Biomechanics in Orthodontics
Biomechanics in orthodontics is an interesting field given that the two subjects never used to overlap. What does this branch of engineering have to do with dentistry? Everything.
Biomechanics in orthodontics really only began a few years ago. Prior to the exploration by engineers into the world of dentistry, there really wasn’t any way of combining the two fields. While this subject is fascinating, in order to understand how the two relate one would have to go back to the very definition of biomechanical engineering.
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Essentially, this type of engineering has to do with the way that certain mechanical truths apply to living things. The subject really goes all the way back to Newton and the way that he saw dolphins. For Newton, the dolphin was more than just an animal, it was a perfectly tuned and oiled machine. Dolphins, like all other creatures, move and react due to various mechanisms that are at work inside of their bodies. In this very manner, biomechanical engineering has been applying various mechanical theories to humans for centuries.
So, how can this sort of “Newtonic” study really help the field of fixing teeth? Well, if engineers can study the way that the teeth react to various devices that are placed upon them, they can design braces that are far more advanced. Take, for example, the relatively new “invisiline” braces. These braces were conceived thanks to an engineering team that saw the potential for biomechanics in orthodontics. Thanks to this technology, those that don’t want to show their braces no longer have to.
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Are you beginning to see how these two fields of study can easily collide? In fact, if science is applied to many different types of human conditions, many ailments would simply disappear. While we have been using science in this manner for years now (modern medicine is one good example), there are many other ways that science can be used for our advancement.
Clearly, biomechanics in orthodontics is a wonderful thing. The more that engineers study how the mouth reacts to mechanical devices, the better those devices can become – it will be interesting to see what the future holds for the dental profession once science has begun to take over, won’t it? For now, the two are working happily side by side, and this can only mean many benefits for future dental patients.