What is the importance of biomechanics in orthodontics?

Biomechanics and orthodontics are two words that are not usually connected together. The science of biomechanics refers to the body in motion, while orthodontics is a dental specialty dealing with the irregularity of the bite. These two seemingly unrelated terms can be simply connected because biomechanics is usable for any type of movement. Movement is involved in orthodontics, so biomechanics in orthodontics is important. This may seem strange; However, this field can help prevent and treat injuries, improve performance and lead people to better life in productivity and happiness. Biomechanics in orthodontics can manifest in many ways. Perhaps the bite of a person is not caused by alignment of teeth or jaws, but by the actual movement that is performed to close the mouth. Biomechanical analysis of this movement can help a person improve his biting action and relax the problem of ST surgical intervention. This may seem that it is not related to biomechanics in orthodontics, but when looking another look reveals a different perspective. HeardMeaning movements converted by this orthodontist throughout the day gives the researcher of biomechanics an important tool that allows him to draw the conclusions of the Orthodontist.

This orthodontist, experiencing lower back pain, spends most of his working life summarized to better look at the patient's mouth. Hours of this event day over many years could have caused traumatic stress to the lumbar area of ​​the spine, resulting in crippling pain. A researcher of biomechanics identifying this problem can offer a solution. This may include the purchase of an adjustable chair, allowing the patient to increase and reduce according to the orthodontist preference, helping to relieve stress causing lower back pain.

This is one of many examples of how important the biomechanics in orthodontics is. Understanding biomechanics can help a person realize how this science is usable for many other seemingly uncomfortableof the arrangement of the fields. Where there is movement, there is also room for improvement and biomechanics in orthodontics is simply one of many examples. Orthodontists, support for employees and patients receiving oral care can benefit from new knowledge gained by biomechanical research. Greater efficiency and performance in motion can help everyone live more productive and happier lives regardless of the profession.