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The Science Behind Biological Scaffolding for Knee Cartilage Regeneration

The knee joint is a complex structure made up of bones, ligaments, tendons, and cartilage. The cartilage in the knee joint is a smooth, rubbery tissue that cushions the bones and allows smooth movement. Unfortunately, knee cartilage can become damaged or worn down due to injury, age, or disease, resulting in pain and restricted mobility. While knee replacement surgery is an option for severe cases, it can be invasive and come with a lengthy recovery period. Recent advancements in medical technology have led to the development of biological scaffolding as a potential solution for knee cartilage regeneration. To take a…

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Should You Go for Biological Scaffolding to Get Rid of Injury?

Biological scaffolding is an emerging field of regenerative medicine offering a promising alternative to traditional methods of treating an injury. Rather than simply repairing damaged tissue, biological scaffolding stimulates the body's own regenerative capabilities. It supports the growth of new and healthy tissue. Below are some key reasons you should consider it to get rid of an injury. Why Consider Biological Scaffolding to Treat Injury? Minimal Risk of Rejection Biological scaffolds are typically derived from the patient's own tissue or from a donor. But the donor has been thoroughly screened and processed. Hence, there is a minimal risk of rejection…

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Biological Scaffolding – 4 Crucial FAQs You Must Explore!

Biological scaffolds, composed of polymeric biomaterials, are used to provide structural support for tissue development and cell generation. These devices play a pivotal role in repairing and reconstructing missing and injured tissues. Nowadays, many doctors use biological scaffolding to treat cartilage injury, osteoarthritis, etc. But what actually these devices are? How do they work? Below are the crucial FAQs you should explore! FAQs on Biological Scaffolding What is Biological Scaffolding? Biological scaffolds are nothing but support structures made of specially designed materials. Most importantly, it has a similar structure to the human body in both cellular and mechanical forms. These…

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