Diversity of Fungi. Protista, Bacteria (Ch 28 & 29) Flashcards

1
Q

is fungi heterotroph or autotroph

A

heterotroph

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2
Q

3 functions of fungi

A

1) Recycling essential chemical elements back to environment

2) Help plant roots absorb water and minerals from soil

3) Decomposition releases CO2 into atmosphere and returns nitrogenous compounds to soil to be used by plants and animals

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3
Q

what does fungi produce and live where

A

poisonous toxins, live in many environments

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4
Q

where does fungi grow

A

Grow on paint, leather, cloth, bread (warm/ moist environment)
Mushrooms, yeasts, molds

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5
Q

fungal morphology (external features)

A

consists of mycelia (network of branched hyphae adapted for absorption)

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6
Q

what is hypha (basic structure of fungi)

A

slender filament of cytoplasm and nuclei

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7
Q

mycelium function

A

permeate soil, water, living tissue

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8
Q

4 types of Phylum: Ascomycota = Ascomycetes (sac fungi)

A

Aleutian aurantia
Tuber melanosporum
Morchella esculenta
Neurospora crassa

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9
Q

2 types of fungi

A

1) Phylum: Ascomycota = Ascomycetes (sac fungi)
2) Phylum Basidiomycota = Basidiomycetes (club fungi)

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10
Q

Aleutian aurantia

A

orange peel fungus

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11
Q

Tuber melanosporum

A

truffle (emits strong odors)

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12
Q

Morchella esculenta

A

under trees in orchards

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13
Q

Neurospora crassa

A

feeds as mold on bread and other food

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14
Q

Penicillium

A

mold in food

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15
Q

when does yeast grow

A

in various stages of budding

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16
Q

4 types of Phylum Basidiomycota = Basidiomycetes (club fungi)

A

1) Fly agaric
2) Shelf fungi
3) Puffballs
4) Maiden veil fungus

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17
Q

Fly agaric

A

in conifer forests

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18
Q

Shelf fungi

A

Decomposers of wood

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19
Q

Puffballs

A

emitting spores

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20
Q

Maiden veil fungus

A

fungus w/ odor like rotting meat

21
Q

fungi harming plants example

A

Ex: Ergots to produce fungal growths on grains

22
Q

toxins isolates from ergots are used to:

A

Produce LSD
Stop nasal bleeding
Stop maternal bleeding after childbirth

23
Q

why are fungi successful

A

produce spores easily

24
Q

what can ergots cause to humans

A

hallucinations, temporary insanity and death

25
Fungi harming animals: mycosis
term for fungal infections
26
mycosis examples
Athletes foot Vaginal yeast infections Urinary tract infections Thrush
27
Commercially valuable fungi
=baking and production of beer (yeast) =Antibiotics (penicillium) =Certain species used to produce cheese w/ flavours and odors =truffles
28
Penicillium Roqueforti
blue cheese
29
who discovered penicillin and when
Alexander Fleming (1928) = Antibiotic derived from fungus
30
what is lichen made of (symbiotic)
alga and fungus Fungus = structure Algae = provide nourishment
31
3 types of lichen
1. fruticose (shrub) = in tree 2. foliose (leaf like) = tree trunk, rocks 3. crustose (crust like) = common on rocks
32
group protista belongs in what domain
eukarya
33
Major feature group protista possess: (5)
1. Eukaryotic cellular structure 2. Cellular anatomy 3. Life’s cycle 4. Ecological roles 5. Membrane bound nucleus + other organelles
34
characteristics of protist (4)
Most are aquatic If terrestrial, live in damp soil Can be autotrophic or heterotrophic Can be unicellular or multicellular
35
protists are grouped as (3)
Plant like (algae) Animal like (Protozoa) Fungal like (molds/ mildews)
36
Algae (plant like Protists)
Photosynthetic (autotrophs) In aquatic environments Unicellular or multicellular
37
Protozoa (animal like protist)
Most are in marine environment Reproduction = asexual Eat other organisms (heterotrophs) Often pathogens
38
example of a protozoa
Ex: Trypanosoma Have flagella Cause African sleeping sickness
39
Molds & Mildews (Fungus like Protists)
Slimy Plasmodial slime molds (bright Colors) = plasmodium Water molds (wet areas, dead decay) Mildews (surface of leaves)
40
domain bacteria characteristic (5)
colonized every region of earth Reproduce rapidly (binary fission) Have prokaryotic cells Exhibit variety shapes Most unicellular, some colonial
41
3 shapes of bacteria
Spherical (cocci) Rod shaped (bacilli) Spiral (spirilla)
42
chemical cycling (bacteria benefits)
1. recycling elects b/w living and non living 2. Many bacteria are Decomposers = Break down corpses, dead vegetation, wastes 3. Nitrogen- fixing bacteria add usable nitrogen to environment
43
Research & Technology (bacteria benefits)
= experiments with prokaryotes led to DNA technology and genetic advances = Good for study virus and bacteria = Synthesis of vitamins Used in research on antibiotics, hormones, food
44
harmful bacteria examples
Lyme diseases Strep throat Tuberculosis Food poisoning
45
most important group of bacteria
Cyanobacteria (blue-green algae)
46
cyanobacteria are photosynthetic what does this mean
producers of oxygen
47
what does cyanobacteria cause
algal blooms in lakes (polluted water)
48
where is cyanobacteria found
Common in lakes, ponds, tropical oceans