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  1. Verify Front of pages is selected for Viewing and print the front of the notecards
  2. Select Back of pages for Viewing and print the back of the notecards
    NOTE: Since the back of the pages are printed in reverse order (last page is printed first), keep the pages in the same order as they were after Step 1. Also, be sure to feed the pages in the same direction as you did in Step 1.
  3. Cut out the notecards by cutting along each horizontal and vertical dotted line
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17 notecards = 5 pages (4 cards per page)

Viewing:

Microbiology

front 1

True statements about normal microbiota found on the human body-

back 1

A. Normal microbiota provide numerous benefits to humans.
B. Normal microbiota protect us from disease by preventing overgrowth of pathogens.
C. Normal microbiota produce useful substances such as vitamin K for clotting & some B vitamins.

front 2

All of the following are processes that are beneficial activities of microorganisms-

back 2

A. Recycling elements in the environment.
B. Decomposing sewage.
C. Producing foods & chemicals.

front 3

Field of study & its example

Study of E. coli O157:H7

back 3

Bacteriology

front 4

Field of study & its example

Study of vaccines

back 4

Immunology

front 5

Field of study & its example

Study of athlete's feet (fungi)

back 5

mycology

front 6

Correctly matched types of microorganism & its description.

Fungi-

back 6

Eukaryotic

front 7

Correctly matched types of microorganism & its description.

Bacteria-

back 7

Prokaryotic

front 8

Correctly matched types of microorganism & its description.

Helminthes-

back 8

Multicellular animals

front 9

All of the following are examples of biotechnology

back 9

A. Antibiotic production by bacteria
B. Enzyme production by bacteria & fungi
C. Bread making w/bacteria & fungi

front 10

Types of Microorganisms

back 10

-Bacteria
-Archaea
-Fungi
-Protozoa
-Algae
-Viruses
-Multicellular animal parasites

front 11

Bacteria

back 11

- Prokaryotes
- Peptidoglycan cell walls
- Binary fission - Reproduce
- For enegy, use organic chemicals, inorganic chemicals, or photosynthesis.

front 12

Archaea

back 12

- Prokaryotic
- Lack peptidoglycan
- Live in extreme environments
*Include:
--Methanogens
--Extreme halophiles
--Extreme thermophiles

front 13

Fungi

back 13

- Eukayotes
- Chitin cell walls
- Use organic chemicals for energy
- Molds & mushrooms are multicellular, consisting of masses of mycelia, which are composed of filaments called hyphae.
- Yeasts are unicellular

front 14

Protoza

back 14

- 1 cell
- Eukaryotes
- Absorb or ingest organic chemicals
- May be motile via pseudopods, cilia, or flagella
- Classified by movement

front 15

Algae

back 15

- Eukaryotes
-Cellulose cell walls
- Use photosynthesis for energy
- Produce molecular oxygen & organic compounds

front 16

Viruses

back 16

-Acellular
-Consist of DNA or RNA core
-Core is surrounded by a protein coat
-Coat may be enclosed in a lipid envelope
-Are replicated only when they are in a living host cell.

front 17

Multicellular Animal Parasites

back 17

- Eukaryotes
- Multicellular animals
- Parasitic flatworms & roundworms are called helminths (italized)
- Microscopic stages in life cycles