Microorganisms
Chain of Infection
Modes of transmission
Pathogens and Asepsis
Immunizations and Immunity
100

Which two microorganisms require a host to survive?

Viruses and Parasites

100

This part of the chain is the microorganism that causes the illness/disease.

Infectious Agent

100

Touching a doorknob after another infected person has touched it is an example of:

Indirect transmission

100

This type of pathogen is spread by coughing, sneezing, and talking within 3-6 feet.

Droplet

100

Another term for immunizations is:

Vaccinations

200

This microorganism can cause ringworm, athlete's foot, and yeast infections.

Fungi

200

This is where the infectious agent leaves the body at.

Portal of Exit

200

When a disease is spread by an animal (usually an insect) Ex: Malaria

Vector-borne

200

This type of pathogen is spread through blood, sexual contact, and other bodily fluids

Blood-borne

200

This type of immunity is developed over time and specific to germs

Adaptive immunity

300

Give one example of good bacteria.

Probiotics, gut flora, decomposers

300

The next person to get sick is called the:

Susceptible host

300

Which type of common means transmission is salmonella spread by:

Food-borne

300

MRSA, Norovirus, and Ringworm are all examples of:

Contact pathogens

300

This type of immunity is present at birth and includes general protection like the skin and stomach acid

Innate immunity

400

Strep throat, tuberculosis, E. Coli, and pneumonia are all caused by this microorganism.

Bacteria

400

How the germ is spread is called the:

Mode of transmission

400

When a person acquires an infection in a healthcare setting, this is called:

Ex: surgical site infection, catheter-associated UTI

Healthcare-Associated Infections

400

Eliminates All microbes, even spores

Sterilization

400

Acquiring antibodies from another person is an example of:

Passi

500

This microorganism can cause amoeba dysentery and malaria.

Protozoa

500

The place that the germ lives is called the: 

Reservoir

500

Infections that occur in people with weakened immune systems that would not typically occur in those with normal immune systems

Opportunistic infections

500

Eliminates most microbes, but not spores

Disinfection

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