The study of changes in organisms produced by changes in gene expression rather than changes in the genetic code itself is known as epigenetics. An epigenetic approach to jaws and teeth recognizes that the facial bones and jaws are entirely responsive to all soft tissue influences during growth and function, rather than pre-determined, unchangeable genetic expression. There are a few exceptions, however, that are genetically driven disorders.
Now that you know what epigenetics is, you might wonder what it has to do with dentistry!
In practice, this means that most facial and jaw growth is triggered by stimuli such as breathing, swallowing, chewing, and general functioning patterns. If these functional patterns are disrupted, it can result in severe changes in facial and jaw growth, resulting in crowded teeth and underdeveloped jaws. One may also develop malocclusion, an abnormal alignment of the upper and lower teeth when the jaws are closed. Developing a malocclusion increases the likelihood of sleep breathing issues, apnea, and the full range of TMJ disorders. In conclusion, there is a genetic blueprint for fully developing the jaws, teeth, and occlusion. Still, an epigenetic influence (such as damaging soft tissue) modifies this genetic expression, causing the full genetic potential to be corrupted.
Underdeveloped jaws are characterized by crowded teeth, TMJ disorder, obstructive sleep apnea, and underdeveloped chins. There is strong evidence that modern diets and environmental variables are to blame for our society’s unusually high rate of malocclusion patterns. To illustrate how minor malocclusion exists in contrast, look at demographic groups that do not share our modern food and environmental conditions. We now recognize that the bulk of today’s population suffers from malocclusion and dysfunction. Because malocclusions are so common, we mistakenly believe it is normal. Both jaws are retruded and undeveloped; the outcome is an unhappy grin with crooked teeth, misaligned jaws, and tongues that block airways during sleep.
In the circumstances listed above, Dr. Buck can apply an epigenetically driven strategy. This strategy signifies that after correcting any unfavorable functional soft tissue influences, a suitable orthopedic stimulation may activate remodeling potential in adults and real growth in youngsters. As a result, both the upper and lower jaws’ shape, size, and position may improve, bringing them closer to their genetic potential.
Epigenetic Dental Treatments in Lynwood, Washington
If you would learn more about Dr. Buck’s unique approach to epigenetic dentistry here in Lynwood, Washington, or the surrounding areas, you can schedule a visit or contact Dr. Buck at 425-361-7499.
Dr. David Buck is a Las Vegas Institute for Advanced Dental Studies (LVIADS) faculty, member. He brings with him years of experience and continued education, so you know you’re in the right place. You’ll find expert care and convenience in the comforting environment of his office, and the staff members are incredibly friendly and make you feel at home. We’ll customize your treatment to your needs to guarantee lasting and effective treatment
