Peri-Implant Therapy for the Dental Hygienist. Susan S. Wingrove

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Название Peri-Implant Therapy for the Dental Hygienist
Автор произведения Susan S. Wingrove
Жанр Медицина
Серия
Издательство Медицина
Год выпуска 0
isbn 9781119766223



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as hygienists a tidal wave of ailing or failing implants may be imminent. It is imperative that hygienists are trained in identifying and treating peri‐implant mucosal inflammation that could affect overall body health (1).

      —G. Nogueira‐Filho, DDS, MDent, PhD

      Dental hygienists must be ready and be prepared to take on this next, very important challenge in our profession! The 21st century is an important and critical time to be a hygienist. During this exciting time in dentistry, we as hygienists have a critical role in implant therapy. As a hygienist, your role will be to access patients for healthy periodontium prior to placement of implants, to monitor the tissue surrounding the implants, and to maintain the implants through safe, effective implant maintenance. Current studies reveal that infections in the periodontium occur in more than 50% of implants placed (2). Therefore, we as dental professionals will be faced with different dynamics, challenges, and complications.

      As a hygienist, the history of implant dentistry makes you aware that implants are not new, but have been evolving for decades. Patients may have concerns that implants are so new that not enough research or development has been done for them to feel comfortable with the procedure. With your knowledge of the history, design, and research done on implants you will be better able to talk with your patients and address these concerns. A fundamental understanding of key terms and statistics associated with implant dentistry will also be a valuable tool to add to your verbal skills when talking with patients about tooth replacement.

      Similar discoveries were made in Egypt, artifacts that date back to the 1700s. Ivory and the bones of animals were also sometimes used to replace missing teeth. It would be decades after these archeological discoveries before the modern world caught up with the Mayans' and Egyptians' dental technology.

      Reprinted with permission from Ring (20).

      Dr. John Greenwood made a set of dentures for Washington made of hippopotamus ivory and eight real human teeth attached by brass screws. The denture, which was anchored on the one remaining tooth in Washington's mouth, has a hole that fits snugly around the one tooth. Dr. Greenwood was noted to be quite ahead of his time in his dental practice, extracting teeth, and utilizing them in the manufacture of dentures, but he also experimented with implantation.

      Courtesy of Rick Blanchette.

      In the 18th century, researchers experimented with gold and other metal alloys including lead as implants. Dr. Maggiolo fabricated gold implants that were placed in sockets where teeth had recently been extracted and after a healing period attached a donor tooth. Dr. Harris, a physician, attempted the same procedure with a platinum post, both had poor results.

      Dr. Edmunds in 1886 was the first in the United States to implant a porcelain crown mounted on a platinum disc and presented at the First District Dental Society of New York. Other metal alloys with porcelain crowns were experimented with, but these implants did not have a long‐term success rate.

      Dr. E.J. Greenfield, pioneer of the endosseous implant, provided many of the basic concepts of nascent field of implantology. He was known for his patented hollow‐cylinder implants made of wire soldered with 24 karat gold. This hollow‐basket design was a similar design that Straumann Implant Company from Switzerland adopted many years later. He presented his research and surgical technique in 1913, and although histological proof of bone‐to‐implant contact was not available at that time, he understood the clinical importance to what he called primary stability or osseointegration. His surgical techniques, stepwise use of drill diameters starting with round bur, were presented in 1913 and are still practiced today (3).

      It was not until 1937 before the first relatively long‐term implant success was noted. Dr. A.E. Strock used the metal alloy Vitallium®, placing a series of implants at Harvard University in animals and humans. He published a paper on the physiological effects of Vitallium in bone, with no postoperative complications or reactions noted, total toleration. These were the first relatively successful dental implants and certain types of implants are still cast in Vitallium today.

Photograph of Professor Per-Ingvar Brånemark, an orthopedic surgeon.

      Courtesy of Nobel Biocare.

      In 1964, commercial‐grade