Tooth germ — definition?
Embryonic structure forming a tooth.
Enamel — tissue?
Hard mineralized tissue covering the crown.
Dentin — location?
Beneath enamel, forming tooth bulk.
Crown vs root — difference?
Crown is visible; root is embedded.
Odontogenesis — process?
Tooth formation involving multiple stages.
Eruption — mechanism?
Tooth moves into functional position.
Lining mucosa — features?
Non-keratinized, flexible, lines inside cheeks.
Masticatory mucosa — location?
Keratinized, found on gingiva and palate.
Specialized mucosa — contains?
Taste buds on dorsal tongue.
Keratinization — role?
Provides protection and durability.
Non-keratinocytes — include?
Langerhans, melanocytes, Merkel cells.
Langerhans cells — role?
Antigen-presenting immune cells.
Melanocytes — function?
Produce melanin, pigment oral mucosa.
Merkel cells — function?
Mechanoreceptors for light touch.
Salivary glands — main function?
Produce saliva for digestion and protection.
Major salivary glands — types?
Parotid, submandibular, sublingual.
Oral bones — examples?
Mandible and maxilla.
TMJ — what?
Joint connecting mandible and temporal bone.
TMJ — contains?
Articular disc, synovial fluid, cartilage.
Saliva — components?
Enzymes, electrolytes, mucus, antimicrobial agents.
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1. What is the 'tooth germ' in tooth development?
2. Which of the following best describes the classification of oral mucosa types based on location and epithelial characteristics?
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