B. Determine the centric occlusion

C. Determine class II malocclusion

D. Determine the centric relation

A. Hypokalemia

B. Metabolic acidosis

D. Remission of disease

B. Plasma colloids

C. Lymphocytes

D. Blood cells

B. Contracts when actin and myosin filaments shorten

C. Contracts when calcium is taken up by sarcoplasmic reticulum

D. Contraction is initiated by calcium binding to tropomyosin

A. Neutrophil

B. Eosinophil

D. All of the above

A. Rh+ ve mother, bearing her 1st Rh ve child

C. Rh+ ve mother, who is bearing 2nd Rh+ ve child

D. Rh ve mover, bearing her 1stRh + ve child

A. 1:02

B. 5:01

D. 1:01

A. 10% basophils

B. 20% eosinophils

D. 40% neutrophils

A. beta 1 globulin

B. alpha 1 globulin

D. beta 2 globulin

A. Increasing flexibility

C. Increasing surface area

D. Carrying more Hemoglobin

A. Alpha and beta

C. Gamma and beta

D. Epsilon and gamma

A. Myosin

B. Protein- C

C. Actin

A. Greatly increased

B. High

C. Same

A. Potassium

C. Bicarbonate

D. Ammonia

A. Lymphocytes

B. Neutrophils

D. Erythrocytes

A. Vit- A

B. Riboflavin

D. Thiamine

A. Chloride increases after in injection of aldosterone

B. Inulin is lower than that of urea

D. Creatinine indicates glomerular filtration rate

A. Frontal lobe

B. Stria nigra

C. Temporal lobe

B. Nuclear chain

C. Pacinium corpuscles

D. Golgi tendon organ

A. Motor areas of cerebral cortex

B. Anterior hypothalamus

C. Pathways for recurrent collateral inhibition in the spinal cord

B. None of the above

C. Irregular renewal

D. Infrequent renewal

A. Fibrin

B. Coagulase

D. Hyaluronidase

A. Distal convoluted tubule

C. Collecting duct

D. Loop of Henle

A. AB group and Rh+ ve

B. AB group and Rh ve

C. O group and Rh+ ve

B. None

C. Increased number of RBC in capillaries

D. Increased plasma skimming

A. Serum

B. Water

D. Tissue fluid

A. Anti A

B. Anti B

D. Anti A & Anti B

B. Bound to plasma protein

C. Secreted by the tubules

D. <70,000 Mol.wt

A. Focal junctions

C. Anchoring junctions

D. Tight junctions

A. Bigger than RBC

B. None of these

C. Same as the size of RBC

A. Descending limb of loop of Henle

C. Collecting tubule

D. Proximal tubule

B. Production of Antibodies

C. Immediate Hypersensitivity

D. Activation of complement system

A. Chondrophyseal plates

B. Epiphyseal plates

D. Endophyseal plates

A. Megakaryocytes

C. Myelocytes

D. Macrocytes

A. The filtrate reaching distal convoluted tubule is hypertonic with respect to surroundings

B. Absorption of water occurs in ascending loop of Henle

C. Na is absorbed actively in descending loop of Henle

A. Calcium oxalate

B. Sodium fluoride

D. Heparin solution

A. Histamine

B. Serotonin

C. Acetyl choline

A. Afferent arteriole

B. Efferent arteriole

C. PCT

A. Two million

C. Four million

D. million

A. Globulin

C. Collagen

D. Fibrinogen

A. X

B. IX

C. XI

A. 30 sec

C. 5-7 sec

D. 1 min

B. Immediate hypersensitivity

C. Complement activation

D. Antibody production

A. Axolemma

B. Myelin sheath

D. Neurolemma

A. Erythropoietin

C. Renin

D. 1,2,5 Dihydroxy cholecalciferol

B. Lack of vitamin B

C. Platelet deficiency

D. Lack of vitamin K

A. Substance P

B. Somatostatin

C. Calcitonin

A. 2 l/day

B. 3 l/day

C. 0.5 l/day

A. Thalamus

B. Pulvinar

D. Areas 5,7

A. Decreased intracellular cGMP

B. Activation of transducin

C. Structural changes in rhodopsin