A. Peritubular dentin
B. Mantle dentin
C. Inter tubular dentin
D. Predentin
A. Peritubular dentin
B. Mantle dentin
C. Inter tubular dentin
D. Predentin
A. With out but not with in the dentin
B. Odontoblastic processes in dental tubules
C. Type of sharpey’s fibres
D. Originate from tome’s granular layer
A. Mantle dentin
B. Secondary dentin
C. Reactionary dentin
D. Indeed dermal tubules
A. Sclerotic dentin
B. Mantle dentin
C. Predentin
D. Osteodentin
A. Lamina propria
B. Lamina lucida
C. Lamina limitans
D. Lamina densa
A. Cementoblasts
B. Fibroblasts
C. Odontoblasts
D. Osteoblasts
A. Enamel (anterior teeth)
B. Enamel (Posterior teeth)
C. Dentin
D. Dentinoenamel junction
A. Direct activation of nerve endings
B. Correlated with the innervation density of the dentin
C. Stimulus induced fluid flow
D. There is no transmission of stimulus across dentin
A. Enamel forms more cervically than dentin
B. Enamel forms faster than dentin
C. Dentin forms faster than enamel
D. Processes of their cells remain in content with each other
A. Greater stainability
B. Lasser content of inorganic salts
C. greater content of inorganic salts
D. Greater content of large collagen fibres