Med Surg-Quiz 6 Flashcards

1
Q

foreign body that does not have the characteristics of “self” cell surface markers. Each body’s “self” surface markers are unique like a handprint. Mine is not the same as yours. They may look the same, but when examined more, each has a different line pattern or characteristic that makes it unique.

A

Antigen

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2
Q

histocompatibility markers to identify as “self.”

A

Human Leukocytic Antigens – (HLA’s)

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3
Q

What are the two basic types of immunity:

A

innate and acquired

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4
Q

the body’s first line of defense. Nonspecific responses to invaders. Same response every time. Lacks a memory. Gene specific.

A

Innate

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5
Q
  1. Skin
  2. Tears
  3. Ear wax
  4. Nasal hairs
  5. Stomach acids
  6. Vaginal secretions
  7. Acidic urine
A

Examples of Innate Immunity

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6
Q

has specificity and memory

A

Acquired Immunity

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7
Q

What are the 5 types of antibodies?

A

IgM, IgG, IgA, IgD, IgE

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8
Q

Initial immune response. Largest size. Activates the complement system. Responsible for blood type matching

A

IgM

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9
Q

Found in blood. Crosses the placenta to protect newborns by

passive immunity. Activates the complement system.

A

IgG

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10
Q

Innate Immunity: found in saliva, mucus membranes, tears, etc. Defends external body surfaces.

A

IgA

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11
Q

Antigen receptor. Found on B-lymphocytes.

A

IgD

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12
Q

Eliminates parasitic invaders. Releases histamine. Normal response until becomes excessive due to allergies and causes anaphylactic shock. (Link the “E” to the role of epi-pens)

A

IgE

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13
Q

What are the 4 purposes of Immunoglobulins?

A
  1. directly attack antigens
  2. activate the complement system
  3. release histamine
  4. stimulate hypersensitivity reaction
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14
Q

“Grave Muscular weakness” Impaired reception of the ACh (acetylcholine) molecule at the neuromuscular connection. This reception is needed to stimulate an action potential to create a muscle contraction.

A

Myasthenia Gravis

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15
Q

Signified by a facial rash (Butterfly rash)

Auto-Antibodies circulate and destroy multiple systems in the body. Different for each patient.

A

Systemic Lupus Erthyematosus

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16
Q

What are the Four Types of Tissue Transplantation?

A
  1. Allograft
  2. Isograft
  3. Autograft
  4. Xenograft
17
Q

transfer between same species

A

allograft

18
Q

transfer between identical twins

A

isograft

19
Q

transfer from own body

A

autograft

20
Q

transfer from one species to another

A

xenograft

21
Q

Acquired by exchange of bodily fluids containing HIV. The infected fluid must gain access to the potential host’s bodily fluids. NOT acquired via casual contact. Body loses its innate ability to protect against disease.

A

Acquired Immune Deficiency Syndrome

22
Q

Defined as “any microorganism that has the capability to cause disease.”
Many varieties as to how a pathogen works and where they originate

A

Pathogen

23
Q

defined as “an environment in which organism can live and multiply, such as an animal, plant, soil, food, or other organic substance or combination of substances.”

A

Reservoir

24
Q

“The place from which the parasite leaves the reservoir.” The front door of the “Motel 6.”

Examples: urine, feces, blood, secretions, exudates

A

Portal of Exit

25
Q

touch the organism itself from person to person or touch something an infected person touched.

A

Direct or Indirect contact (mode of transmission)

26
Q

tuberculosis, chicken pox, measles

A

Airborne – (mode of transmission)

27
Q

coughs, sneezes. Droplet fall within 3 feet of source.

A

Droplet (mode of transmission)

28
Q

transmitted through a common source like food, water, IV fluids

A

Vehicle (mode of transmission)

29
Q

How the pathogen enters the new host. Examples: bites, ingestion, direct contact between open areas, inhalation

A

Portal of Entry

30
Q

Highly contagious. Should be controllable with universal precautions. Pt will experience severe diarrhea.

A

Clostridium Difficile

31
Q

Cannot invade through intact skin. Normally resides on skin. Invades when skin is broken.

A

Staphylococcus Aureus

32
Q

Staph skin infections, including MRSA, generally start as small red bumps that resemble pimples, boils or spider bites. These can quickly turn into deep, painful abscesses that require surgical draining. Sometimes the bacteria remain confined to the skin. But they can also penetrate into the body, causing potentially life-threatening infections in bones, joints, surgical wounds, the bloodstream, heart valves and lungs.

A

MRSA

33
Q

A chronic bacterial infection of the lungs. Acquired by inhalation of a dried droplet nucleus that contains the bacteria. *Need to wear duck-bill mask.

A

Pulmonary Tuberculosis

34
Q

acute or chronic inflammation of the liver

A

Hepatitis

35
Q

Otherwise known as the flesh-eating bacteria! Affected body part will decay and die.

A

Streptococcal Necrotizing Fasciitis

36
Q

transmitted by inhaling infected droplets or cross contamination from open sores.

A

Primary Varicella Zoster Virus (chicken pox)

37
Q

“Shingles” - Herpes zoster (reactivation of VZV)

A

Secondary Varicella Zoster Virus