae are referred to as Mycelium.

What group of fungi are only known to reproduce asexually?

Imperfect Fungi

Name the structures indicated by the arrow

Conidia on Conidiophores

Page 8: Lab 2. Name the Kingdom covered in Lab 2 Fungi Multicellular fungi are composed of filaments called Hyphae Masses of hyphae are referred to as Mycelium.

A lichen is a symbiotic relationship between:A photobiont (green alga or cyanobacterium) and

a mycobiont (fungus, usually Ascomycota)

Name the body form for each lichen pictured

Crustose Foliose Fruticose


FUNGI - Tripod.comhelpuneed.tripod.com/.../sitebuilderfiles/ch.17_fungi.pdf · Hyphae have a huge surface area to secrete digestive enzymes and absorb food

FUNGI - Tripod.comhelpuneed.tripod.com/.../sitebuilderfiles/ch.17_fungi.pdf · Hyphae have a huge surface area to secrete digestive enzymes and absorb food

Fungi Lab: Zygomycota (common mold) 1.Name and describe three kinds of hyphae that make up bread mold Rhizoids = rootlike hyphae that penetrate bread;

Fungi Lab: Zygomycota (common mold) 1.Name and describe three kinds of hyphae that make up bread mold Rhizoids = rootlike hyphae that penetrate bread;

IN INTRODUCTION TO PLANT DISEASES, PART II-FUNGI BACTERIA Publications... · FUNGI Fungi are composed of living filaments called hyphae Need an outside food source Pathogens of plants

IN INTRODUCTION TO PLANT DISEASES, PART II-FUNGI BACTERIA Publications... · FUNGI Fungi are composed of living filaments called hyphae Need an outside food source Pathogens of plants

Chapter 31 – Introduction to Fungi. Fungi characteristics Heterotrophic External digestion Hyphae –Threadlike filaments –Chains of cells can be separated.

Chapter 31 – Introduction to Fungi. Fungi characteristics Heterotrophic External digestion Hyphae –Threadlike filaments –Chains of cells can be separated.

Unit 6--Microbiology Chapter 21 Fungi. Fungal Characteristics Filamentous bodies: Hyphae = thin filaments Mycelium = entire mass of hyphae Chitinous cell.

Unit 6--Microbiology Chapter 21 Fungi. Fungal Characteristics Filamentous bodies: Hyphae = thin filaments Mycelium = entire mass of hyphae Chitinous cell.

Fungi - Nicholls State University 2.pdf · 1 Kingdom Fungi 2 Characteristics of Fungi Heterotrophic saprobes – cells of hyphae secrete digestive enzymes and absorb products of digestion

Fungi - Nicholls State University 2.pdf · 1 Kingdom Fungi 2 Characteristics of Fungi Heterotrophic saprobes – cells of hyphae secrete digestive enzymes and absorb products of digestion

Fungi in Tissue Lab-6-. Fungi in Tissue (con’t.) 3.) Hyphae. These are the long slender tubes by which most fungi grow. We see hyphae growing in human.

Fungi in Tissue Lab-6-. Fungi in Tissue (con’t.) 3.) Hyphae. These are the long slender tubes by which most fungi grow. We see hyphae growing in human.

Fungi 2.pdf · 5 Fungi have both asexual and sexual reproduction Asexual - • fragmentation (breakage) of hyphae can produce new mycelium • production of spores by modified ...

Fungi 2.pdf · 5 Fungi have both asexual and sexual reproduction Asexual - • fragmentation (breakage) of hyphae can produce new mycelium • production of spores by modified ...

A Review of the Ubiquity of Ascomycetes Filamentous Fungi ... · fying fungi as filamentous fungi is the ability to possess hyphae. A high number of known filamentous fungi tend to

A Review of the Ubiquity of Ascomycetes Filamentous Fungi ... · fying fungi as filamentous fungi is the ability to possess hyphae. A high number of known filamentous fungi tend to

Fungi & Molds Fungi Are eukaryotic heterotrophs. Frequently decomposers, sometimes parasites. Usual structure is a mass of entangled filaments called Hyphae.

Fungi & Molds Fungi Are eukaryotic heterotrophs. Frequently decomposers, sometimes parasites. Usual structure is a mass of entangled filaments called Hyphae.

Fungi Identification a dichotomous key approach. budding cells few or no hyphae hyphae seen Microscopic appearance of colonies:

Fungi Identification a dichotomous key approach. budding cells few or no hyphae hyphae seen Microscopic appearance of colonies:

Botany Lab Prep KINGDOM FUNGI BIO 201: Botany. DIVISION OOMYCOTA Water molds (one of the lower fungi) Coenocytic hyphae Asexual – zoospores Sexual – antheridia.

Botany Lab Prep KINGDOM FUNGI BIO 201: Botany. DIVISION OOMYCOTA Water molds (one of the lower fungi) Coenocytic hyphae Asexual – zoospores Sexual – antheridia.

LAB 8 Fungi

LAB 8 Fungi

Chapter 25 Fungi. Fig. 31-1 Fig. 31-2 Reproductive structure Spore-producing structures Hyphae Mycelium 20 µm.

Chapter 25 Fungi. Fig. 31-1 Fig. 31-2 Reproductive structure Spore-producing structures Hyphae Mycelium 20 µm.

Kingdom Of Fungi•Fungi are consist of masses of tubular structures called (hyphae) •Some fungi have cross walls or septawhich divide the filaments into sections while other fungi

Kingdom Of Fungi•Fungi are consist of masses of tubular structures called (hyphae) •Some fungi have cross walls or septawhich divide the filaments into sections while other fungi

Chapter 26ocw.nctu.edu.tw/course/biology/microbiology971/fungi-protozoa08... · 16 Figure 26.10 Division Zygomycota - Zygomycetes coenocytic hyphae containing numerous haploid nuclei

Chapter 26ocw.nctu.edu.tw/course/biology/microbiology971/fungi-protozoa08... · 16 Figure 26.10 Division Zygomycota - Zygomycetes coenocytic hyphae containing numerous haploid nuclei

Fungi- Chapter 14. Fungi Eukaryotic Unicellular and multicellular Most are composed of hyphae (fungal filaments) Nuclei occur in continuous mycelium.

Fungi- Chapter 14. Fungi Eukaryotic Unicellular and multicellular Most are composed of hyphae (fungal filaments) Nuclei occur in continuous mycelium.

FUNGI. Hyphae long filaments in the body of a fungus. Mycelium – the fungus body; a collection of interconnecting hyphae. Sporangia – fruiting bodies.

FUNGI. Hyphae long filaments in the body of a fungus. Mycelium – the fungus body; a collection of interconnecting hyphae. Sporangia – fruiting bodies.

Phylum - Zygomycota Kingdom Fungi. Zygomycota Vegetative stage – well developed aseptate hyphae Asexual reproduction by nonmotile sporangiospores Sexual.

Phylum - Zygomycota Kingdom Fungi. Zygomycota Vegetative stage – well developed aseptate hyphae Asexual reproduction by nonmotile sporangiospores Sexual.

MYCOLOGY (MIC 206) CHAPTER 2: REPRODUCTION. Reproduction Filamentous fungi – Asexually by fragmentation of hyphae – Asexual and sexual reproduction by.

MYCOLOGY (MIC 206) CHAPTER 2: REPRODUCTION. Reproduction Filamentous fungi – Asexually by fragmentation of hyphae – Asexual and sexual reproduction by.