B. Pyknosis shrinkage of nucleus

C. Karyolysis Dissolution of nucleus

D. Karyorrhexis fragmentation of nucleus

A. High density lipoproteins have protective role in atherosclerosis

B. Poly unsaturated fats lowers plasma cholesterol levels

C. Low density lipoproteins has maximum association with atherosclerosis

B. A specific type of chronic inflammation

C. Initiated by a number of infectious and non infectious agents

D. Accumulation of modified macrophages

A. Spleen

C. Liver

D. Kidney

A. Spleen

B. Lymph nodes

D. Liver

B. Portal vein

C. Ascending oaorta

D. Right atrium

B. Neutrophils

C. Macrophage

D. Monocytes

B. Ideterminate leprosy

C. Tuberculoid leprosy

D. Borderline tuberculoid leprosy

A. No increased risk of Sq. cell carcinoma

B. Deficiency of copper

D. Purely nutritional disorder etiology

B. Gap G2 phase

C. Mitosis M phase

D. Gap G1 phase

A. Monocytes

B. Lymphocytes

D. Eosinophils

B. Due to increased portal hypertension

C. Due to obstruction of bile duct

D. All of the above

B. Distal end

C. Both A and B

D. None of the above

A. Mydriasis

B. Decreased Sweating

C. Decreased Salivation

A. Progresses to tuberculous pneumonia

C. Undergoes cavitation

D. Progresses to military tuberculosis

B. Potassium sulphate

C. Pryosulphate

D. Penicillinase

A. None of the above

C. Atheroma

D. Fibrous plaque

A. Humoral mechanism

B. Natural killer cells

D. Cytotoxic T lymphocytes

A. Absence of CD kinase

B. Proteinase is absent in fetus

C. Phosphatase absent in fetal cells

A. Endotheilial cells

C. Bone marrow cells

D. Smooth muscle cells

A. 46 XY

B. 45 X

C. 46 XXY

A. Tumour embolism

C. Amniotic fluid embolism

D. Hyper coagulability

A. Lymphocytoses

B. Neutropenia

D. Monocytoses

B. ALL

C. CML

D. AML

B. Spinal card

C. Basal cisternae

D. Medulla oblongata

A. Neutrophils

B. Lymphocytes

C. Plasma cells

A. Inhibits the chemotaxis of neutrophils and macrophages

B. Decreases firbroblast and bone resorption activity

C. Inhibits of B-lymphocytes

A. Chemotaxis

B. Membrane attack complex killing

D. Zipper killing

A. Is a characteristic feature of malignancy

C. Lack of functional differentiation

D. Lack of structural differentiation

B. Cervix

C. Ovary

D. Lung

A. Inflammatory response

C. Formation of blood clot

D. Epithelial changes

A. Oedema of liver

B. Oedema of spleen

D. Oedema of legs

A. Myeloperoxidase

C. TNF

D. Prostaglandins

A. CLL

C. All of the above

D. AML

B. T cells

C. B cells

D. Plasma cells

A. Lower blood pressure

C. Uterine contraction

D. Increase capillary permeability

A. erythrocytes

B. Platelets

C. matures neutrophils

B. Subleukemic leukemia

C. Infectious mononucleosis

D. Leukoerythroblastic anemia

A. Fibro sarcoma

B. Osteosarcoma

C. Osteoma

A. Chromosomal anomaly

B. Inborn error of metabolism

C. Deficiency of complement factor

B. Fatty

C. Gangrenous

D. Caseous

B. Fibroblasts

C. Endothelial cells

D. Giant cells

B. Absence of proliferation of vessels following inflammation

C. Presence of pus

D. Abnormal inflammatory process

A. All of the above

C. There is dehydration

D. Oxygen tension goes down

A. Cultures on blood agar often produce a typical molar tooth morphology

B. The discharging pus contains visible sulphur granules

C. There is usually history of trauma such as tooth extraction or a blow to the jaw

A. Necrosis

C. Haemorrhage

D. Increased mitoses

B. Aging pigment

C. Wear and tear pigment

D. Lipochrome

A. Severe trauma or burns

B. Women talking oral contraceptives

D. Cardiac failure

A. Tuberculosis

B. Actinomycosis

C. Diphtheria

A. Intrinsic pathway

C. Capillary function

D. All of the above