PROPERTIES, KEY CONCEPTS, NUTRITION, & IMPORTANCE OF FUNGI Flashcards
Has no (?) or photosynthetic pigments
plastids
(?): absorb rather than ingest
Osmotrophic
Often (?) and capable of exploiting many different substrate
opportunistic
Never (?) at any type
amoeboid
Live inside branching networks
(hyphae)
Almost all reproduce by (?)
unicellular or multicellular spores
Generally, have (?) nuclei
haploid somatic
Do not produce (?)
flagellate cells
(?) (Stramenophila and Fungi)
Chromista and Eumycota
Chromista Hyphae
cellulose
Eumycota Hyphae
walls of chitin
Chromista Nuclei in somatic cells
diploid
Eumycota Nuclei in somatic cells
haploid
Resistant to (?)
salt, drying, and low pH
Established mutualistic symbioses with (?) (algae) to form lichens
cyanobacteria and chlorophycota
All fungi are (?)
chemoheterotrophs
are absorbed to be digested
Nutrients
Some are
parasitic, saprophytic (soil and water), or omnivorous
Habitat:
soil, water, animals, plants, etc
pH
5.0
Almost all molds are (?) and most yeasts are (?)
aerobic
facultative anaerobic
It can grow in (?)
high sugar or salt concentrations, low moisture, and less nitrogen
BENEFICIAL
Essential in breaking down and recycling organic matter
Serve as model system for the investigation of a variety of eukaryotic process
Food, baking and brewery
Medicines
Recombinant DNA
HARMFUL
Human, animal, and plant disease
Produce toxins/mycotoxins
part of the plant w/ chlorophyll
plastids
w/o flagella
Never amoeboid
yeast phase
unicellular
mold phase
multicellular spores
w/ 2 complete sets of chromosomes
diploid
uses organic cpds like carbons, nitrates, hydrogen, nitrogen
chemoheterotrophs
Food, baking and brewery (Ex. [?])
Blue cheese, shitake and button mushrooms
Medicines (?)
penicillin, cephalosporin, immunosuppressive drugs like cyclosporin
– used to treat organ rejection and transplantation
cyclosporin
Recombinant DNA (Hepa B vaccine containing [?])
Saccharomyces cerevisiae