B. Heart rate becomes stable at slightly more than normal

C. Cerebral blood flow increase & becomes stable at more than normal

D. Blood flow to the Apex of lung decrease

B. Precentral gyrus

C. Medulla

D. Diencephalon

A. Fibronectin provides a barrier for diffusion

B. There are no gaps between active sites

C. Less activity in the membrane

B. Serum phosphatase

C. Insulin test

D. Serum creatinine

A. 4 years

C. Puberty

D. Birth

A. Capillary fragility test (CFT)

B. Bleeding time (BT)

C. Partial thromboplastin time ( PTT)

A. common bile duct

B. maxillary Sinus

D. Stensons duct

A. Phagocytosis

C. Opsonization

D. CMI

A. Needle electrode

C. Round electrode

D. Hook electrode

B. End organs of Ruffini

C. End bulbs of Krause

D. Pacinian corpuscles

B. Fibrin

C. Thrombin

D. Calcium

A. The rombergs sign is positive

B. There is involuntary termor

C. There is adiodokokinesia

A. Anemia

B. Vitamin deficiency

C. Spherocytosis

A. Pharyngeal muscles

B. Muscles of middle ear

D. Extraocular muscles

A. 0.111111111

B. 1:50

C. 3.513888889

A. Carbomino compounds

B. Dissolved

D. CO

A. XII

B. X

C. IX

B. Proximal tubule

C. Loop of Henle

D. Vasa recta

A. Cytosine

C. Guanine

D. Uracil

A. B

B. A

C. AB

A. MAST cells

B. Eosinophils

C. R.B.C s

A. Deuteranomaly

B. Deuteranopia

C. Protanomaly

A. Anterior pituitary

B. Adrenal medulla

D. Posterior pituitary

A. Muscles are rigid and tough

B. there is lack of acetyl choline

C. There is isometric contraction

A. 375 mg/dl

B. 180 mg/dl

C. 325 mg/dl

A. Has dense Nissl grandules

B. Is round in shape

D. Is at commencement of dendrites

B. Neurohypophysis

C. Area posterma

D. Subfornical region

A. Glomerular hydrostatic pressure is decreased

B. Tubular hydrostatic pressure is increased

D. Plasma oncotic pressure is increased

B. PT

C. Thrombin

D. CT

B. Neutropenia

C. Leucopenia

D. Leukocytosis

B. Neutropenia

C. Leukopenia

D. Lymphopenia

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