Epigenetics is a relatively new field but has been increasing since the century. Dental epigenetics studies how the environment affects gene expression in teeth. It’s a hot area of research, and new therapies are being discovered for conditions such as stem cell regeneration. Epigenetic therapy represents a new way to treat dental diseases. Methods are being tested in clinical trials.
A tooth’s epigenetic state is essential to its function and appearance. Oral epigenetics focuses on studying epigenetic modifications in oral tissues, their clinical implications, and potentials for diagnosis and therapy. You can talk to a Commack Epigenetics specialist to determine if you are a candidate for this treatment. This article looks at some of the conditions you can treat using epigenetics.
Abnormal Patterning Of Teeth
Patterning anomalies that produce malformations of the teeth and other structures associated with tooth development are a challenge to treat. However, recent studies have shown that epigenetic reprogramming can be used as a therapeutic approach for several types of tooth defects. Scientists have developed a new method using small molecules, known as histone deacetylase (HDAC) inhibitors, which have been used to treat various diseases. Researchers hope that this compound could be the key to treating many other conditions in the future.
Teeth Close To Close In Formation
Congenitally missing teeth or malformed teeth that do not fit into the dental arch properly may need to be treated by orthodontic means. However, early tooth loss can affect later dental development in cases where both permanent and baby teeth are missing. Orthodontic treatment is not recommended for such cases because the resulting spaces between teeth may not close when natural teeth erupt. Even if it does, the teeth will erupt in a malformation pattern which the patient has to live with for life. A new study shows that epigenetic reprogramming may solve this dental abnormality. Researchers have developed a new method using small molecules called histone deacetylase inhibitors which have been used to treat various diseases. Scientists hope these histone deacetylase inhibitors could be the key to treating many other conditions in the future.
Reversing Disrupted Tooth Development
Researchers have attempted to reverse disrupted tooth development caused by the loss of teeth during early childhood using epigenetic reprogramming. New research has shown that epigenetic reprogramming can help correct disrupted tooth development. Researchers used small molecules known as histone deacetylase (HDAC) inhibitors, which have been used to treat various diseases. Scientists hope these histone deacetylase inhibitors could be the key to treating many other conditions in the future.
In summary, epigenetic therapy represents a new way to treat dental conditions. Methods have been tested in the lab and are being trialed in clinical trials. There has also been some positive evidence suggesting strategies for treating problems such as patterning teeth anomalies, disrupted tooth development after the loss of permanent teeth during childhood, and missing or malformed teeth.
