Myco Ex 2

Front 1

Basidio life cycle

Back 1

Front 2

Nuclear cycle

Back 2

Front 3

Hyphal types

Back 3

Front 4

Monomitic

Back 4

Only septate generated hyphae

Front 5

Dimitic skeletal

Back 5

Septate generated hyphse and thick walled non septate hyphse

Front 6

Dimitic binding

Back 6

Septate generative hyphae and thin binding hyphae

Front 7

Trimitic

Back 7

Septate generative hyphae and thick walled skeletal and thin binding

Front 8

Mycosis

Back 8

Growing on human tissue

Front 9

Mycetismus

Back 9

Ingested toxic fungi

Front 10

Mycotoxicosis

Back 10

Ingested fungal toxins in food

Front 11

Mycoallergies

Back 11

Allergic to fungi

Front 12

Cyclopeptides

Back 12

Attacks rna in the liver

Front 13

Monomethyl hydrazine

Back 13

Destroys red blood cells

Front 14

Coprine

Back 14

Blocks alcohol dehydrogenase

Front 15

Muscarine

Back 15

Induces fluid loss

Front 16

Ibotenic acid

Back 16

Powerful halucigen

Front 17

Basidiocarp

Back 17

In gasteromycetes a sac where basidia form

Front 18

Peridium

Back 18

Outer enclosed layer of gasteromycetes

Front 19

Gleba

Back 19

Spore bearing inner mass of gasteromycetes

Front 20

Perdiole

Back 20

Spore filled thing in Nidulariales

Front 21

Hapteron

Back 21

Sticky end of funicular cord that hangs peridole from a leaf or something

Front 22

Morphological species concept

Back 22

Visible characters on the specimen

Front 23

Biological species concept

Back 23

Populations of fungi that can mate

Front 24

Ecological species concept

Back 24

Determined by substrate and host

Front 25

Evolutionary species concept

Back 25

Common ancestral lineage

Front 26

Composite species concept

Back 26

Combination of all factors

Front 27

Artificial system approach to systematics

Back 27

Based on large scale features, not used in science

Front 28

Gestalt system approach to systematics

Back 28

Id by overall characters all together

Front 29

Phenetic system approach to systematics

Back 29

Numbers based approached that excludes evolutionary factors

Front 30

Cladistic system approach to systematics

Back 30

Based on shared derived characters

Front 31

Synapomorphy

Back 31

Shared form evolved separately

Front 32

Isozymes

Back 32

Slightly different forms of the same protein used in molecular ID

Front 33

Rust life cycle

Back 33

Front 34

Macrocyclic

Back 34

Long cycled, rusts

Front 35

5 spore stages of rusts

Back 35

Pycina, aeciospores, urediniospores, teliopores, basidiospores

Front 36

Heteroecious

Back 36

Need more than one host specues

Front 37

Autoecious

Back 37

Single host species

Front 38

Obligate parasite

Back 38

Cannot complete life cycle without host

Front 39

Facultative parasite

Back 39

Can complete life cycle without host

Front 40

Demicyclic

Back 40

Rust life cycle thats missing aeciospores (2)

Front 41

Microcyclis

Back 41

Rust life cycle that only has teliospores and basidiospores

Front 42

Smut life cycle

Back 42

Front 43

Differences between rusts and smuts

Back 43