A. Mental foramen

C. Naso palatine foramen

D. Foramen caecum

A. 6 weeks

B. 16 weeks

D. 18 weeks

A. Major salivary glands

B. Minor salivary gland ( lingual)

D. Taste Buds

A. glands at apex of tongue

B. Glosso palatine glands

C. Posterior lingual mucous glands

A. 5.5

B. 8.5

C. 9.5

A. Has good drainage in upright position

B. Is fully developed by the age of 8 years

C. Opens in to the inferior meatus of nose

A. Lactoferin

B. Peroxidase

C. Hyaluronidase

A. None of the above

B. Synthesis of secretory glycoproteins by Kallidrein an enzyme in striated duct cells

C. Antibacterial action by secreting lysoenzymes and lactoferrin

A. Phosphate

C. Lysozyme

D. Bicarbonate

A. Rays fibres

B. Tomes fibres

C. All of the above

B. Serous gland

C. Mucous gland

D. Present in root of tongue

A. 750 ml

B. 1500 ml

D. 1000 ml

B. Compact bone

C. Cancellous bone

D. Compact bone covered by cancellous bone

A. That part of the bone containing teeth

C. Ramus of the mandible

D. Lower border of the mandible

A. They contain secretory granules in the apical Cytoplasm and the secretion of granule content occurs by exocrytosis

C. They are specialized for the synthesis, storage and secretion of proteins

D. Serous cells are pyramidal in shape

B. The glossopalatine glands

C. The posterior lingual glands

D. The palatine glands

B. Cutting cone

C. Howships cone

D. Haversion cone

A. Sublingual glands

C. Parotid glands

D. None of the above

A. Lacrimal duct

C. Submandibular glands

D. Parotid duct

B. Lmphocyte like

C. Plasma cell like

D. Macrophage like

A. 1st premolar

B. 2nd premolar

D. 2nd molar

A. In chronic infections, the pain may mimic neuralgia of dental origin

C. Malignant lesions of maxillary sinus produce their manifestations in maxillary teeth

D. In case of pituitary gigantis, all sinuses assume a larger volume than normal

A. Ammonia

C. Mucin

D. Amino acids

A. Von Ebner

B. submandibular and parotid

C. Sublingual and parotid

A. Maxillary sinus is four- sided pyramid

B. Maxillary sinus communicates with environment through middle meatus and nasal vestibule

C. In most of the cases, the main ostium is present in posterior third of hiatus semilunar

A. None of the above

B. Megakaryocytes, osteoblasts, osteoclasts

C. Odontoblasts & megakaryocyte

A. Roof of mandible contains thin, compact bone

C. Condyle contains red bone marrow

D. Articular tubercle is composed of spongy bone covered with thin compact bone

B. Chlorides

C. NH3

D. Carbonate

B. Laterally into lateral nasal wall

C. Superiorly into floor of orbit

D. Medially into zygomatic process of maxilla

A. Superior part of hyoid bone

C. Styloid process

D. Stapes

A. 38 mm

B. 28 mm

C. 58 mm

B. The third auditory ossicle or stapes develops from 2nd branchial arch

C. Incus and malleus develops from mecketls cartilage

D. All the bones of upper face develop by intra membranous ossification

A. Parotid

B. Lacrimal gland

C. Pancreas

A. Parotid gland

C. Major salivary glands

D. Minor salivary glands

B. Embedded denticles are entirely surrounded by dentin (embedded in dentin)

C. Free denticles are entirely surrounded by pulp tissue(free of dentin)

D. Attached denticles are partly fused with dentin

A. Protects the brain against exposure to cold air by arresting air in sinus temporarily

B. Resonance of voice and enhancement of faciocranial resistance to mechanical shock

C. Lightening of skull weight and production of bactericidal lysozyme to the nasal cavity

B. The cell expel secretions by contraction

C. Also known as basket cell

D. Structure is similar to smooth muscle and contains actin & myosin

B. It has a minor role

C. It has a major role

D. None of the above

A. All of the above

B. Hormones

C. Chemicals

B. Gastric glands

C. Pancreas

D. Liver

A. Acid phosphatase and catalase

B. Alkaline phosphatase and urease

D. Catalase and phosphorylase

B. Sublingual gland bartholins duct mixed and predominantly mucous

C. Parotid stensons duct pure serous

D. Submandibular Whartons duct mixed and predominantly serous

A. Hypolithinium

C. Thymine

D. Uric acid

A. PAP stain

B. H & E stain

C. Mallory stain

B. The small nerve fibres may or may not be myelinated and are concerned with discrement of pain

C. Fibronectin helps in attachment of fibroblasts to collagen

D. Cementicles are found in periodontal ligament of order individuals

E. The large nerve fibres are myelinated and are concerned with discerment of touch

A. The architecture of type I spongiosa is seen in mandible

C. Type II spongiosa is seen in maxilla

D. Condylar process & angle in mandible, and tuberosity in maxilla contain hemopoietic cellular marrow

A. Rays fibres

C. Tomes fibres

D. All of the above

B. Simple squamous

C. Stratified squamous

D. Simple columnar

A. Provide signals to the acinar secretary cells for structure organization

B. Support for the end piece during active secretion of saliva

D. Initiating contraction

A. Osteoblastic activity

B. Myeloid activity

D. Healing activity