A. Factor IX

B. Factor VII

D. Factor II

A. Rh ve mover, bearing her 1stRh + ve child

B. Rh+ ve mother, who is bearing 2nd Rh+ ve child

C. Rh+ ve mother, bearing her 1st Rh ve child

A. Hypokalemia

C. Remission of disease

D. Metabolic acidosis

B. AB

C. B

D. A

B. Alkalosis

C. Increased HbF

D. Hypothermia

A. Takes coumarin derivatives

B. Lacks factor VIII

C. Has liver disease

A. Breur effect

B. Haldane effect

D. Hamburger effect

A. Lack of vitamin B

C. Lack of vitamin K

D. Platelet deficiency

B. Epiphyseal plates

C. Chondrophyseal plates

D. Endophyseal plates

A. H band

C. Sarcoplasm

D. A line

A. Pnemocyte I

B. Goblet cells

C. Pulmonary vessels

B. Involved in reciprocal innervation

C. a- motor neuron stimulation

D. Senses dynamic length of muscle

B. Hypoxia

C. Cyanosis

D. Dyspnea

A. 6C

B. 8C

D. -4C

A. Calcium

C. Vitamin K

D. Prothrombin

A. Damaged tissue

B. Liver

D. Vascular endothelium

B. Na effux

C. K influx

D. Na influx

A. Epsilon and gamma

C. Gamma and beta

D. Alpha and beta

A. Collecting tubule

B. Proximal tubule

C. Descending limb of loop of Henle

B. Sarcoplasmic ca+2

C. Extracellular Na+

D. Intracellular Na+

A. Dilute with equal volume of 0.9% saline

C. Add fibrinogen

D. Add solution of calcium chloride

A. Contracts when actin and myosin filaments shorten

C. Contracts when calcium is taken up by sarcoplasmic reticulum

D. Contraction is initiated by calcium binding to tropomyosin

A. None

B. Committed stem cells differentiates into only one cell type

C. Spleen plays a major role in adults (in lymphopoiesis )

A. Blocking the release of acetyl choline at the end plate

C. Inhibiting cholinesterase

D. Inhibiting the CNS

A. 800 ML

B. 200 ML

D. 600 ML

B. 4.0 lit /Min

C. 9 Lit/Min

D. 2.5 lit/Min

B. Protein- C

C. Myosin

D. Actin

A. White and yellow

C. White and gray

D. white and brown

A. CO

B. Carbomino compounds

C. Dissolved

A. None of these

B. Same as the size of RBC

C. Bigger than RBC

A. DNA is localized in nucleus

C. RNA contains ribose

D. RNA does not contain thymine

B. That the cell is resting

C. nothing

D. that the cell is in transition phase

A. Thickness of the skin

C. The relative proportion of reduced and oxygenated hemoglobin

D. Fragility of capillaries

A. Hypoxic or arterial hypoxia

C. Stagnant hypoxia

D. Histotoxic hypoxia

B. Colloid osmotic pressure

C. Chloride ion concentrations

D. Potassium ion concentrations

A. Contracts when actin and myosin filaments shorten

B. Contracts when calcium is taken up by sarcoplasmic reticulum

D. Contraction is initiated by calcium binding to tropomyosin

A. Pallor of mucous membranes

B. Increased incidence of heart murmurs

C. Compensatory increase in cardiac output

A. Total blood volume

C. Plasma filtrate

D. Total WBC vlume

A. Glomerulus

C. Loop of Henle

D. Collecting ducts

A. Calcium

B. Thrombin

C. Fibrin

A. Fibrin

B. Coagulase

D. Hyaluronidase

A. The spleen

B. The liver

C. Yellow bone marrow

A. Interstitial fibers

B. Haversian fibers

C. Tomes fibers

A. EDTA

B. Heparin

C. Potassium oxalate

A. Neutropenia

B. Leukocytosis

C. Leucopenia

A. B negative donor

C. Positive donor

D. AB positive donor

A. Diffusion capacity of lungs decreases

B. Hypoxic hypoxia

D. Cyanosis

B. 150 ml/min

C. 100 ml/min

D. 175 ml/min

B. Renin

C. 1,2,5 Dihydroxy cholecalciferol

D. Erythropoietin

A. Loop of Henle

C. Distal convoluted tubule

D. Collecting duct