A. Trophozoites colonise in the colon

C. Cysts are 4 nucleated

D. The chromatid bodies are stained by iodides

A. Lungs

C. Brain

D. Spleen

B. Western blot followed by ELISA

C. Polymers chain reaction

D. Virus isolation

A. matures neutrophils

C. erythrocytes

D. Platelets

A. All of the above

C. Haemosiderosis

D. jaundice

A. Hepatitis

B. EB virus

C. Adeno

A. Viral infections

C. Pertussis

D. Tuberculosis

A. ISO

B. Xeno

C. Auto

B. Aspergilosis

C. Tuberculosis

D. Cryptococcosis

B. Haemophilia A

C. Fetal alcohol syndrome

D. Sickle cell anaemia

A. Disseminated intravascular coagulation

C. Aplastic anaemia

D. Acute myelocytic leukemia

A. African jaw lymphoma

C. Burkitts lymphoma

D. Infectious mononucleosis

A. None of the above

B. A smallest particle similar to virus

D. Smallest virus

B. Massons toichrome

C. Vonkosa

D. Reticulin

A. None of the above

B. Kyanasur forest disease is caused by bite of wild animal

C. Lyssa virus is transmitted by ticks

A. Blood coagulation

B. G1 to S phase of cell cycle

D. Mitotic cell division

A. Osteoporosis

B. T cell tumour

D. Infectious mononcleosis

A. DNA-RNA

B. RNA-DNA

D. DNA-RNA-DNA

A. One alpha chain and one beta chain

C. One beta chains and two alpha chains

D. One alpha chains and two beta chains

A. Apthous stomatitis

C. Tuberculosis

D. Herpetic gingivostomatitis

A. Hepadana viruses

B. Picorna viruses

C. Herpes viruses

B. Salmonella

C. Camphylobacter jejuni

D. Y. enterocolitica

B. None of the above

C. Acquires its envelope from cytoplasmi membrane

D. Acquires its envelope from nucleolar membrane

A. Rhabdo virus

C. Bunya virus

D. Calci virus

A. Human Herpes Virus 3

B. Human Herpes Virus 1

D. Human Herpes Virus 8

A. Oxygen tension goes down

C. All of the above

D. There is dehydration

A. Molluscum contagiosum

C. Small pox

D. Cowpox

A. Papilloma

C. Herpes Simplex

D. Mumps

B. Scar tissue

C. Liquefactive necrosis

D. Chronic inflammation

B. Megaloblastic anemia

C. Homozygous sickle cell anemia

D. Heterozygous sickle cell trait

A. In hemophilia A females are carriers

B. Hemophilia A is due to deficiency of factor VIII

D. Desmopressin is useful in the management of hemophilia A

A. Rabies

C. Secondary Iues

D. Actinomycosis

A. Thiazide therapy

C. Osteopetrosis

D. DIsseminated intravascular coagulation

A. 9 weeks

C. 12 weeks

D. 2 weeks

A. When virus enters the cell

C. DNA/RNA replication

D. Uncoating of the virus proteins capsule

A. Dependent edema

B. Pitting edema

C. Myxoedema

A. Capillary dilation

B. Erythrocyte engorgement

D. Edema

B. Rh +ve mother and Rh +ve foetus

C. Rh +ve mother and Rh -ve foetus

D. Rh -ve mother and Rh -ve foetus

A. Robert koch

B. Metchinkoff

C. Menkin

A. G1

C. G2

D. M

B. Virus load parallel P24 titre

C. Free P24 antigen disappears after the appearance of IgM response to it:

D. It can be detected during the window period

A. Giant cells

B. Eosinophilis

C. Plasma cells

A. Lipids

C. Polysaccharide

D. Enzymes

A. Supervision

B. Mutation

C. Permutation

A. Pancreatic enzyme deficiency

B. Coronary artery disease

D. Folic acid level

A. Nucleotides

C. Scleroproteins

D. Phospholipids

A. 1:03

C. 1:02

D. 3:01

A. exotoxin production

B. Coagulase production

D. lecithinase production

A. cryoprecipitate

B. Whole blood

C. dried freeze plasma

A. Leukemia

C. Anaemia

D. Neutropenia