Tooth Implants – The Reasons They Are Effective

Tooth Implants – The Reasons They Are Effective

Tooth Implants have seen a huge increase in recent years due to significant improvements in the success rate and the level of restorative tooth function they offer. Tooth Implants, like many other medical and dental advances have a long and storied tradition. Their effectiveness has grown in the past. In the past few decades have their effectiveness increased dramatically as evidenced by clinical studies. This article will provide a rationale for why today’s implants are so successful and the factors which contribute to their effectiveness. Find out how Tooth Implants are placed to provide an overview of the process and illustrative images of implants’ components.

Early Evidence of Tooth Implants – Poor Rate of Success

In the 1930’s, excavation of the remains of an infant Mayan woman thought to date to around 600 AD discovered some of the first-known evidence of Tooth Implants. Actually, these implants were initially believed to be used to decorate the young woman’s death and was commonplace in the ancient Egypt. In the year 1970, an Brazilian professor employed radiography to show that the Mayan woman’s Tooth Implants (made from seashells) were placed before her death. The x-rays showed that bone had regenerated in the vicinity of two implants. Although the Mayan culture is well-known for its achievements and advancements, there are not any similar artifacts. It’s difficult to determine why the Tooth Implants worked and why other ones didn’t.

Experimentation continues – Failures Not Well Understood

In the 19th century, Tooth Implants were subject to a lot of experimentation. Implants were typically placed right after extractions in platinum and gold. The evidence of the disapproval of another’s teeth was evident in the attempts of the 18th century at implanting human teeth. Even 19th-century implants that initially worked were not able to last.

A 20th Century Accidental Breakthrough Offers Some Important Clues

Tooth implants were originally designed by Dr. P.I., a Swedish orthopedist. Branemark was conducting research on regeneration and healing of bone. Branemark was conducting studies on the healing and regeneration of bone. He utilized optical chambers made from titanium screws that were placed into the bone to study the process. After watching the process for a number of months, he concluded that the optical chambers were expensive to reuse because the bone had hardened around the screws. Branemark was able to branch out from his “standard” discipline to research the intriguing implications of implant dentistry, especially since the outcomes (in the mouth) were more readily suited for clinical observation. (Today it is true that titanium implants are also very vital in the success of joint replacements and prosthetics.)

Branemark and his team invented the term osseointegration to describe the successful structural and functional relationship between the living bone and an artificial load-bearing implant. After placing his first titanium Tooth Implant in 1965 Branemark continued to study the topic for several years. Branemark’s scientific findings were presented to the Toronto Conference on Osseointegration in Clinical Dentistry in 1982. The results of this conference profoundly altered the way titanium Tooth Implants were accepted and recognized.

What Can We Learn About Success?

We have learned that Tooth Implants’ success and osseointegration in general are dependent on many factors. The most significant factors include:

– Biocompatibility of implant material – Titanium is good not just because it’s liked by the human body, but because it doesn’t cause any problems. It is not susceptible to corrosion, like stainless steel. Biocompatibility is both a brief-term and long-term consideration. Research on other biocompatible materials continues.

The implant’s style or shape – In 1937 Dr. Alvin Strock, a Harvard University researcher, suggested the use of an implant with a screw shape. It is still the most well-known design currently. Additional design research continues.

  • The surface of the implant – It is one of the top research areas to determine what coatings should be used and how porous they should be in order to achieve the best osseointegration and long-term result.
  • The health of the recipient bone tissue Tooth Implants are only effective if they’re taken care of. Bone grafts or dental restorations are typically performed prior to the implant process if the tissue of the host is in poor health.
  • The surgical procedure for implant surgery It is crucial to know how and when the bone, and surrounding tissue, are prepared surgically to accept an implant. Damage and disruption to the bone tissue can diminish the chance of success. The topic of how many phases of preparation are needed for the highest level of success is the focus of research in recent times as well as the rise of one-step implant products/processes.
  • The impact of force on the implant. Continued research continues to examine the effect of the load (force). The direction of the force is vital, and will vary depending on the position of the mouth. Detrimental load usually results in bone loss and eventual loss of the stability of the Tooth Implant. For the best outcomes, all aspects of load such as whether it should be immediate, intermediate or delayed, are being studied in more detail.

Tooth Implants have a high success rate (about 95% according the American Association of Oral and Maxillofacial Surgery), but the rate of success will differ according to the location of the implant. The factors that determine success do not take into account other aspects of the patient’s general health, which can impact the outcome.

Smokers and people with uncontrolled diabetes are less likely to achieve chances of success. The person who is providing Tooth Implants can help you to know the specifics of your situation. This includes the necessity of maintaining good oral hygiene during, and after, the procedure.

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