Finding Relief From Orthotics And Prosthetics
Orthotics and Prosthetics (OP) specialists combine clinical skills coming from science, art and nursing with skills to assess, manufacture and fit prosthetic limbs (or orthoses) for individuals suffering from a variety of disabling conditions. An essential element of patient care, O&P specialists work in close collaboration with physicians, physical therapists and other healthcare professionals to design and create a treatment plan to address the needs of their patients. They are often involved in physiotherapy to achieve maximum therapeutic benefit. The goal of orthotics and prosthetic use is to enhance movement, restore flexibility and relieve pain. Orthotic devices are worn or placed in the skeletal region to provide support to promote normal function and provide balance and stability to the wearer.
When choosing orthotics and prosthetics for a patient, it is important to find a board-certified orthotic and prosthetic specialist who has experience in providing these services. O&P specialists can also perform a variety of minimally invasive techniques, such as arthroscopic joint replacement, total knee replacement and hip replacement. With the proper training and certification, orthotsiticians can help provide patients with maximum benefits by developing a plan of treatment that will address the individual needs of each person.
There are many types of orthotics and prosthetic devices available for today's individuals. One type of prosthetic device is a posterooperative use device designed to improve movement and help patients recover from surgery. Another type of orthotic is used for day-to-day purposes such as reducing pain after an injury, controlling swelling and help prevent the formation of permanent bone deterioration (osteoporosis). Some individuals may require more than one type of orthotic or prosthetic device for optimal functioning. Your primary care physician should be able to recommend a specialist capable of providing a comprehensive assessment of your condition and a recommended course of treatment.
A Patient who is missing his arm can benefit from the use of the prosthetic arm device. Alignments and braces provide the illusion of a straight and healthy posture. They are often used for people with significant back pain, but they can also be used for people with other conditions, such as arthritis. Some orthotics and prosthetics, such as those made from plastics and ceramics, can help to correct deformities that are not corrected by braces or other forms of treatment. Braces and other orthotics provide permanent correction to certain postural abnormalities, which means that you can wear braces or other devices for the rest of your life in order to correct your body's biomechanical deficiencies.
Other devices, such as cranial remolding devices and microsurgery devices, can be used to treat conditions such as strabismus (lazy eye), crossed arms, cranial asymmetry, ear enlargement, and headaches. Orthotics and prosthetics are most often used to correct facial dysmorphic disorder, or facial abnormalities that cause low self-esteem, facial drooping, squinting, or eye discomfort. These devices can also be used to treat serious conditions, such as congenital abnormalities, or facial disorders that cause hearing, vision, or speech problems. Most devices are adjustable and may require a significant amount of manual effort in order to achieve the best fit.
If your condition is severe enough, your orthodontist may recommend the use of bone screws or other direct prosthetic leg devices. Although bone screws have been around for decades, many patients still choose to wear prosthetic limbs instead of undergoing this invasive surgical procedure. Not all patients may qualify for the use of a bone screw or a prosthetic limb. Factors such as bone weakness, abnormal bone growth, or abnormally long bones may affect a patient's eligibility for a device, and the results from surgical procedures will determine whether or not these devices will prove effective. Check out this blog to get enlightened on this topic: https://en.wikipedia.org/wiki/Neuromechanics_of_orthoses.