A. Protozoal infections

B. Bacterial infections

C. Fungal infections

A. Vitamin-A storage

C. Formation of sinusoids

D. Increases blood perfusion

A. Aschojis giant cells

B. Hypertrophic myocardial fibres

D. Fibrocytes in myocardium

A. Capilaries

C. Heart

D. Arteries

A. All of the above

B. Skin, lips and tongue

C. Skin and mucosa

A. Primary

B. Congenital

C. Tetriary

A. Retinoblastoma

B. Carcinoma breast

D. Osteosarcoma

A. Humoral

B. None of the above

D. Foreign body reaction

A. Provide differentiated terminal cells

B. Act as a repair system for the body

D. Formation of the ovum

A. Parathyroid

B. Testosterone

C. Insulin

A. Solar keratosis

C. Leukoplakia

D. Chronic ulcers

B. Acute leukemia

C. Cancer chemotherapy

D. Aplasti anemia

A. Fibroblast

B. Marcophage

C. Leukocyte

A. Invasion of blood vessels

B. Disorganized cell structure

C. Rapid, erratic growth

A. Karyorrhexis

B. Pyknosis

C. Cytolysis

B. Sulfatide

C. Sulfadase

D. Hetero polysaccharide

A. Arachidonic acid is metabolized to form prostaglandins and leukotrienes

C. Leukotrienes cause bronchoconstriction

D. COX is induced by cytokines at the site of inflammation

B. Lupus anticoagulant

C. Hemophilia

D. Liver disease

A. Osteogenic sarcoma

C. Chondro sarcoma

D. Ewings sarcoma

A. 1:06

B. 1:05

C. 6:04

A. Anywhere on hairless skin

B. Face below alatragus line

D. All of the above

A. Infarction

B. Clot formation

D. Embolism

A. Coagulative necrosis

C. Fatty necrosis

D. Caesous necrosis

A. Causes tachycardia

C. Cleaved by acetylcholinesterase

D. Inhibits sweat and lacrimation

B. Formation of procallus or osseous cells

C. Remodeling of bone

D. Formation of blood clot

A. Intermediate leprosy

B. Histoid leprosy

C. Tuberculoid leprosy

A. Metaphase

C. Anaphase

D. Prophase

B. Diminished rate of blood flow

C. Increased coagulability of blood

D. Damage to endothelium due to injury or inflammation

A. Codeine, dihydrocodeine, paracetmol

B. Benzodiazepine

D. Antacids

A. High capacity to divide

B. Limited capacity to divide

C. Long life span as compared to lymphocytes

A. Peroxidase

C. Bradykinin

D. Coagulase

A. Lines of zahn

B. Dry and friable

D. Firm adherence to endothelium where as absent in postmorten clots

A. Budding blood vessels

B. Macrophages

D. Fibroblast

B. Diazepam

C. Neostigmine

D. Atropine

A. Lymph vessels

C. T- cell

D. Lymph nodes

A. Redox text

B. Gene splicing

D. Bacteriophage

A. Syphilis

B. Sarcoidosis

C. Tuberculosis

A. EBV

B. HPV

C. Hepatitis -B virus

A. Transudation

B. Congestion

C. Exudation

A. Infection

B. Cortisol

D. Foreign Bodies

B. Monocytes

C. Plasma cells

D. Eosinophils

A. Liver

B. Lung

C. Kidney

A. None of the above

C. Pulmonary embolism

D. Congestive heart failure

A. Sickle cell anaemia

B. Vitamin B12 deficiency anaemia

D. Thalassaemia

A. Dysplastic

B. Hyperplastic

C. Metaplastic

A. Antihistamines

C. Corticosteroids

D. Diazepam

B. Lymphangitis

C. Atheroscleroses

D. Endarteritis

A. Sturge weber syndrome

B. Multiple hamartoma syndrome

C. Plummer vinson syndrome

B. Rouleax formation

C. Pavementing

D. Chemotaxis migration

A. Thrombocytopenia

B. Ehlers danlos syndrome

D. Von Willebrand disease