
Explain tooth initiation and morphogenesis, detailing the primitive oral cavity, primary epithelial band, and the bud, cap, and bell stages with enamel organ, dental papilla, and dental follicle.
Explore tooth development through stages from initiation to bell stage, detailing the enamel organ, dental papilla, and dental follicle, and the formation of enamel, dentin, cementum, PDL, and bone.
Meckel's cartilage acts as a framework for mandible formation; central ossification initiates at the future mental foramen and spreads to form the mandible, while remodeling continues via deposition and resorption.
Explore palate development from the frontonasal and maxillary prominences to the fusion of the primary and secondary palates, as palatal shelves become horizontal as the tongue drops.
Explore the histology of the hard and soft palate, focusing on epithelium, mucous membranes, glands, connective tissue, and bone, with their role as a shock absorber in the oral cavity.
Explore maxillary development, detailing bone deposition and resorption during growth, ossification timing from the eighth week, and prenatal maxilla growth with the palatine and zygomatic centers.
Learn about the temporomandibular joint, including its articular disc that divides the joint into upper and lower compartments, enabling gliding movements between articular surfaces.
Explore the development of dentition and occlusion, detailing primary and permanent eruption, spacing patterns, overbite and overjet, and molar relationships from infancy to adulthood.
Explore saliva formation, composition, and functions, including buffering, antimicrobial action, lubrication, neural control, and histology of major and minor salivary glands.
Trace salivary gland development from the sixth to seventh week, as oral epithelium thickens to form buds, then branches and canalizes to create ducts and glandular cells, including sublingual glands.
Oral biology provides a foundation for clinic dental sciences, and its understanding can enhance the quality of dental care. The aim of this study was to evaluate dental students' perceptions regarding the relevance of oral biology for dentistry and to investigate their attitude toward its learning and study approaches. Materials and methods. Oral Biology is a tremendously diverse scientific area encompassing the disciplines of molecular biology and genetics, microbiology and immunology, genomics, biochemistry, biophysics, craniofacial development, pharmacology, physiology, and cancer biology. Oral Biology is the branch of dentistry that includes the study of embryology (pre and post-natal growth), oral physiology, gross anatomy, histology, and development with special emphasis on the study of dental hard and soft tissue (enamel, dentin, pulp, and periodontium) and extraoral structures (salivary glands and TMJ).
Oral biology is that area of knowledge that deals with the structure, development, and function of the oral tissues; their interrelationships; and their relation to other organ systems in both health and disease.
In this course, you will learn topics such as :
1) early tooth development
2) temporomandibular joint
3) development of dentition
4) development of the mandible
5) development of the palate
6) Maxillary development
7) salivary glands
8) development of salivary glands
9) Histology of hard and soft palate
10) tooth development
This is an extensive course in which students will learn major Oral Biology topics and I have provided presentation slides also. By purchasing this course and watching all the videos and presentation slides students will learn A lot.