Chapter 15B Flashcards

1
Q

Describe passive therapy.

A
  • Preformed antibodies are injected into patients
  • Donated immunity lasts only a short time
  • Act immediately
  • Protects patients for whom there is no other medicine/vaccine available
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2
Q

Describe active preventative therapy

A
  • Vaccination with microbe or its parts (antigen)
  • Patient is exposed to material that is antigenic not pathogenic
  • Reduces prevalence and impact of infectious and often deadly diseases
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3
Q

Immune Serum Globulin (ISG) is also known as ________ and is a form of ________ therapy

A

Gamma Globulin

Passive

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4
Q

In ISG ____ is extracted from pooled blood of at least ____ human donors

A

IgG

1000

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5
Q

In ISG, IgG and IgM are at ______ concentrations

A

variable

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6
Q

The immune serum globulin method concentrates on ______ and eliminates _______ once injected.

A

antibodies

pathogens

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7
Q

How is ISG administered?

A

intramuscularly

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8
Q

How long is ISG active?

A

2-3 months

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9
Q

Human or animal serum can be used for…

A

human prophylaxis

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10
Q

_______ can be used for diptheria, botulism, spider, and snake bites (limited availability).

A

Horse serum

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11
Q

What risks are related to Immune Serum Globulin (Gamma globulin)?

A

Possibility of serum sickness or anaphylaxis

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12
Q

Vaccine preparation is _______ therapy

A

active preventative

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13
Q

The main factors of selection in vaccine preparation (active preventative therapy) are:

A
  • Antigen selection
  • Effectiveness
  • Ease in administration
  • Safety
  • Cost
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14
Q

In ______ immunity an antigen stimulates appropriate B&T lymphocytes and creates memory clones.

A

natural

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15
Q

In ______ immunity the aim is to obtain the same response with a modified version of the antigen (microbe or its components)

A

artificial

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16
Q

What is the rational behind artificial immunity (vaccinating)?

A

Natural immunities are developed when an antigen is introduced to the system and B&T lymphocytes react and create antibodies and memory clones so the purpose is to introduce a modified antigen that is not pathogenic so the body will react in the same manner and create antibodies and memory cells against the antigen.

17
Q

What are the ideal characteristics of a vaccine?

A
  • Mimic the natural protective response
  • Not cause a serious infection/disease
  • Long lasting effects with a few doses
  • Easy to administer
18
Q

What is attenuating?

A

Subculturing bacteria over and over until they lose virulence

19
Q

Antigenic stimulants of vaccine preparations

A
  • Killed whole cells or inactivated viruses
  • Live, attenuated cells or viruses
  • Subunits or parts of microbes (surface antigens or neutralized toxins-toxoids)
  • Genetic engineering techniques, including cloning of antigens, and recombinant attenuated microbes
20
Q

What are the 5 routes of administration for vaccines?

A
  1. Subcutaneously SQ
  2. Intramuscularly IM
  3. Intradermal ID
  4. Oral
  5. Intranasaly (flu)
21
Q

Vaccines containing Killed whole bacteria

A
  • Cholera (SQ, IM)

* Plague (SQ)

22
Q

Vaccines with Live Attenuated Bacteria

A
  • Tuberculosis BCG (ID)

* Typhoid (Oral)

23
Q

Subunit/acellular vacccines (capsular polysaccharides or proteins)

A
  • Meningitis (Meningococcal) (SQ)
  • Pneumococcal pneumonia (SQ, IM)
  • Anthrax
  • Pertussis (IM)
24
Q

Toxoids (Formaldehyde-inactivated bacterial exotoxins)

A
  • Diptheria (IM)
  • Tetanus (IM)
  • Botulism (IM)
  • Pertussis (IM)
25
Q

Contain inactivated (killed) whole viruses

A
  • Poliomyelitis (Salk k-killed) (IM)
  • Rabies (IM)
  • Influenza (IM)
  • Japanese encephalitis (SQ)
  • Hepatitis A (IM)
26
Q

Contain Active (Live) Attenuated viruses

A
  • Adenovirus infection (oral)
  • Measles [rubeola] (SQ)
  • Mumps [parotitis] (SQ)
  • Poliomyelitis (Savine v-liVe) (Oral)
  • Rubella (SQ)
  • Chickenpox [varicella] (SQ)
  • Rotavirus (oral)
  • Smallpox (live vaccinia virus, not attenuated variola major) - multiple punctures
  • Yellow fever (SQ)
  • Influenza (Intranasal)
27
Q

Subunit viral vaccines

A

parts of virus (cell wall)

  • Hepatitis B (IM)
  • Influenza (IM)
  • Papillomavirus (IM)
28
Q

Recombinant vaccines

A

genes from one vaccine combined with different viruses

  • Hepatitis B (IM)
  • Pertussis (IM)
29
Q

Define plantibodies

A

There is possibility to get antibodies from plants vs. animals.

  • less expensive and will produce vaccines
  • faster
  • human hormone done through tobacco plant
  • one acre of tobacco can make vaccine for millions
30
Q

What are the potential side effects of vaccines?

A

Fever, allergies, etc.

31
Q

What is the reason for the side effects of vaccines?

A
  • Back mutation to virulence
  • Contamination
  • Effects of unknown cause
  • Allergies to the medium
32
Q

Administering _____ vaccines to __________ as well as to _____________ must be avoided.

A

live
immuno-compromised persons
pregnant women (fetus at risk)

33
Q

Name the two ways that vaccination programs seek to protect the individual.

A
  1. Directly through raising the antibody tier

2. Indirectly through the development of HERD immunity