"Dentinogenesis" Example Sentences
1. Dentinogenesis is the process of dentin formation.
2. The premature cessation of dentinogenesis can cause tooth defects.
3. Dentinogenesis imperfecta is a genetic disorder that affects tooth development.
4. Understanding the molecular mechanisms of dentinogenesis can lead to better dental treatments.
5. Pulp stem cells play a critical role in dentinogenesis and tooth repair.
6. Delayed dentinogenesis can result from certain medical conditions or treatments.
7. The formation of reparative dentin is a key aspect of dentinogenesis in response to dental injuries.
8. The regulation of dentinogenesis involves complex interactions between different cell types and signaling pathways.
9. Dentinogenesis defects can lead to increased susceptibility to tooth decay and other oral health problems.
10. Investigating the factors that regulate dentinogenesis can provide important insights for tissue engineering and regenerative medicine.
11. Dentinogenesis involves the differentiation and maturation of dental pulp cells into functional dentin-secreting cells.
12. Abnormal dentinogenesis can result in enamel hypoplasia and other dental abnormalities.
13. The genetic causes of dentinogenesis imperfecta are still being studied.
14. Dentinogenesis can be influenced by various environmental factors, such as nutrition and exposure to toxins.
15. Researchers are exploring the potential of stem cell therapy in promoting dentinogenesis and dental repair.
16. Advances in understanding the molecular and cellular mechanisms of dentinogenesis could lead to new diagnostic and therapeutic approaches for dental diseases.
17. Pulp cells involved in dentinogenesis are highly sensitive to infection and inflammation, which can impair tooth development and lead to chronic dental problems.
18. The role of epigenetic modifications in dentinogenesis is an active area of research.
19. The proper regulation of dentinogenesis is essential for maintaining dental health throughout life.
20. Mutations in certain genes can disrupt dentinogenesis and cause congenital dental abnormalities.
21. Studying the genetic and molecular processes underlying dentinogenesis can reveal new targets for dental therapies.
22. Dentinogenesis involves the deposition of a mineralized matrix that gives teeth their structural integrity and hardness.
23. The prevalence and severity of dental defects associated with dentinogenesis imperfecta can vary widely among affected individuals.
24. Understanding how dentinogenesis is affected by aging and other factors can improve dental care and maintenance strategies.
25. Treatment of dentinogenesis defects may involve a combination of dental restorations, orthodontics, and other specialized interventions.
26. Aberrant dentinogenesis can also occur as a result of injury or trauma to the teeth.
27. The mesenchymal cells responsible for dentinogenesis are derived from neural crest cells during embryonic development.
28. Insights from dentinogenesis research can inform the development of new biomaterials and scaffolds for dental tissue engineering.
29. The development of novel gene therapies is a promising avenue for addressing certain dental disorders associated with abnormal dentinogenesis.
30. Studying the role of immune cells in dentinogenesis and dental repair may open up new avenues for improving oral health outcomes.
Common Phases
1. The process of
dentinogenesis begins with the differentiation of dental pulp cells;
2. Odontoblasts are formed during
dentinogenesis and secrete dentin matrix;
3. As
dentinogenesis continues, dentin tubules form within the dentin matrix;
4.
Dentinogenesis is essential for tooth development and maintenance;
5. In some cases, abnormal
dentinogenesis can result in dental problems such as sensitivity and decay.