Orthopedic implant refers to medical instruments that support the body structure. It helps replace bones, cartilage, and joints someone may lose due to deformity or damage. These artificial bones, cartilage, and hips help restore function when surgically inserted into the body. They provide support and stability for your bones.
If you're suffering from a serious bone/ cartilage/joint injury, you may need to speak with an expert orthopedic surgeon like Dr. Hill. Specialized medical professionals can help you decide the best action according to your specific question.
Orthopedic implants are an excellent solution for those who can't seem to receive help from medication and painkillers. They will improve your flexibility movement while helping to stabilize the muscular system.
Metal Implants in the Body
Flexible metals and alloys are widely used in the medical industry. Their surgical application is divided into two ferrous, which include cast iron and steel, and non-ferrous groups. Non-ferrous options are the most commercially-critical groups.
Silver, aluminium, cobalt, zinc, and aluminium are the most commonly used alloys and pure elements. These metals have excellent biomaterial properties, including mechanical, conductivity, and thermal properties. The biomaterial metals and alloys make an ideal choice for constructing orthopedic implants and structures to support the bones and muscles in your body.
Orthopedic implants made with these metals help replace lost structures in the body to restore shape and function. But how durable are orthopedic implants in the body? In general, biomaterials are pretty durable inside the body.
How Durable Are Metal Implants inside the Body?
Any foreign substances entering the body activate the immune system, causing a reaction. Typically, your body’s reaction to an implant involves protein uptake on the surface of the orthopedic implant. Additionally, the body experiences infiltration of the inflammatory cells, fibroblast activation, and macrophage fusion. The series of events can affect the durability of your metal implants.
These reactions can especially affect the function of subcutaneous implants. For instance, drug inhibition from a specific body part is common with subcutaneous implants. Other medical device failures also fall in the same group. As such, it is hard to determine the durability of orthopedic implants due to the various reactions your body can give.
While implants are generally durable, hydrophilic coatings, anti-fibrotic drugs, and dexamethasone delivery can help improve their longevity. They minimize and prevent fibrosis, reduce protein uptake on orthopedic implants, and reduce the probability of adverse reactions, respectively.
Rejection of Bio Implants- What Are the Symptoms?
Orthopedic implant rejection and failure vary for different implants. The body reacts and responds differently, depending on the implant’s location, purpose, and function. Various reasons may contribute to implant rejection.
For example, rejection is likely if the surface of the bio implant is contaminated. Similarly, overheating the bone during implantation can lead to rejection or side effects. Some common symptoms of implant self-immunity and systematic problems include local inflammation symptoms like burning and itching.
Health conditions and factors like diabetes and smoking can also increase or worsen the symptoms.
Now that you know about the durability of orthopedic implants inside the body, you can speak with an orthopedic surgeon. Orthopedic experts like Dr. Hill can provide comprehensive information regarding how long your implant will last. They will take in important factors like the location and function of your orthopedic implant. You can ask for more details by making an appointment today.