A. Norm oblast

B. PR erythroblast

C. Reticulocyte

B. Birth

C. Puberty

D. 4 years

A. Toxic transport

B. Drug transport

D. Coagulation

A. Middle lobe of lung

B. Base of lung

C. Posterior lobe of lung

A. Decrease in arterial carbon dioxide level

B. None of the above

D. Increase in arterial oxygen level

A. Fibronectin provides a barrier for diffusion

B. There are no gaps between active sites

D. Less activity in the membrane

A. Contraction of pupils

B. Decrease of heart rate

D. Secretion of saliva

A. Increase in respiratory rate

B. Increase in oxygen carrying capacity of blood

D. Increases in depth of respiration

A. Sarcoplasm

B. Sarcolemma

D. Endomysium

B. 7.6

C. 7

D. 7.2

A. Heme

B. Bilirubin diglucuronide

C. Biliverdin

B. Epinephrine

C. Dopamine

D. Nor epinephrine

A. Glucose

B. NH4+

C. K+

B. Anemia

C. Typhoid fever

D. Polycythemia

A. 20% eosinophils

B. 10% basophils

C. 40% neutrophils

B. Differential pressure of oxygen in in hemoglobin synthesis

C. Differential pressure of oxygen in venous blood

D. Differential pressure of oxygen in in tissue fluids

A. None of the above

B. Net current in an outward direction

D. Cell interior becomes more negative

B. Dopamine metabolism

C. Adrenaline metabolism

D. PGE2 production

A. Increased concentration of carbon di oxide

C. Increased temperature

D. Increased 2,3 BPG

A. Nucleo protein

B. Phospho protein

C. Chromo protein

A. Hypocalcemia inhibits the pump

B. Increase in intracellular Na

D. Pumps Na against a gradient

A. Capillary fragility test (CFT)

B. Partial thromboplastin time ( PTT)

C. Bleeding time (BT)

A. Lymph nodes

B. Thymus gland

D. Spleen

A. Methotrexate therapy

B. Thalassemia

D. Sickle cell anemia

A. In combination with hemoglobin

C. In physical solution in plasma

D. In combination with plasma proteins

A. PO4-2

C. CL-

D. HCO3-

A. Efferent arteriole

B. PCT

D. Afferent arteriole

A. Refractoriness

B. Electrotonus

C. Adaptation

A. 10 weeks

C. 10 hours

D. 100 days

A. Amygdala

B. Neocortex

C. Prefrontal cortex

A. II

B. Fibrinogen

D. V

A. Phosphate

C. Carbonic acid

D. Potassium

B. Greatly increased

C. Same

D. High

B. Fibrin formation

C. Thromboplastin formation

D. Thrombin formation

A. Interstitium

B. Bone

D. Plasma

B. Infrequent renewal

C. Irregular renewal

D. None of the above

A. Increased lung compliance

C. The concentration of surfactant is reduced in alveoli

D. Interpleural pressure becomes more negative

A. just before birth

C. by around 6 years after birth

D. During intra uterine life

A. Intrapulmonary pressure falls

B. The partial pressure of O2 in dead space rises

D. Intra-abdominal pressure rises

B. Inulin and mannitol

C. Urea and diodrast

D. PAH and Phenol red

B. Uracil

C. Cytosine

D. Guanine

A. Combining H+ with Cl- to form Hcl

C. Combining H+ and HCO3- via enzyme carbonic anhydrase

D. Trapping H+ by acetate

A. Ammonia

C. Potassium

D. Bicarbonate

A. Tubular hydrostatic pressure is increased

B. Glomerular hydrostatic pressure is decreased

C. Plasma oncotic pressure is increased

A. Increasing surface area

B. Carrying more Hemoglobin

C. Increasing flexibility

B. Stensons duct

C. common bile duct

D. maxillary Sinus

A. Plasma cell

B. Mast cell

D. Vascular endothelium

B. Decrease in hemoglobin concentration of arterial blood

C. Sluggish blood flow

D. Paralysis of inspiratory muscles

B. million

C. Two million

D. Four million

A. Submucosa

B. Muscularis

C. Serosa