A. Decreasing the size and shape of pulp tissue and cellular component
B. Increase cellular component at the expenses of fibre component
C. Increases vascularity of the pulp
D. Decrease the calcific component of the pulp
Pulp
Pulp
A. Fibroblasts
B. Capillary
C. Osteoblasts
D. Ameloblasts
A. Skeletal muscle
B. TMJ
C. Pulp
D. None of the above
A. In thymus
B. Around capillaries of pulp
C. In gallbladder
D. Along with heparin on surface of mast cells
A. Osteoblasts
B. Odontoblasts
C. Ameloblasts
D. Osteocytes
A. Pulp canal
B. Pulp chamber
C. Mental foramen
D. Apical foramen
A. Undifferentiated mesenchymal
B. Histocytes
C. Macrophages
D. Lymphocytes
A. Free nerve endings
B. Krause end bulbs
C. Pacinian corpuscle
D. Ruffini corpuscle
A. Pain
B. Pressure
C. Proprioception
D. Temperature
A. free nerve ending in cell rich zone
B. free nerve ending at sub odontoblastic layer
C. Krause bulb at the center of the pulp
D. Meisseners corpuscles at cell rich zone
