A. K+

C. Glucose

D. NH4+

A. High Altitude

C. Pheochromocytoma

D. Cerebellar hemangioblastoma

B. Megakaryocyte

C. Monocytes

D. Megakaryoblast

A. ADH secretion in collecting duct

B. Macula densa

D. Balance between ascending and descending loop of henle

A. Distal tubule

B. Proximal tubule

C. Collecting duct

A. Urea and diodrast

C. Inulin and mannitol

D. PAH and Phenol red

A. Motor nerves

C. Parasympathetic nerves

D. Sensory nerves

A. Sarcoplasmic ca+2

B. Extracellular Na+

C. Intracellular Na+

A. Failure of break down of calcium bridges

B. Failure of acetylcholine to diffuse

D. None of the above

B. That the cell is resting

C. that the cell is in transition phase

D. nothing

B. Viscidity

C. Rouleaux

D. Fibrinogen

B. Enters the uterine cavity

C. Penetrates cell membrane of oocyte

D. Penetrates corona radiate

A. PTA

B. VWA

C. Prothrombin

B. Glial cell activation

C. Neuronal activation

D. Glial cell inhibition

B. White and yellow

C. white and brown

D. White and gray

A. Urea

B. PAH

D. Glucose

A. Sodium citrate

C. Double oxalate mixture

D. EDTA

A. Whole blood

B. Extracellular fluid

D. Plasma

A. Positive

C. AB positive

D. AB negative

B. Hypoxia

C. Dyspnea

D. Cyanosis

A. Liberation of histamine

B. Destruction of old erythrocytes

D. Immune response

A. Nucleo protein

B. Phospho protein

C. Chromo protein

A. Coagulation

C. Toxic transport

D. Drug transport

A. Impairment of both sensory and motor function

B. Wallerian degeneration

D. Reversible loss, which will be regenerated i 6-8 wks

A. Four heme molecules and four polypeptide chains

B. Four heme molecules, 2? and 2? chains

D. Four polypeptide chains, 2?, 1?,1? chain

A. Fibrinogen

C. Calcium

D. Prothrombin

A. Sarcoplasm

B. Sarcolemma

D. Endomysium

A. 150 ml/min

B. 175 ml/min

C. 100 ml/min

A. Positive donor

B. AB positive donor

D. B negative donor

A. Iron

B. Copper

D. Aluminum

B. Fibrin formation

C. Thrombin formation

D. Thromboplastin formation

B. Bind vitamin K

C. Bind factor XII

D. Buffer basic groups of coagulation factors

A. Schwann cells

B. Oligocytes

C. Astrocytes

A. Interstitium

B. Bone

C. Plasma

B. Reticulocyte

C. Norm oblast

D. PR erythroblast

A. Hyper polarization

B. Propagation

C. All or none law

B. Superior colliculus

C. Visual cortex area

D. Frontal eye field

A. More reabsorption in the PCT

B. More concentration in loop of Henle

C. More reabsorption of DCT and collecting ducts

A. Spleen

C. Thymus gland

D. Lymph nodes

A. BT

B. PT

D. CRT

A. Venn diagram

B. EEG

D. ECG

A. Vascular endothelium

C. Liver

D. Damaged tissue

B. 90 days

C. 12 days

D. One month

B. Rhesus

C. Lutheran

D. Duffy

A. Spinothalamic tracts

B. Golgi tendon apparatus

D. Intrafusal fibers of the muscle spindle

A. A flexor muscle and an extensor muscle

C. A single skeletal muscle and all the motor peurons that supply it

D. All the motor neurons in which response are observed after maximal stimulation of a single sensory nerve

A. Jaw clenching reflex

B. Jaw gnashing reflex

D. None of the above

A. Yolk sac

B. Liver

D. Long bones

A. Potassium oxalate

B. EDTA

C. Heparin

A. Plasma

C. RBC

D. All