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38 Cards in this Set

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Environmentally "extreme" prokaryotes
Domain Archaea
EXTREME
These obligate anaerobes live below the mire (mud) in swamps.

What Domain are they in?
Methanogens; Domain Archaea
Mud
These can be found in very salty places
Extreme Halophiles
Great Salt Lake
These can be found living in areas with a pH of 2 and temperatures above 60 degrees Celsius
Thermophiles
Used to be called thermoacidophiles
Many species of this group are symbiotic (lives with) with plants.
Name its Domain, Kingdom, and Subgroup
Domain Bacteria
Kingdom Proteobacteria
Subgroup Alpha Proteobacteria
This group includes bacteria which are important in nitrogen recycling
Name its Domain, Kingdom, and Subgroup
Domain Bacteria
Kingdom Proteobacteria
Subgroup Beta Proteobacteria
This group includes "sulfur" bacteria. Escherichia coli and Salmonella belong here.
Name its Domain, Kingdom, and Subgroup
Domain Bacteria
Kingdom Proteobacteria
Subgroup Gamma Proteobacteria
This group includes slime-producing Myxobacteria. It also includes Bdellvibrios which attack other bacteria.
Name its Domain, Kingdom, and Subgroup
Domain Bacteria
Kingdom Proteobacteria
Subgroup Delta Proteobacteria
This group includes many members which are pathogenic to humans and animals. (Camphylobacter, a causative agent of blood poisoning & intestinal inflammation) (Helicobacter pylori, a causative agent of stomach ulcers)
Name its Domain, Kingdom, and Subgroup
Domain Bacteria
Kingdom Proteobacteria
Subgroup Epsilon Proteobacteria
This group survives only inside animal cells; depends on host cell for resources such as ATP.
Causes Chlamydia trachomatis, the most common cause of blindness & causes nongonococcal urethritis, the most common sexually-transmitted disease.
Kingdom Clamydia
This group uses flagella to spiral themselves through their environment.
Causes syphillis and Lyme disease.
Kingdom Spirochetes
Causes many diseases such as: tuberculosis, leprosy, anthrax, botulism, and "walking pneumonia". Also responsible for the "earthy" odor of rich soil, many antibiotics, and contains the only bacteria known to lack a cell wall.
Kingdom Gram + Bacteria
This group is photosynthetic, utilizing photosystems I & II and contain chlorophyll a.
Kingdom Cyanobacteria
Name the 5 SuperGroups in the Domain Eukarya
a. SuperGroup Excavata
b. SuperGroup Chromalveolata
c. SuperGroup Rhizaria
d. SuperGroup Archaeplastida
e. SuperGroup Unikonta
This group belongs in the SuperGroup Excavata. It's organisms lack plastids. Includes Giardia lamblia, the causative agent for "beaver fever"
Kingdom Diplomonadida
This group belongs in the SuperGroup Excavata. It includes Trichomonas vaginalis, a usual inhabitant of the vagina; overpopulation of these causes infection which can be spread to the partner
Kingdom Parabasala
This group belongs in the SuperGroup Excavata. This one consists of two groups, the euglenoids and the kinetoplastids.
Kingdom Euglenozoa
This group belongs to the Kingdom Euglenozoa. It includes Euglena. Its photosynthetic pigments includes: carotenoids, chlorophylls a & b, and xanthophyll
Phylum Euglenophyta
This group belongs to the Kingdom Euglenozoa. Its kinetoplastid structure houses extra-nuclear DNA. It also causes Chagas' disease, which is transmitted via bloodsucking insects
Phylum Kinetoplastida
This group belongs to the SuperGroup Chromalveolata. Includes three groups: dinoflagellates, apicomplexans, and ciliophorans
Kingdom Alveolata
This group belongs to the Kingdom Alveolata. Carbohydrate storage = starch. Causes "red tides"
Phylum Dinoflagellata
This group belongs to the Kingdom Alveolata. They are host specific. Causes malaria.
Phylum Apicomplexa
This group belongs to the Kingdom Alveolata. Includes Paramecium.
Phylum Ciliophora
Included in the SuperGroup Chromalveolata. This group contains both heterotrophs and autotrophs. Named for the fine, hair-like projections on the flagella.
Kingdom Stramenopila
Included in the Kingdom Stramenopila. Commonly called diatoms. Most store food as laminarin; others as oil.
Phylum Bacillariophyta
Included in the Kingdom Stramenopila. Commonly called the golden algae.
Phylum Chrysophyta
Included in the Kingdom Stramenopila. Commonly called brown algae. Common seaweeds; cell wall of cellulose; produces alginic acid
Phylum Phaeophyta
Included in the Kingdom Stramenopila. Commonly called water molds. Cell wall comprised of cellulose. Flagellated (unlike fungi)
Phylum Oomycota
Included in the SuperGroup Rhizaria. Have thread-like pseudopodia
Kingdom Cercozoa
Included in the Kingdom Cercozoa. Named for their porous shells which contains calcium carbonate. Formed White Cliffs of Dover, limestone, and flint.
Phylum Foraminifera
Included in the Kingdom Cercozoa. Includes freshwater organisms (heliozoans) and marine organisms (radiolarians). Movement is via axopodia; these structures help them float and feed.
Phylum Actinopoda
Included in the SuperGroup Archaeplastida. Common name is the red algae. More prevalent in warmer waters. Carbohydrate storage is Floridean starch.
Kingdom Rhodophyta
Included in the SuperGroup Archaeplastida. Common name is green algae. Carb storage = starch.
Kingdom Chlorophyta
Included in the SuperGroup Unikonta. Includes gymnamoebas, entamoebas, and slime molds.
Kingdom Amoebozoa
Included in the Kingdom Amoebozoa. Commonly known as plasmodial slime molds. They progress from a large coenocytic mass called a plasmodium.
Phylum Myxogastrida
Included in the Kingdom Amoebozoa. Commonly known as the cellular slime molds. Is not coenocytic.
Phylum Dictyostelida
Included in the Kingdom Amoebozoa. Commonly called amoeba.
Phylum Gymnamoeba
Included in the Kingdom Amoebozoa. Includes an all-parasitic genus; infects all classes of vertebrates and some invertebrates. Causative agent of amoebic dysentery, spread via contaminated drinking water; 3rd leading cause of death from parasites after malaria and schistomiasis
Phylum Entamoeba