B. Anti-hemophiliac F factor

C. Anti-hemophiliac A factor

D. Anti-hemophiliac B factor

A. V

C. Fibrinogen

D. II

A. Decrease heat production

B. Non- shivering thermogenesis

C. Sweating

A. Glomerulus

B. Collecting ducts

C. Loop of Henle

A. Add solution of calcium chloride

B. Dilute with equal volume of 0.9% saline

D. Add fibrinogen

B. Factor VII

C. Factor III

D. Factor II

A. 80 mg/dl

B. 100 mg/dl

D. 120 mg/dl

B. None of the above

C. Cardiac muscle

D. Skin

A. Factor II

C. Factor IX

D. Factor VII

A. Cardiac failure

B. Sympathetic stimulation

C. Low Na+ in proximal tubule

B. Thalassemia

C. Sickle cell anemia

D. Methotrexate therapy

A. Loop of henle

B. Vasa recta

D. DCT

A. Plyuria

C. Dysuria

D. Nocturia

B. Spleen

C. Liver

D. Bone marrow

A. None of the above

B. Nasal septum

C. Lateral walls

A. Potassium

B. Carbonic acid

C. Phosphate

A. Less negative

B. Equal to the intra alveolar pressure

C. Positive

B. PO4-2

C. CL-

D. HCO3-

A. by around 6 years after birth

B. During intra uterine life

D. just before birth

A. 12

C. 8

D. 10

B. Corticospinal tract

C. Corticocerebral tract

D. Ventral spinothalamic tract

A. Loss of function of Thalamus

B. Loss of function of Hypothalamus

C. Loss of function of Basal ganglia

A. II

C. IX

D. X

B. Prothrombin

C. Fibrinogen

D. Calcium ion

B. Increase in NaCl concentration in urine

C. Increase in renal blood flow

D. Increase in glomerular filtration rate

A. RNA contains ribose

B. RNA does not contain thymine

D. DNA is localized in nucleus

A. Involved in reciprocal innervation

B. Senses dynamic length of muscle

C. a- motor neuron stimulation

A. O- Ve

B. AB- Ve

C. O+ Ve

A. 60%

C. 0%

D. 50%

B. Contracts when actin and myosin filaments shorten

C. Contraction is initiated by calcium binding to tropomyosin

D. Contracts when calcium is taken up by sarcoplasmic reticulum

A. Melanophage

B. Chemoreceptor

D. Proprioception

A. Obese than in lean individuals

C. Children than in adult

D. old than in young objects

A. Microglia

C. Schwann cells

D. Astrocytes

B. Reticulospinal

C. Vestibulospinal

D. Rubrospinal

A. Cylindrical

B. Multiple nuclei

D. Transverse striation

A. Superior cervical ganglion

B. Otic ganglion

D. Trigeminal nerve ganglion

B. Large granular lymphocytes

C. Killer cells

D. Small lymphocytes

B. Covering of the body

C. Peripheral vasoconstriction

D. Postural position

A. Feeding

B. Exercise

D. Hyperthyroidism

A. Vit B12 deficiency

B. Megaloblastic anemia

D. Sideroblastic anemia

A. Cerebrum

C. Midbrain

D. Pons

B. Myeloperoxidase

C. Nucleosidase

D. Catalase

A. Creatinine clearance

B. P.A.H. clearance

D. Renal plasma flow

A. Inhibitory post synaptic potential

B. Action potential

C. End plate potential

A. CNS stimulation

B. sensory stimulation

C. Sympathetic stimulation

A. Begins with an, in ward movement of K+ ins

C. Is not essential for contraction to occur

D. Has a prolonged plateau phase?

A. Neocortex

B. Prefrontal cortex

D. Amygdala

B. decreases

C. Increases

D. Increases then decreases

A. Urea

B. Mannitol

C. Glycerol

A. Trapping H+ by acetate

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

D. Combining H+ with Cl- to form Hcl