A. Phenyleprine

B. Norepinephrine

D. Leuonordefrin

A. 1:05

B. 1:06

D. 6:04

B. Sarcoidosis

C. Syphilis

D. Tuberculosis

A. Amoebiasis

B. Tyhoid

D. Viral infections

B. Decreased volume of interstitial fluid

C. Elevated body temperature

D. Increased blood pressure

B. Vasoconstriction

C. Hypovolemia

D. Sepsis

A. Internal carotid artery

C. Thoracic aorta

D. Coronary artery

B. Sturge weber syndrome

C. Multiple hamartoma syndrome

D. Plummer vinson syndrome

A. Contraction of urinary spinctors

B. Vasoconstriction

C. Mydriasis

B. Nutrition

C. Size and location of wound

D. Adequate blood supply

B. G6PD

C. Thalassemia

D. Dengue fever

A. Silicosis

C. Anthracosis

D. Byssinosis

A. Disorganized cell structure

B. Rapid, erratic growth

D. Invasion of blood vessels

B. Fatty streak

C. Hypercoagulability

D. Alteration in blood flow

B. Kidney

C. Spleen

D. Liver

A. Normal histology

C. Dysplasia

D. Anaplasia

A. The central venous pressure ins high

B. Urine output is unaffected

D. There is always s site of bleeding

B. Diazepam

C. Neostigmine

D. Atropine

A. Klutischky cells

B. Brush cells

C. Clara cells

A. Stasis of blood

B. Increased vascular permeability

D. Vasodilation

A. An anaphylactic shock

B. None of the above

D. A transplant immunity

A. Cicatrisation

B. All of the above

C. Secondary intention

B. Celsus

C. Virchow

D. None of the above

A. Ovary

B. Lung

C. Intestine

B. Passive congestion in liver

C. None of the above

D. Active hyperemia in lungs

B. Damage to endothelium due to injury or inflammation

C. Increased coagulability of blood

D. Diminished rate of blood flow

A. Due to obstruction of bile duct

C. Due to increased portal hypertension

D. All of the above

A. Dopaminergic receptors

B. Opioid receptors

C. Beta 2 receptors

A. The CCA is divided into external and internal carotid arteries at the level of upper border of thyroid cartilage

C. Right CCA is a branch of brachiocephalic artery

D. Left CCA is a branch of arch of aorta

A. Mycobacterium bovis

B. All of the above

C. Mycobacterium leprae

A. A decrease in the blood pressure

B. A decrease in the urine output

D. A decrease in the central venous pressure

A. Increased osmotic pressure

B. None of the above

D. Increased albumin in blood and decreased globin

A. Pryosulphate

C. Potassium sulphate

D. Penicillinase

A. Cells containing excessive melanin pigment

B. Melangocytes which are functionally more active

D. large melanocytes

A. Kupffer cells in liver

B. Microglial cells in nervous system

C. Histiocytes in connective tissues

A. Pro-cancerous lesions of oral cavity

B. Cigarette smokers

D. Heavily keratinized lesions of oral cavity

A. Ingress of macrophages

B. Intense eosinophilia

D. Neutrophilic infiltration

B. Epidermoid carcinoma

C. Melanoma

D. Basal cell carcinoma

A. Hypertrophic myocardial fibres

B. Aschojis giant cells

C. Fibrocytes in myocardium

A. Leukoerythroblastic anemia

C. Subleukemic leukemia

D. Infectious mononucleosis

A. Ossifying fibroma

C. Fibrous dysplasia

D. None of the above

A. RNA template

C. Rough endoplasmic reticulum

D. None of the above

A. Chondrosarcoma

C. Ewings sarcoma

D. Giant cell tumour

A. Daughter are infeted

B. Sons are infected

C. All are normal

A. Lactic Dehydrogenase (LDH)

B. Serum glutamic oxaloacetic transaminase (SGOT)

D. Creatine phospho kinase (CPK)

B. Distal end

C. Both A and B

D. None of the above

A. Between 1.012 and 1.020

B. Below 1.0.10

C. Above 1.020

B. Bradykinin

C. Peroxidase

D. Coagulase

A. IL 8 is a marker for bone lesions

B. Direct plasma cell deposition in glomerular capilaries leads to kidney damage

D. Invariably increase in alkaline phosphatase

B. 10% blood

C. 20% blood

D. 30% blood