virus
capsid
lytic cycle
lysogenic cycle
retrovirus
reverse transcriptase
prokaryote
extremophile
peptidoglycan
Gram-positive
Gram-negative
binary fission
endospore
conjugation
nitrogen fixation
pathogen
Germ Theory of Disease
vaccine
antibiotic
emerging disease
photoautotroph
chemoautotroph
aerobe
anaerobe
facultative anaerobe
protist
alternation of generations
spore
fungi
chitin
hyphae
fruiting body
mycelium
lichen
mycorrhizae
plant
germination
pollen
root
stem
leaf
green algae
bryophyte
tracheophyte (vascular seedless plants)
gymnosperm
seed
angiosperm
fruit
xylem
phloem
stomata
guard cells
transpiration
Two domains of prokaryotes.
Three basic shapes of bacteria.
Three major roles that prokaryotes play in the living world.
How humans can use prokaryotes.
Best way to prevent bacterial or viral diseases.
How vaccines work.
Components of a virus.
Living or nonliving.
Lytic vs lysogenic infections.
Different ways protists move in their environment.
How protists affect their environment (ecological significance).
Characteristics & structures all fungi have in common.
Fungi related to animals than to plants.
Mushrooms grow back in the same place every year.
How fungi benefit other organisms (including humans).
Parts of the fungus.
What plants need to survive.
Characteristics of plants changed over time.
Major organs of plants.
How plants germinate.
Plant Evolution Cladogram
Green Algae
Bryophytes (Mosses, Liverworts, Hornworts)
Seedless Vascular Plants (Ferns, Horsetails)
Gymnosperms (Conifers, Cycads)
Angiosperms (Flowering Plants)
List diseases/disease-causing examples for each group.
Virus
Bacteria
Protist
Fungi
Virus: Influenza (flu), HIV/AIDS, common cold
Bacteria: Strep throat, E. coli infection, tuberculosis
Protist: Malaria, giardiasis, amoebic dysentery
Fungi: Athlete's foot, ringworm, aspergillosis