B. Galactose

C. Mannose

D. Xylose

A. Overall growth of the bodies of the maxilla and the mandible

B. Lengthening of the condyle

C. Normal process of growth

B. Thyroid extract

C. Thyroglobulin

D. Triiodothyronine (T3)

B. Lingual cusps of mandibular teeth

C. Occlusal pits and fissures of mandibular teeth

D. Fossa and rdges

A. Ptyalin

C. Pepsin

D. Trypsin

A. Phenylalanine

C. Methionine

D. Tryptophan

A. Transduction

B. Translocation

C. Translation

A. Alanine and glycine

B. Glutamate and proline

D. Glutamate and glycine

B. Elliptical

C. Trapezoidal

D. Rhomboidal

A. Hyoid arch

B. Mandibular arch

D. Tubercuum impar

A. Stabilization of dental arches

C. Protection of periodontium

D. Distribution of occlusal stresses

A. Mesiobuccal and distobuccal

B. Mesiolingual and distolingual

D. Mesial and distal

A. Theca intern cells

C. Acidophiles

D. Chromophobes

A. ACTH

B. Calcitonin

D. Adrenaline

B. Insulin and glucagon

C. A.D.H. and Oxytocin

D. Thyroxine and parathormone

B. Salivary and mucous glands

C. Lacrimal gland only

D. Salivary glands only

A. Flattened area beneath the contact on the distal surface

B. Greater length of the mesial cusp ridge on the lingual cusp ( AIPG- 98)

D. Height of the lingual cusp

A. Parathyroid

B. Glucagon

D. Insulin

A. Crown length

B. Mesiodistal crown width

C. Faciolingual crown width

B. Central incisor

C. First premolar

D. Second molar

A. None of the above

B. Middle third

D. Junction of the incisal and middle thirds

A. DB

B. MB

C. ML

A. Superior longitudinal muscle

B. Genioglossus

D. Inferior longitudinal muscle

A. Angiotensin II level

B. pH of the plasma

D. Plasma K+

A. High TSH levels

B. Obseity

C. Hypertension

A. Relaxation of muscle

B. Depression of Nervous system

C. Increase the renal absorption

A. Maxillary canine

B. Mandibular 1st premolar

D. Maxillary 2nd premolar

A. Mandibular 2nd premolar

B. Maxillary 1st premolar

D. Maxillary 2ndpremolar

B. Decrease excretion of calcium

C. Increased excretion of phosphates

D. Increase excretion of calcium

A. It remains after caries is removed

B. Due to caries

C. Because of odontoblastic migration from cell rich zone

A. Lingual cusp of second premolar

B. Distolingual cusp of molars

D. Cusp of carabelli

A. Distal

C. Buccal

D. Occlusal

A. Mandibular 1st molar

B. Maxillary 2ndmolar

D. Mandibular 2nd molar

A. Juxtaglomerular apparatus

C. Vasomotor center

D. Anterior pituitary

A. Junction of the middle & cervical thirds

B. None of the above

C. Junction of incisal and medial thirds

D. Middle third

A. Paraventricular

B. Suprachiasmatic

D. Pre optic

A. Maxillary 1st premolar

B. Maxillary canine

D. Mandibular 2nd premolar

B. Granular cells of adrenal gland

C. Chief cells of thyroid

D. Stratum fasciculata of adrenal gland

A. Acute Pancreatitis

C. Carcinoma of Head of Pancreas

D. Acinar Function of the Pancreas

B. Maxillary first

C. Mandibular second

D. Maxillary second

B. Oval

C. Dumbell

D. Elliptical

A. equal in length to the crown

B. Equal is length to the buccal bifurcation of the maxillary first molar

D. None of the above

A. Maxillary anterior

C. Mandibular canine

D. Maxillary canine

A. Occlusal

C. Lingually

D. Proximally

A. Distal

B. Lingual

C. Mesial

A. Lesser palatine nerve

C. Facial nerve

D. Greater palatine nerve

A. Hyperparathyroidism

B. Hypothyroidism

C. Hyperthyroidism

A. Maxillary canine

B. Maxillary 2nd premolar

D. Mandibular canine

A. Facial

C. Mandibular

D. Maxillary

A. Circa sestin

B. Circannual

C. Circa triginatan