Osseointegration is the process of integrating implanted material with living bone, allowing for stable anchoring. Titanium is a popular choice for this procedure, which is used in dental implants, prosthetics, and repairing broken bones. The implant is placed by a surgeon and bone grows into it over several months, making it impossible to remove without damaging the bone. Osseointegration has immense potential for prosthetic limbs, as it addresses problems with attachment and weight-bearing.
Osseointegration is a phenomenon in which the implanted material integrates with living bone, firmly anchoring the implant in place. This event was first observed in the early 20th century and physicians very quickly realized the implications of osseointegration. Only certain materials can undergo osseointegration, with titanium being one of the most popular choices for procedures where osseointegration is the goal. With other materials, the tissue will not be able to grow into and around the implant and will not anchor.
In this process, the implant is carefully placed into the bone during surgery by an orthopedic surgeon who has fitted the implant to the patient, considering the patient’s needs and reviewing the X-rays to confirm the size and placement of the implant. plant. Over the course of several months, bone begins to grow into the implant, anchoring the implant in place. Once the implant is installed and the bone has started to grow into it, it will be impossible to remove it without damaging the bone and it will be able to bear the weight.
One of the obvious uses for osseointegration is in the installation of dental implants. The implant can be osseointegrated into the jaw, allowing the dentist to place a tooth on the implant. Both cosmetic dentistry and reconstructive dentistry can benefit from this implant technique. The procedure can also be used to create anchors for prosthetics such as prosthetic limbs, noses, and ears. Prostheses can be fixed more stably and securely with osseointegrated anchors, improving patient comfort and function.
For prosthetic limbs such as arms and legs, osseointegration has immense potential. One of the biggest problems with prosthetic attachment is finding techniques that place an implant firmly on the body without causing pain or restricting range of motion. Improper attachments can also render a prosthetic limb largely useless because it cannot bear weight. With osseointegrated prostheses, these problems can be addressed. It usually takes about six months for the implant to anchor successfully in the bone, at which point fitting for a prosthesis can begin.
Rods used to repair severely broken bones can also be osseointegrated. In these procedures, the rod stabilizes the bone as it heals and also adds support and structure to protect the bone from breaking again in the future. Healing progress can be assessed by performing x-rays and medical imaging studies of the site to confirm that bone is growing into the implant and that the bone is growing evenly.
Protect your devices with Threat Protection by NordVPN
