A. Lente insulin

B. Insulin aspart

C. Insulin lispro

A. Loop of henle

B. None

D. DCT

A. K influx

C. Na influx

D. Na effux

A. Axonal sprouting

B. Schwan cell mitosis

C. Nuclear disintegration

B. Glutamate

C. Aspartic acid

D. Lysin

B. Cerebellum

C. Cerebrum

D. Hypothalamus

A. Takes coumarin derivatives

B. Has liver disease

D. Lacks factor VIII

A. Epithelial tissue

B. Nervous tissue

C. Muscular tissue

B. Muscularis

C. Submucosa

D. Serosa

A. Aldosterone

B. Angiotensin II

D. Vasopressin

A. Inactivation of Na+ k+ ATPase

B. Depletion of intracellular Na+

C. Insufficient neurotransmitter

A. Phosphorus

C. Sodium

D. Potassium

A. Alkaline phosphatase

B. Procollagen marker

D. Osteocalcin

A. None

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

C. Committed stem cells differentiates into only one cell type

A. Lymphatic flow from muscle decrease

C. Blood flow to muscle increases after 1 minute

D. Cerebral blood flow increases if there is increase in systolic blood pressure

B. Skeletal and cardiac

C. Smooth and skeletal

D. Smooth and cardiac

B. Yellow bone marrow

C. The liver

D. The spleen

A. Increase in intracellular Na

C. Hypocalcemia inhibits the pump

D. Pumps Na against a gradient

A. Potassium ion concentrations

C. Chloride ion concentrations

D. Colloid osmotic pressure

A. Increase in the anterior curvature of lens

B. Convergence of eye ball

D. Constriction of pupil

A. 100 days

B. 10 weeks

C. 10 hours

A. Haversian fibers

C. Tomes fibers

D. Interstitial fibers

A. Allergic cells

C. Released in immunologic response

D. Leukocytes

A. Alveolar ventilation

B. Tidal volume

C. Respiratory rate

A. Nor epinephrine

B. Dopamine

C. Epinephrine

B. Heme

C. Bilirubin diglucuronide

D. Biliverdin

A. Decrease of heart rate

B. Contraction of pupils

D. Secretion of saliva

A. Ferric chloride

C. Human thrombin

D. Vit- K

B. Loop of Henle

C. Distal convoluted tubule

D. Bowmans capsule

A. Plasma cell

C. Mast cell

D. Vascular endothelium

A. Basophil

B. Plasma cell

D. B cell

A. Renal pyramid

B. Ureter

C. Major calyx

A. Factor II

B. Factor IX

C. Factor VII

A. Typhoid fever

C. Polycythemia

D. Anemia

B. Total WBC vlume

C. Total blood volume

D. Plasma filtrate

A. 500 to 900 cells/C.mm

B. 1200 to1500cells/C.mm

C. 1500 to 2,000cells/C.mm

A. Finger nose test

C. Chvostek test

D. Babinsky test

A. In physical solution in plasma

C. In combination with plasma proteins

D. In combination with hemoglobin

A. Tropomyosin

B. Myosin

C. Actin

A. Disintegrating of Nucleus

B. Decrease in cell size

D. Disintegration of golgi apparatus

A. resting membrane potential

B. Magnitude of the stimulus

C. Intracellular potassium concentration

A. Lymphocytes

C. Monocytes

D. Platelets

A. 250

C. 800

D. 1500

A. Facial nerve

B. Glossopharyngeal nerve

C. Vagus nerve

A. Is released by mast cells

B. Interferes with action of thrombin

D. Inhibits conversion of fibrinogen to insoluble fibrin

A. Sympathetic stimulation

C. Fall in the BP

D. Decrease in the concentration of sodium ions in the distal tubules

A. The muscle is not able to move the load

C. The length of muscle is increased

D. The latent period of contraction is shorter than isometric contraction

A. In hemophilia

B. Detection of clot retraction

D. Platelet count

B. R III Reflex

C. Knee jerk reflex

D. H- Reflex

B. A-gamma fibers

C. A-beta fibers

D. A-alpha fibers