Micro 16

Front 1

what classes of drugs can be used for glaucoma

Back 1

B blocker
a agonist
prostaglandin
cholinergics
diuretics

Front 2

antibiotic:
SE tooth discoloration

Back 2

tetracycline

Front 3

antibiotic:
SE tendonitis

Back 3

flouroquinilones

Front 4

antibiotic:
SE red man syndrome

Back 4

vanco

Front 5

antibiotic:
SE grey baby syndrome

Back 5

chloremphenicol

Front 6

antibiotic:
SE cartilage damage

Back 6

flouroquinilones

Front 7

antibiotic:
SE nephrotoxic ototoxic

Back 7

aminiglycosides

Front 8

antibiotic:
SE pseudomembranous colitis

Back 8

clindamycin

ampicillin

Front 9

antibiotic:
DOC gonorrhea

Back 9

ceftriaxone

Front 10

antibiotic:
DOC for RMSF or lymes

Back 10

tetracyclines

Front 11

antibiotic:
Rx giardia

Back 11

metro

Front 12

antibiotic:
Rx for MRSA and c diff

Back 12

vanco

Front 13

antibiotic:
Rx for px with renal insufficiency

Back 13

aztreonam

Front 14

antibiotic:
big gun

Back 14

imipenum and cilistat

Front 15

antibiotic:
prophylaxis for PCP

Back 15

TMP SMX

Dapsone

Front 16

antibiotic:
prophylaxis for TB

Back 16

INH

Front 17

how do viruses acquire an envelope

Back 17

cell membrane

except herpes = nuclear envelope

Front 18

which viruses do not have envelopes

Back 18

adeno

calici

papilloma

parvo

picorna

polyoma

Front 19

which virus has a diploid DNA

Back 19

retrovirus

Front 20

what features are common to most DNA viruses

Back 20

DS'

linear

icosahedral

replicates in nucleus

Front 21

which DNA virus isnt DS

Back 21

parvo

Front 22

which DNA virus isnt linear

Back 22

papilloma

polyoma

hepadna

Front 23

which DNA virus isnt icosahedral

Back 23

pox

Front 24

where do DNA virus replicate

Back 24

nucleus

except pox

Front 25

viral genetics:
exchange between two chromosomes

Back 25

recombination

Front 26

viral genetics:
base sequence homology

Back 26

recombination

Front 27

viral genetics:
exchange of segments

Back 27

reassortment

Front 28

viral genetics:
causes influenza pandemics

Back 28

reassortment

Front 29

viral genetics:
making a functional protein for another virus

Back 29

complementation

Front 30

viral genetics:
acquiring a new protein coat

Back 30

phenotypic mixing

Front 31

viral genetics:
inhibits another virus from replicating or releasing

Back 31

interference

Front 32

what are the live attenuated vaccines

Back 32

small pox

yellow fever

VZV

sabins polio

MMR

Front 33

how does vaccination work

Back 33

impairs virus entry into cell

neutralize antibodies in the circulation

Front 34

what are the recombinant vaccines

Back 34

HBV

HPV

Front 35

what are the killed vaccines

Back 35

rabies

influenza

polio salk

HAV

Front 36

how is rabies inactivated

Back 36

beta propiolactone

Front 37

how are toxins inactivated

Back 37

heat or formalin

Front 38

what population cant recieve live vaccines

Back 38

immunocompromised or close contacts

Front 39

what is the only live vaccine that can be given to immunocompromised

Back 39

MMR

Front 40

what are the egg based vaccines

Back 40

flu

yellow fever

MMR

Front 41

what kind of immunity is induced by live attenuated vaccine

Back 41

both humoral and cell mediated

Front 42

what kind of immunity is induced by killed vaccine

Back 42

humoral

Front 43

what are the negative RNA viruses

Back 43

orthomyxo

paramyxo

rabies

Front 44

what are the encapsulated DNA viruses

Back 44

herpes

hepadna

pox

Front 45

what are the naked RNA viruses

Back 45

reo

hepe

picorna

calici

Front 46

what is the only DS RNA virus

Back 46

reo

Front 47

where do RNA viruses replicated

Back 47

cytoplasm

except influenza and retro