B. Nucleus of tractus solitarius

C. Superior salivatory nucleus

D. Lacrimatory nucleus

B. Simple columnar

C. Cuboidal epithelium

D. Pseudo stratified columnar

A. Sternohyoid

B. Genioglossus

D. Digastric

A. All of the above

B. Transverse arytenoids

D. Cricothyroid

B. Hypoglossal nerve

C. Lesser occipital nerve and spinal accessory nerve

D. Motor nerve of the muscles of mastication

A. Mylohyoid

B. Cricothyroid

D. Stylohyoid

B. Hypoxia

C. Hypercapnia

D. Acidosis

B. Plane

C. Denticulate

D. Squamous

A. Is a point where bregma and lambda meet

B. It is the region of the antero lateral fontanelle merge

D. Lies deep to the zygomatic arch

A. Lateral pterygoid

C. Medial pterygoid

D. Masseter

A. Submandibular ganglion

B. Geniculate ganglion

C. Gasserian ganglion

A. Failure of break down of calcium bridges

C. Failure of acetylcholine to diffuse

D. None of the above

B. Neutrophil

C. All of the above

D. Eosinophil

A. Vit- K

C. Ferric chloride

D. Human thrombin

A. ADH secretion in collecting duct

B. Balance between ascending and descending loop of henle

C. Macula densa

A. Carbohydrate

B. Urea

C. Chloride

A. B cell

B. Plasma cell

D. Basophil

A. Hyperthyroidism

B. Feeding

D. Exercise

A. there is lack of acetyl choline

B. Muscles are rigid and tough

C. There is isometric contraction

B. Mucous secretion

C. Ciliary motility

D. Cellular hyperplasia

A. More concentration in loop of Henle

B. More reabsorption of DCT and collecting ducts

D. More reabsorption in the PCT

B. Fibrinogen

C. Calcium ion

D. Prothrombin

A. Sodium fluoride

B. Heparin solution

C. Calcium oxalate

A. AB positive

B. AB negative

D. Positive

B. Increase in pH of blood

C. Carbon monoxide poisoning

D. Obstructive pulmonary disease

A. 1:01

B. 5:01

C. 1:02

A. One month

C. 90 days

D. 12 days

A. Smooth and skeletal

B. Skeletal and cardiac

C. Smooth and cardiac

B. Anterior pituitary

C. Adrenal medulla

D. Posterior pituitary

A. IX

B. X

C. II

B. Action potential

C. Inhibitory post synaptic potential

D. End plate potential

B. 125 ml

C. 2200 ml

D. 1500 ml

A. Renal plasma flow

B. P.A.H. clearance

C. Creatinine clearance

A. AB- Ve

B. O- Ve

D. O+ Ve

A. Sodium citrate

C. EDTA

D. Double oxalate mixture

A. Yolk sac

B. Long bones

C. Liver

A. Asthma

C. COPD

D. Anaphylaxis

A. Increased workload, increasing duration of exercise

C. Increased workload, decreasing duration of exercise

D. Decreasing workload, decreasing duration of exercise

B. Stable factor

C. Thromboplastin

D. Fibrin

B. Sympathetic stimulation

C. Low Na+ in proximal tubule

D. Cardiac failure

A. BT

C. CRT

D. PT

A. Rise in temperature

B. Rise in carbon dioxide tension

D. Rise in H+ ion

B. -5

C. -7

D. 0

A. Mast cell

B. Lymphocyte

D. Neutrophils

A. Fibrinogen

B. Viscidity

C. Rouleaux

B. 800

C. 1500

D. 250

B. Detection of clot retraction

C. Platelet count

D. In hemophilia

A. Blood flow to the Apex of lung decrease

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

C. Heart rate becomes stable at slightly more than normal

A. Residual volume

B. Inspiratory reserve volume

D. Expiratory reserve volume

A. Thrombin

B. PT

C. CT