Epigenetics Dentistry is an emerging field of dental science. It is concerned with understanding how environmental factors can affect dentition and also how they can influence the oral health of an individual. This field of dentistry focuses on the direct relationship between epigenetic and oral health. Epigenetics is the study of how environmental factors, such as lifestyle habits, nutrition, and exposure to various external agents, influence gene expression in an individual. It is important to note that this influence of the environment on gene expression is temporary and reversible, meaning that it can be reversed if the environmental factors change. In the case of dentistry, epigenetics can be used to assess how environmental factors can influence the quality of one's tooth enamel, as well as other factors in the oral cavity. Epigenetic dentistry seeks to reduce the risk of dental health problems, such as tooth decay, gum disease, and periodontitis, by focusing on understanding the relationship between the environment and the oral health of an individual. For example, epigenetic dentistry can provide valuable information regarding how changes in diet, stress levels, and exposure to environmental pollutants can affect the oral cavity of a patient. Furthermore, the data generated from epigenetic dentistry can provide important insights into how lifestyle modifications can reduce the risk of oral health problems. Epigenetics Dentistry also has the potential to aid in the diagnosis and treatment of various dental diseases, such as periodontal disease. By understanding the environmental factors that contribute to the development of dental diseases, dentists can more effectively detect and prevent disease in their patients. Additionally, epigenetic dentistry can help to diagnose oral health problems in patients who lack access to traditional dental services. In conclusion, epigenetics dentistry is an emerging field of dentistry that has the potential to revolutionize the diagnoses and treatment of a wide range of oral health issues. By understanding how gene expression is influenced by environmental factors, epigenetic dentistry can help to improve the oral health of individuals.
Title : Efficacy of a biomin F toothpaste compared to conventional toothpastes in remineralisation and dentine hypersensitivity: An overview
David Geoffrey Gillam, Queen Mary University of London, United Kingdom
Title : Knowledge and attitudes of dental professionals in the evaluation of Molar Incisor Hypomineralisation (MIH): Awareness, diagnosis and treatment approaches: An overview
David Geoffrey Gillam, Queen Mary University of London, United Kingdom
Title : The coordinated triad of spatial temporal and biomechanical strategies managing the where when and how of shrinkage stress in bulk fill resin composite restorations
Khamis A Hassan, Global Dental Research Centre, Canada
Title : Dental treatment of 1500 young children under general anesthesia
Jaap Boehmer, Rijnstate Hospital, Netherlands
Title : Enhancing root canal success strategic use of orifice opener one step synthesis gels orifice barriers
Emmanuel Samson, Consultant Total Dental Care, India
Title : Dealing with peri implantitis: An insight to various treatment regimens
Preetinder Singh, Academy of Oral Surgery, United States