Cordyceps Cordyceps sp. 1.Eukaryote 2.Nuclei in Cells 3.Multicellular 4.Cell wall 5.Heterotroph 6.Sessile (sort-of) 7.Sexual and Asexual Reproduction.

Slides:



Advertisements
Similar presentations
Fungi.
Advertisements

Fungi A spore stalk from a fungus that killed a carpenter ant
The Kingdom Fungi Section 21–1
Kingdom Fungi.
Fungi Chapter 31. Fungi - heterotrophs - eat by absorbing nutrients - by secreting enzymes to outside which digest food around them; fungi absorbs food.
KINGDOM FUNGI.
Chapter 22 Fungi. What are Fungi? Fungi have threadlike bodies. Fungal cell walls contain chitin. – Chitin – a tough carbohydrate that is also found in.
Eukaryotic cells Most are multi-celled Some are uni-cellular Heterotrophs Live in moist, warm areas Have Cell Walls FUNGI.
Domain Bacteria Domain Archaea Domain Eukarya Common ancestor Kingdom: Fungi Domain Eukarya.
Fungi.
Table “Button” Mushroom Agaricus bisporus
Protists and Fungus Jeopardy!. ProtistsFungusProtist 2Fungus 2Random
Ch. 21 Sec. 1 The Kingdom Fungi.
The Kingdom Fungi.
Fungi.
Chapter 31 Notes Fungi.
Diversity of Living Things. The Big Picture of Kingdoms BACTERIA & ARCHAEA PROTISTS FUNGI & PROTISTS ANIMALS PLANTS.
The Six Kingdoms of Life. EUBACTERIA This is a kingdom of single-celled prokaryotes that have been around in similar forms since the beginning of life.
AGENDAAPRIL 22  OBJECTIVE: Describe the characteristics of organisms classified within Kingdom Fungi.  1. Chapter 20 Protists QUIZ  2. Begin Chapter.
Fungi Kingdom #4 Wake County Biology Curriculum.
FUNGUS KINGDOM. FUNGUS Heterotrophs Feed by releasing digesting enzymes into surroundings then absorbing digested nutrients Ex: mushrooms, mould, mildew.
Chapter 21: Fungi Biology- Kirby.
FUNGI.
Kingdom: Fungi Domain Eukarya Domain Bacteria Archaea Eukarya
FUNGI They’re not plants! KINGDOM FUNGI # of CELLS Multicellular= many Unicellular= one.
Unit 6 Part 3 Fungi. Characteristics Eukaryotic heterotrophs Multicellular (except yeasts) Cell wall – Made of chitin.
Spotlight on Cordyceps A Fungus using Mind Control on Ants.
Kingdom Fungi Unit 2 - Biodiversity.
End Show Slide 1 of 24 Copyright Pearson Prentice Hall Biology.
Fungi. Fungi Basics Eukaryotic (4 Eukaryote kingdoms = animals, plants, fungi, & protists) Multicellular Heterotrophic (decomposers) Cell Walls.
Chapter 21: Protists and Fungi Section 21-4: Fungi.
FUNGI. Fungi General Characteristics eukaryote absorptive heterotroph - saprobe or parasite cell walls made of chitin multicellular (except for yeast)
FUNGI.
Fungi.
KINGDOM FUNGI Unit 3. Warm-Up Introduction to Kingdom Fungi.
Unit 6 Microorganisms & Fungi Ch. 21 Fungi. What are Fungi?  Fungi are eukaryotic heterotrophs that have cell walls  Chitin - makes up cell walls, a.
FUNGI. What are Fungi? Eukaryotic heterotrophs Cell walls made of chitin Chitin: found in external skeletons of insects Mostly multicellular.
Water Weeds Elodea canadensis
Kingdom Fungi. What are some fungi Molds Lichens Mushrooms.
Fungi Section 18-2.
The Fungi Kingdom Mycology -the study of fungi fungi - plural fungus - singular 1) fungi are eukaryotic they have a nuclei & mitochondria 2) they are heterotrophs.
Kingdom Fungi Common Characteristics: Eukaryotic No chlorophyll and are heterotrophs Cell walls of cells are made of chitin Most are multicellular. Only.
Kingdom Fungi. Distinguishing Characteristics Eukaryotes Nuclei in cells Multicellular Cell walls (chitin) Heterotrophs Sessile Sexual & Asexual Reproduction.
Kingdom Fungi Biology 11 Mr. McCallum Spring 2014.
FUNGI.  Hyphae long filaments in the body of a fungus.  Mycelium – the fungus body; a collection of interconnecting hyphae.  Sporangia – fruiting bodies.
Kingdom Fungi.
KINGDOM FUNGI. Kingdom Fungi Characteristics  Eukaryotes  Heterotrophic  mostly multi-cellular  some unicellular (yeast)
FUNGI. KINGDOM FUNGI Important characteristics Eukaryotic- have a nucleus Use spores to reproduce Heterotrophs Some unicellular, some are multicellular.
Fungi Basics Heterotrophs –Cannot perform photosynthesis –Release enzymes to absorb nutrients Cell composition similar to animals Reproduction: Sexual.
Kingdom Fungi. What is a fungus? -Multi-cellular organisms, (except yeast, (single celled) -Heterotrophs, decomposer -Chitin cell wall -Immobile.
Part 4: Fungi Traits Multicellular, eukaryotic, non-motile Cell walls made of chitin Heterotrophic (absorb food!) –Have filaments called hyphae…used.
FUNGI. Fungi Kingdom Eukaryotes. Use spores to reproduce. Heterotrophs cannot make their own food. Need warm, moist places to grow. Examples: yeast, molds.
Baker’s Yeast Sacharomyces cerevisiae Kingdom Fungi Division Ascomycota.
The Kingdom Fungi Photo Credit: ©D. Cavagnaro/DRK Photo.
FUNGI… Is Fungi Fun????? Ridgewood High School
Copyright Pearson Prentice Hall
FUNGI They’re not plants!.
Kingdom Fungi.
KINGDOM FUNGI: Yeasts and warm Fuzzies
The Wonderful World of Fungi
Copyright Pearson Prentice Hall
Kingdom Fungi Standard: Classify organisms into one of the six kingdoms based on physical characteristics.
Kingdom Fungi.
Multicellular Organisms Fungi
Basic characteristics, types of fungi and reproduction
Kingdom: Fungi.
How do fungi obtain nutrients? How are fungal groups characterized?
Fungus Insect Fungus Cordyceps Prokaryote or Eukaryote?
Characteristics of Fungi
& Eukaryotic Microbes NB Questions
Presentation transcript:

Cordyceps Cordyceps sp. 1.Eukaryote 2.Nuclei in Cells 3.Multicellular 4.Cell wall 5.Heterotroph 6.Sessile (sort-of) 7.Sexual and Asexual Reproduction 8.Kingdom Fungi

Cordyceps Cordyceps sp. Kingdom Division Class Order Family Genus species Fungi Ascomycota Sodariomycetes Hypocreales Clavicipitaceae Cordyceps (multiple species)

Cordyceps Cordyceps sp. This parasitic genus contains around 400 species distributed throughout the world with most living in tropical rainforests.

The “host” Cordyceps spores find an insect and begin to grow inside eating the nutrients in the insect.

Attacking the brain They grow their hyphae towards the brain of the insect and infect the optical nerve, the part of the brain that controls perception of light.

Attacking the brain The insect then climbs upward in search of light. When it reaches a point high in the trees it clasps on and dies.

The fungus then sprouts a fruiting body and releases spores from high up in the trees.

From this height, the spores disperse great distances and infect more insects!