Sure, us Humans may only have two sets of natural teeth that are produced over the course of our entire life, but dinosaurs, particularly the Tyrannosaurus Rex, had many. A fascinating fact: the T-Rex actually produced a new set of teeth every year! 60 Minutes recently featured a headline story entitled “B-Rex” which contained information about the teeth of dinosaurs, specifically the T-Rex.
The new teeth in the dino would grow directly beneath the existing teeth, similar to how our permanent teeth develop beneath our baby teeth. Wouldn’t it be nice to have a replacement tooth grow automatically whenever we have a problem?!
Earlier this year, researcher and long-famed paleontologist Jack Horner had uncovered “B. Rex,” a 68-million year old T-Rex that is giving the academic community a lot to think about, both relating to dinosaurs and to the use of tooth material (and other mineral matter) in fossils. Through a special process of acid dissolution of ancient dino bones, organic material – blood vessels – were extracted and found in near-fresh condition!
“[We] dissolved away pieces of an even older dinosaur – a well-preserved 80-million-year-old duckbill – in acid, and again, found what appear to be blood vessels.” With this matter, new creatures could be genetically grown that had fallen extinct millions of years ago – a dino zoo even! What is interesting about dinosaur teeth however is that they illustrate how versatile teeth are in Earth’s many different life forms.
Humans obviously use their teeth for tearing, chewing and start the process of digesting food; speech and aesthetic purposes are also served by our teeth. Although we only have two sets of natural teeth, we can artificially create new teeth with implant dentistry. Other creatures have no teeth, like ducks and geese, which simply use their bill to seek out food and begin the digestion process.
The systematic replacement of old or broken teeth in dinosaurs is what’s driving research that will hopefully, in the future, result in human teeth being grown for human tooth replacement. Imagine being able to have a real, natural and healthy tooth installed in your mouth!
A new tooth is ready to replace the existing T-Rex tooth!
Current technology, like existing biocompatible metals (such as titanium) are used to replace human parts like hip bones. Biocompatible titanium is used for dental implant fixture, replacing a tooth’s root being implanted in the jaw bone. Porcelain restorations are then attached to the artificial titanium root after proper healing of the jaw bone.
It is also important to remember that not all dental implant restorations are made due to improper oral care or an irresponsible lifestyle! More and more people are being born with congenitally missing teeth, which can cause surrounding teeth to become misaligned, a possible evolutionary trend. Early diagnosis always makes the restoration process easier.
Though technology is constantly evolving, and may at one point completely replace the need for artificial dental restorations, it is of the utmost importance to try and take care of what you have! A person’s original, natural teeth are always the healthiest and most desirable option.
Anti-Aging is something of a buzzword in today’s marketplace: the medical community, the marketing community and nearly every community in between seems to have been captured by this craze. What exactly is anti-aging? The concept is to reduce the visual signs of a person’s age to make one appear younger, more vibrant and more beautiful. While there are a range of methods and procedures available to the public to accomplish anti-aging, the patient themselves must be willing to make changes to his or her lifestyle in order to sustain the changes provided by his or her physician.
I recently attended the 5th European Congress in Aesthetic Dermatology and Surgery in Anti-Aging Medicine, hosted by the European Masters in Aesthetic & Anti-Aging Medicine (or EMAA) in Paris, France. The conference focused on a plethora of anti-aging information and news in the field, but what I found interesting were the procedures tailored toward dental medicine. Botox, or Botulinum toxin, is a neurotoxic protein that is in fact one of the most poisonous substances known to man! Despite the dramatic definition, the use of very small amounts of this toxin to treat muscle spasms in anti-aging medicine is widespread. Botox relaxes muscle spasms in a way that can reduce wrinkles, by training specific muscle groups to relax and lower tension. Botox effects wear off between three and six months, and will need to be re-administered to maintain results.
From the dental aspect, Botox can be used to control a gummy smile. Botox relaxes the muscles in a person’s upper lip – known as hyperactive upper lip – which contributes to a gummy smile. When Botox is injected into the muscle group in a person’s lip, the toxin actually relaxes the muscles and restricts the muscle’s ability to overly contract upward thus showing excessive gum tissue . Botox can also be used to control facial muscle spasms that contribute not only to wrinkles and frown lines, but to headaches as well. By undergoing Botox therapy, the muscles in the lips and face can be trained to eventually relax on their own.
Although Botox may sound like a miracle drug for reducing the appearance of gummy smiles, fine lines and even headaches, one must remember that any anti-aging treatment plan is dual-fold: the patient must be committed to their health in order to achieve long-lasting results. Patient compliance is key in any medical treatment plan, but when it comes to anti-aging, a healthy lifestyle can make all the difference in the world. Diet is one of the most important factors in patient compliance. Everyone has heard the age-old saying “you are what you eat,” – it is absolutely true.
A patient who is concerned with his or her physical health and appearance – and is willing to go through Botox therapy to achieve anti-aging results – must realize that his or her diet is vital to achieving long-lasting results. Vegetables, lean proteins and minerals are all vital in achieving healthy skin, bones and organ function. A poor diet high in refined sugars, fat and carbohydrates with poor habits (like alcohol consumption and smoking, staying up late and no exercise) all will contribute to a faster aging process. We all wishto be young and healthy forever – it all starts with healthy choices.
What are your teeth made of? What is in that precious white enamel? What is inside your teeth? Teeth play a very important role in our mental and physical health. The function of our teeth not only play a role in allowing speech, but also help us to cut and chew food as the first step in our digestion system.
It is only natural to be curious about what teeth are made of and how they function within our mouth. The root anchors the tooth below the gum’s surface into the jaw bone, while the crown of the tooth extends out past the gum. The outermost hard shiny layer of the tooth is called enamel, and is the hardest substance in the body and functions as a food grinder. 92- 96% of enamel consists of minerals (hydroxyapatite, a phosphate and calcium salt) with the remaining part being water and organic material .
Lying just beneath the hard, shiny enamel surface of every tooth is the dentin layer. This layer of the tooth is composed mainly of calcified bony-like tissue (mostly hydroxylapatite), and like bone it contains collagen, water and other organic components (and is soft in consistency). Throughout the dentin layer are tiny passageways into the deep pulpal layer, connected to the enamel layer – these passages are known as tubules. Unlike enamel, dentin continues to modify throughout a person’s entire life. Dentin can grow or reform in response to a change in tooth conditions, such as tooth decay or attrition.
The innermost layer of the tooth is known as the pulpal layer. This inner sanctum of every tooth consists of nerves and blood vessels. This pulp benefits the teeth in several ways: primarily, the pulp keeps the organic components of the teeth healthy and properly supplied with moisture and nutrients. The pulp also conduces senses such as heat, cold and trauma from the teeth into the body’s nervous system.
The important thing to remember about your tooth structure is that it is subject to change – when bacteria and other substances (like alcohol, smoke or even sugary liquid) is introduced into your oral environment, prompt cleaning (with a toothbrush and floss) is necessary to prevent premature decay. Once decay passes through the enamel layer into the dentin, decay will progress rapidly, even when not easily detectable from visual inspection. Only when the enamel has caved in and broken down does a cavity become visible. If the cavity was not treated early and the underlying dentin layer has already decayed (which can actually extend deep into the pulpal tissue), root canal therapy may be necessary, requiring a post and crown to restore the tooth. Ultimately, prevention is the best solution. Proper home care and regular dental check-ups can detect problems early, and are usually fixed easily.
When you smile, the corners of the mouth upturn, eyes begin twinkling and positive emotion radiates. A person’s smile is a pleasant, agreeable part of their appearance and facial characteristics; a person’s smile is the window to their heart!
Dental components like teeth and gum do play an important role in a smile. In today’s society, if a person’s dental components are not healthy or if they do not look right, most will feel far less confident to smile. As cosmetic dentistry has come into a heavier demand in recent years, smile design has become a term used for various clinical treatment plans and for aesthetic improvement. This means smile design: projecting an enhanced smile through alteration of dental components as a practice of cosmetic dentistry. This is a type of comprehensive oral care that combines art and science to greatly improve the aesthetic appearance of the smile, as well as its health and function.
Proper smile design starts with a facial analysis, when the line between the pupils and the horizontal line from the connecting edges of your upper teeth (smile line) are [hopefully] in parallel harmony; the smile line should also harmonize with the upper curvature of the lower lip. Then we evaluate the color, size and alignment of the dental compound, whether it is somewhat in the right places and proportional in relation with the face.
Some of the most common cosmetic procedures include tooth bleaching (or whitening) which enhances the color appearance of your teeth, bonding and veneers or porcelain crowns(which can enhance the outward appearance of a tooth’s color or shape), and gum work (like a gingival plasty, gum contouring or crown lengthening) to harmonize with teeth. Straightening of teeth through adult orthodontics are also a part of cosmetic smile design – not only for improvement of the smile, but to set up a healthier foundation for other cosmetic procedures (or simply to make the mouth easier to clean and maintain).
Laser dentistry is very complimentary to cosmetic dentistry. Laser smile design not only makes common procedures like teeth whitening and gum contouring quick and painless, but because of the laser’s highly focused energy path, very little tissue around the site is disturbed. Procedures are very non-invasive.
Ultimately, cosmetic dentistry and laser smile design could be a great investment if you are not comfortable with your smile or the condition of your teeth (especially if they are worn or broken down, requiring rehablitation or reconstruction). Once you present a confident and happy smile, people will smile back at you and many windows and opportunity will open! Give thought to whether it’s time to have a smile analysis and smile design performed by your dental professional. If you need to find out more about cosmetic dentistry, www.aacd.com can be a referral source.
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fixture, replacing a tooth’s root being implanted in the jaw bone. Porcelain restorations are then attached to the artificial titanium root after proper healing of the jaw bone.
