A. Prolactin

B. Estrogen

C. Progesterone

B. First premolar

C. Permanent incisor

D. Decidous incisor

A. Lingually

B. Facially

D. Cervically

A. Seminiferous tubules

B. Spermatogenesis

C. Sertoli cells

A. Sweating

C. Saliva

D. Lacrimation

A. Square

B. Rhomboidal

D. Quadrilateral

A. Premolars

C. 1st and 2ndmolar

D. 1st premolar and cane

B. 8-9 months

C. 6-7 years

D. 10-11 years

B. Maxillary central incisor

C. Mandibular second premolar

D. Mandibular lateral incisor

A. Maltase

B. Lipase

C. Secretin

B. Internal laryngeal nerve

C. Hypoglossal nerve

D. Recurrent laryngeal nerve

A. Posterior pituitary

B. Thyroid

C. Parathyroids

A. TSH

B. Somatostatin

C. GRH

B. Cardiac output

C. Heart rate

D. All of the above

A. 3 mm

B. 2 2.3 mm

C. 2 mm

A. Less

B. Same

D. Different on different teeth

A. Sphenopalatine nerve

C. Lesser petrosal nerve

D. Nasocilliary nerve

A. Glossopharyngeal nerve

B. Occulomotor nerve

C. Facial nerve

A. Lh/FSH increase

C. Estrogens and gonadotropins decrease

D. Both increase

A. Foramen ovale

B. Inferior orbital fissure

D. Foramen rotundum

A. Lingual

B. All are of equal length

C. Mesio- buccal

B. Triangular

C. Oval

D. Trapezoidal

A. Increased serum calcium concentration

C. Hypotonicity of muscles

D. None of the above

A. ACTH

C. Luetinizing hormone

D. Growth hormone

A. Maxillary lateral incisor and canine

B. Maxillary central incisors

C. Maxillary central and lateral incisor

B. Buccal

C. None of the above

D. Distal

A. Hypopituitarism

B. Genetic short stature

C. Primordial dwarfism

A. Mandibular first molar

B. Maxillary canine

C. Mandibular canine

A. Lingual embrasure

B. Occlusal embrasure

D. Facial embrasure

B. Mandibular 1st premolar

C. Maxillary 1stpremolar

D. Mandibular 2ndpremolar

A. Antonym

B. Synonym

C. Laevonomer

A. Growth hormone

C. Rickets

D. Parathyroid

B. Beta cells of pancreas

C. None of the above

D. Gamma cells of pancreas

A. Mesial contacts of maxillary lateral and canine

B. Mesial contacts of maxillary first and second premolar

D. Distal contacts of maxillary centrals and laterals

A. Increases reabsorption of sodium

B. Increases exceretion of potassium

D. Both A and B

A. Milk ejection

C. Contraction of uterine muscle

D. Myoepithelial cell contraction

A. Pituitary

B. Thyroxine

D. Epinephrine

A. Glucagon

B. Parathyroid hormone

D. Thyroxine

B. Testosterone

C. Prolactin

D. Oxytocin

A. Epinephrine

C. Thyroxine

D. Growth Hormone

A. Neuromuscular hyperexcitability

C. hypo calcemic tetany

D. Decline plasma calcium level

A. None of the above

B. Size of the teeth involved

D. Eruption sequence involved

B. Pituitary disturbance

C. All of the above

D. Parathyroid

A. Spinal cord

B. Celiac ganglion

C. Parasympathertic ganglion

A. Mandibular 2nd molar

B. Maxillary 1st molar

D. Mandibular 1st molar

A. Mandibular permanent first molar

C. Mandibular decidous second molar

D. Maxillary permanent first molar

A. Glosso Pharyngeal nerve

B. Mandibular nerve

C. Maxillary nerve

A. 9 years

C. 8 years

D. 7 years

A. Third

C. Seventh

D. Ninth

A. Maxillary roots are inclined distally where as Mandibular roots are inclined mesially

C. Buccal cusps of lower and lingual cusps of upper are the functional cusp

D. Maxillary molars are buccally inclined and Mandibular molars are inclined lingually