Facts Flashcards

1
Q

7 DNA viruses

A
Hep B: vaccine, interferon alpha 2b, NTRI (lamivudire)
Herpes: Ovir
zoster: vaccine, ovir
Mastadenovirus
HPV: vaccine, interferon alpha 2b
fifths disease
small pox: vaccine
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2
Q

4 special bacteria jobs within the cell

A
inc cytokine: B anthracis
turn off protein synthesis: C. diptheria, P. aeruginosa
dec NT release: C. botulinum
Disrupt Gs protein: E coli, Vibrio
digest membrane: leukocidin (staph)
dec phagocytosis
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3
Q

6 microaerophilic bacteria

A

S. pyogenes
S. agalactiae
C. jejun
H. pylori

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4
Q

7 capsule bacteria

A
S. agalactiae
S. pneumonia
B. Anthracis
N. Meningitidis
K. pneumonia
H. influenza
Salmonella
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5
Q

5 biofilm bacteria

A
S. aureus
S. epidermidis
listeria
P. aeruginosa
Candida
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6
Q

5 coccobacilli

A
listeria
acinetobacter
H. influenza
Bordatella pertussis
legionella pneumonia
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7
Q

9 virulence factors

A
capsule
adhesins
invasins
toxins
siderophores
biofilms
pili
obligate intracellular pathogen
hypha formation (candida)
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8
Q

2 obligate intracellular pathogen

A

chlamydia

rickettsii (Bartonella, Coxiella, Ehrlichia)

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9
Q

8 non-obligate intracellular pathogen

A
  • Salmonella
  • Shigella
  • Invasive E. coli
  • Neisseria
  • Bordetella pertussis
  • Legionella
  • Listeria
  • Mycobacterium
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10
Q

3 obligate aerobe

A
  • Mycobacterium tuberculosis
  • Non-typical mycobacterium (leprosy)
  • Pseudomonas aeruginosa
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11
Q

4 pili

A
  • E. coli = UTIs!
  • Salmonella
  • Neisseria
  • Strep pyogenes
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12
Q

11 zoonotic BUGS

A
  • Listeria monocytogenes (farm animals)
  • Yersinia
  • Salmonella
  • E. coli
  • Campylobacter jejuni
  • Brucela melitensis
  • Francisella tularemia (tularemina)
  • **Pasteurella muttocida animal bite wounds
  • Vibrio (shellfish)
  • Bartonella cats (cat scratch fever)
  • Coxiella “Q fever”
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13
Q

5 diseases due to exotoxins

A
Pertussis/whopping cough
E coli
Cholera
Botulism
Tetanus
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14
Q

The transmission of penicillin resistance from viridans Streptococci to Streptococcus pneumonia occurred by which process listed below:

A

transformation

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15
Q

The resistance determinants encoding for beta-lactamases in one bacterial pathogen are typically transferred to another bacterium by:

A

conjugation

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16
Q

Which pathways listed below for resistance development may involve horizontal transmission of a resistance determinant?

A

conjugation, transduction, and transformation

17
Q

The vertical transmission of resistance determinants from Serratia species to Escherichia coli in the GI tract would most likely occur by?

A

conjugation

18
Q

The transmission of a resistance determinant from a plasmid to the bacterial chromosome is accomplished by the process of:

A

transposition

19
Q

Which variables listed below (I-V) are included in the calculation of a breakpoint for a particular drug and bug pair?

A

Peak serum concentration of the drug
Plasma protein binding of the drug
Half-life factor for the drug
MIC90 of the drug versus the specific organism