POST LAB EXPERIMENT 11 Flashcards

1
Q

• A pathologic process in which an extremely high fever is a characteristic manifestation.

A

febrile disease

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2
Q

• It is a group of microbial infections characterized by fever and production of antibodies known as
febrile agglutinins

A

febrile disease

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3
Q

Enumerate and describe other types of febrile diseases

A

 Lyme Disease
 Paratyphoid fever
 Rocky Mountain spotted fever
 Tularemia
 Q Fever

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4
Q

 Borrelia burgdorferi

A

febrile disease Lyme Disease

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5
Q

 Lyme disease

A

febrile disease

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6
Q

MOT:

A

spread by the bite of infected ticks of the genus Ixodes.

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7
Q
  • Erythema chronicum migrans
A

Stage 1: Early infection

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8
Q
  • Spirochetes spread
    hematogenously to body tissues by way of bloodstream and disease may take various forms.
A

Stage 2: Dissemination stage

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9
Q
  • Symptoms include muscle and joint pain, fatigue, chills and fever, headache, swollen lymph nodes, secondary annular skin lesions.
A

Stage 2: Dissemination stage

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10
Q
  • Commonly involves intermittent
    episodes of joint pain which is
    often misdiagnosed as arthritis.
A

Stage 3: Chronic disseminated

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11
Q
  • Some common clinical manifestations of this stage can include meningitis, Bell’s palsy, cardiac involvement, migratory pain to joints, tendons, muscle and bone.
A

Stage 3: Chronic disseminated

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12
Q

The typical clinical presentation after inoculation of (?) through abrasions in the skin or by arthropod bites includes the development of a lesion at the site and progresses to an ulcer lymph node adjacent to the site of inoculation become enlarged and often necrotic.

A

F. tularensis

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13
Q

Once the organism enters the bloodstream, patients become systemically ill with high temperature, chills, headache, and generalized aching.

A

tularensis

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14
Q

Clinical manifestations of infection with (?) range from mild and self-limiting to fatal

A
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15
Q
  • Symptoms occur approximately 7 days after a tick bite.
A

Rocky Mountain spotted fever

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16
Q
  • A rash, which starts on the hands and feet and proceeds to the trunk, appears in 3 to 5 days after the beginning of other symptoms.
A

Rocky Mountain spotted fever

17
Q
  • The organism infects endothelial cells, causing an increase in vascular permeability and focal hemorrhages
A

Rocky Mountain spotted fever

18
Q

Current serological assays for rickettsia antibodies are organism-specific and include

A

indirect fluorescent assays (IFA), microimmunofluorescent assays (micro-IF), immunoperoxidase assays (IPA), ELISA, and immunoblot assays (IBA)

19
Q

require the whole bacterium as the reagent

A
  1. IFA and IPA
20
Q

are currently considered the gold standard for detecting rickettsial antibodies

A

The IFA test and the micro-IF

21
Q

OX-19 and OX-2: ?

A

Proteus vulgaris

22
Q

OX-K: ?

A

Proteus mirabilis

23
Q

(?) is useful for identifying several rickettsia diseases, such as murine typhus and Q fever.

A

The Weil-Felix test

24
Q

Titers of 160 are usually considered significant.

A

The Weil-Felix test

25
Q

which uses a light microscope instead of a fluorescent microscope to read the slides

A

IPA

26
Q

Testing by both of these methods can detect significant titers of antibodies in Rocky Mountain spotted fever by the second week of infection.

A

IFA
IPA

27
Q

appears in 60% to 80% of infected individuals 2-32 days after being bitten by infected tick.

A

Erythema chronicum migrans

28
Q

use rickettsial antigens adsorbed onto a solid phase or nitrocellulose membrane.

A
  1. ELISA and IBA
29
Q

They include glandular , ulceroglandular oculoglandular, oropharyngeal, systemic, and pneumonic forms.

A

F. tularensis

30
Q

has a sensitivity and specificity similar to that of IFA

A

IPA

31
Q

These include fever, severe headache, malaise, and myalgia, accompanied by nausea, vomiting, abdominal pain, and sometimes a cough.

A

Rocky Mountain spotted fever

32
Q

(IFA)

A

indirect fluorescent assays

33
Q

(micro-IF)

A

microimmunofluorescent assays

34
Q

(IPA)

A

immunoperoxidase assays

35
Q

(IBA)

A

immunoblot assays