Micro 32-34 Extras

Front 1

Compare incubation for
1. Hep A
2. Hep B
3. Hep C

Back 1

1. 15 days to 40 days
2. 50 days to 6 months
3. 40 days to 3 months

Front 2

Hep A
1. Cam be spread via Transfusion if?
2. Can be spread through stool if

Back 2

1. During 2 weeks as viremia
2. Anal Sex

Front 3

Hep A virus
1. Stops shedding?
2. Best control

Back 3

1. Before cessation of symptoms
2. Hand washing

Front 4

Hepattitis Carcinogenity & Cirrhosi
1. Hep A
2. Hep B
3. Hep C
4. Hep D
5. Hep F

Back 4

1. N/A
2. Carcinoma>Cirrhosis
3. Cirrhosis>Carcinoma
4. N/A
5. N/A

Front 5

Hep B
1. Type II hypersensitivity reactions

Back 5

1. Polyartheritis & Glomerulone[hritis

Front 6

Actions of RT in HBV, when it recognised
1. RNA ->
2. RNA-DNA Hypbrid
3. ssDNA

Back 6

1. RNA dependent DNA polyemerase (RNA -> DNA)
2. RNAse H actively digests RNA part of hybrid
3. Makes a 2nd stand

Front 7

Hep B
1. Name the THREE antigens & source
2. Which one is soluble?
3. Which one is surface?

Back 7

1. HBsAG (surface) -> Coat
2. HBeAG (solubule) ->pre-core protein
3. HBcAg -> Core Antigen

Front 8

ACUTE HBV, what antibodies will be present, if?
1. Vaccinated
2. If acute infection(before window)
3. If Acute infection (after window)
4. If during window (4.5-5.5 months)

Back 8

1. Anti-HBsAg
2. HBeAg, than HBsAg, than Anti-HBcAb
3. Anti-HBcAb & Anti-HBsAb
4. Anti-HB-cAb

Front 9

Chroninc HBV. What Abs present in
1. Window
2. Up to 5 years
3. Up to 8 yers

Back 9

1. NO WINDOW
2. HBeAg, HBsAg & Anti-HBcAb
3. NO HBeAg

Front 10

When performing an Investigation into Nocosomial infections, which HBV antigen

Back 10

1. HBsAg

Front 11

1. ALL Flavivirus transmitt via? Attack?
2. Hep C transmission? Attacks?
3. Common route (clinical)

Back 11

1. Mosquitoes & Monocytes
2. Sexual or IVDA & Liver
3. Dailysis or Blood Transfusion

Front 12

Function of
1. Small HDAg vs
2. Large HDAg (2)

Back 12

1. Transactivating HDV RNA replication
2. Packiging of HDV & supression of HBV replication

Front 13

Hep A vs. Hep E
1. THREE differences

Back 13

Hep E
1. Greater mortality in Pregnant women
2. May be pig farmers
3. No vaccine

Front 14

Hep C vs. Hep G
1. TWO differences

Back 14

Hep G
1. No Vaccine & Synctial giant cell hepatitis

Front 15

Yellow Fever Virus
1. In Africa transmitted via
2. In South America

Back 15

1. Aedes aegypti
2. Haemagogus spp.

Front 16

Acyclovir effective vs. what HHVs?
2. Not effective vs?

Back 16

1. HHV 1, 2 &3
2. HHV-5

Front 17

Name the Most IMPORTANT virus that infects
1. The Heart
2. Kidney
3. Muscle (pleurodynia)
4. Glands (2)

Back 17

1. Coxsackie B Virus (foot-mouth dieases)
2. CMV
3. Coxsackie B virus (pleurodynia)
4. HHV-5 & Mumps

Front 18

Adenovirus
1. DIsease
2, Most Important clinical features in Adult (3)
3. KEY symptom

Back 18

1. Pink Eye
2. Acute & Chronic Conjuctivitis & Pharyngoconjunctivitis
3. Hemeturia (Hemorrhagic cystitis)

Front 19

Chlamydia trachomatis
1. Which type cause trachoma
2. Conjucntivitis
3. Blindness
4. Some can infect babies

Back 19

1. A-C
2. D-K
3. A-C
4. At birth

Front 20

Differnce disease caused? Which is more common
1. Chlamyida Trachomatis
2. Neisseria gonorrhea

Back 20

1. C. t. - conjunctivitis (more common)
2. N. g. - Opthalmia neonartum

Front 21

Fungal Endophthelmitis
1. Caused by (2)
2. Clinical Vignette
3. Fungi found in (3)
4. Type of eye surgery (2)
5. Leads to (2)

Back 21

1. Fusurarium Endophthalmis & Bipolaris haiwaiiens
2. Eye surgery --> Blind
2. Air, Soil & Water
3. Viterectomy & Corneal Surgery
5. Loss of vision & requirement of immediate surgery

Front 22

Mumps Virus
1. Function of F protien
2. Leading to

Back 22

1. Tendency to from Giant Infective Cell
2. Giant Cell pneumonia

Front 23

Mumps Virus
1. Most common symptom
2. In adults, commonly leads to
3. Key additional complication

Back 23

1. Parotitis (70%)
2. Orchitis (Sterility)
3. Cochlear inflammation (deaf)

Front 24

Viruses from Organ & Tissue Infections w/ Vaccine

Back 24

Hep A, Hep B. Yellow Fever Virus, Adenoviridae & Mumps Virus