A. TNM and AJC systems can be used for staging malignant tumours

B. Staging is the extent of spread of tumour

C. Grading is the degree of macroscopic and microscopic differentiation of tumour

A. Cloudy appearance

C. Increased specific gravity

D. High protein

B. Increased osmotic pressure

C. Increased albumin in blood and decreased globin

D. None of the above

A. Hypoparathyroidism

B. Vitamin D deficiency

C. All of the above

A. Factor VIII

B. Factor X

D. Factor V

A. Arsenic

C. Lead

D. Mercury

A. Myxoedema

C. Dependent edema

D. Pitting edema

A. Tuberculous lesions

B. Atherosclerotic lesions

C. Occurs in damaged tissue

A. Trotters syndrome

B. Vincent stomatitis

C. None of the above

A. Giant cells

B. Plasma cells

D. Eosinophilis

B. Chronic monocytic leukemia

C. Chronic lymphoblastic leukemia

D. Chronic myeloid leukemia

A. G1 to S phase of cell cycle

B. Blood coagulation

D. Mitotic cell division

A. Haemophilia A

B. Sickle cell anaemia

D. Fetal alcohol syndrome

A. Sarcoidosis

B. Leprosy

D. Midline lethal granuloma

A. Characteristic of focal bacterial infections

B. Characteristic by loss of tissue architecture

D. None of the above

A. Vasospasm

B. Peripheral neuritis

D. None of the above

A. Iron deficiency anemia

B. Idiopathic thrombocytopenic purpura

D. Thalassemia

B. Massons toichrome

C. Reticulin

D. Vonkosa

A. Whole blood

B. cryoprecipitate

D. dried freeze plasma

A. Erythrocytes

B. Eosinophils

D. Monocytes

A. Nucleus disintegration

B. Nucleolus disintegration

C. Nuclear basophilia

A. Decreased bleeding time and increased clotting time

B. Increased bleeding time and clotting time

C. Decreased bleeding time and clotting time

A. DIsseminated intravascular coagulation

B. Thiazide therapy

D. Osteopetrosis

A. Hyaline change

B. Atrophy

C. Amy

A. Folic acid level

B. Pancreatic enzyme deficiency

D. Coronary artery disease

B. Hemolytic anemia

C. chronic disease

D. Acute blood loss

A. Mediterranean anemia

B. Erythroblastic anema

D. Beta Thalassemia major

B. Infectious mononucleosis

C. Hodgkins lymphoma

D. Burkitts lymphoma

A. Is a congenital disorder

C. Nerve blocks can be given safely

D. Affects males and females equally

A. Chronic inflammation

B. Liquefactive necrosis

C. Scar tissue

A. Tuberculosis

C. Pertussis

D. Viral infections

A. Plummer Vinson syndrome

B. Sturge weber syndrome

D. Multiple hamartoma syndrome

B. Heart

C. Spleen

D. Liver

B. Periostitis

C. Chronic osteomyelitis

D. Acute osteomyelitis

A. Vitamin B6

B. Vitamin B1

D. Folic acid

B. Scanning electron miscroscopy

C. X-ray crytallography

D. Electron microscopy

B. Lungs

C. Pelvis

D. Clavicle

A. Autolysis

B. Autopsy

D. Lysis

A. Left axillary nodes

B. Right supraclavicular nodes

C. Right axillary nodes

B. Hereditary spherocytosis

C. Sickle cell anemia

D. Thalassemia

B. Neoplastic change in the cell

C. Intracytoplasmic accumulation

D. Degenerative change

A. G2

B. M

C. G1

A. One beta chains and two alpha chains

C. One alpha chains and two beta chains

D. One alpha chain and one beta chain

A. Heterozygous sickle cell trait

B. Homozygous sickle cell anemia

D. Megaloblastic anemia

A. All of the above

B. Phenylalanine for glutamic acid

C. Tyrosine for valine at the 6th position at beta chain

B. Epithelial dysplasia

C. Neo angiogenesis

D. Liquefaction degeneration

A. Caseation yellow fever

B. Gumma infarction

C. Coagulation necrosis Tuberculosis

A. Leukemia

B. Leucocytosis

D. Leucorrhoea

B. a2 microglobulin

C. AL protein

D. a-amyloid protein

B. Acute erythroleukaemia

C. Acute megakaryocytic leukaemia

D. Acute myelomonocytic leukaemia