Regenerative medicine is a comprehensive field that involves tissue engineering and research on self-healing, in which the body uses its processes to reproduce cells and reconstruct tissues and organs, sometimes with the help of foreign biological material.
Tissue engineering is mixing scaffolds, cells, and physiologically active chemicals to create functional tissues. Tissue engineering aims to develop functional constructions that can restore, maintain, or improve damaged tissues or complete organs. As this is a hot spot in research and focuses on cures rather than treatments for complicated chronic diseases, “tissue engineering” and “regenerative medicine” have become interchangeable terms.
While tissue engineering is currently used to treat only a few clinical illnesses, significant investments are currently made in the underlying research in this exosome company and others as well, and for scale-up methods.
Guided Tissue Regeneration
Guided tissue regeneration can help your body repair bone that has been lost due to gum disease and can be used instead of or in addition to bone transplantation. Guided tissue regeneration promotes healthy and strong bone formation. The regeneration relies on bioactive growth factors, biological membrane barriers, and tissue-stimulating proteins.
How Does Guided Tissue Regeneration Work?
First, the harmful bacteria deposits are cleaned out in the decayed bone. Usually, the rapidly developing gum tissue will fill in the gaps left by the lost bone tissue. However, gum tissue cannot support your teeth in the same way that bones do. It’s critical to allow the bone to repair, but much more slowly than gum tissue.
A specific membrane is put between the soft and hard tissues, directing the gum tissue aside the pocket and allowing the bone to grow correctly. This creates a solid tooth foundation with enough bone and gum tissue to support it.
Benefits of guided tissue regeneration
- Preserve Your Natural Teeth
People who have lost teeth are not the only ones who can benefit from guided tissue regeneration. This regeneration method can also aid in the preservation of your natural teeth. This is especially true for those in danger of losing teeth due to advanced gum disease and bone loss.
When you undergo guided tissue regeneration, your body begins to restore the lost tissues and bones that surround your tooth. These repaired components will provide the safe, strong foundation that a tooth requires to stay healthy in the long run.
- Improve Aesthetics
Missing teeth, gum disease, and jaw bone atrophy can all affect your smile’s appearance. These diseases, in particular, might result in a sunken appearance and a lack of self-confidence. Guided tissue regeneration aids in the regeneration of these tissues, the reduction of unattractive periodontal pockets, and the overall appearance of your smile.
- Bone Regeneration
A unique barrier is placed between the bone and the soft tissues around a tooth during guided tissue regeneration. This membrane works as a barrier between the bone and the faster-healing gums, allowing the bone to recover and strengthen.
Bone transplants can be used in conjunction with guided tissue regeneration. A study found that the success rate was higher when guided tissue regeneration was combined with bone graft material than when the bone graft was used alone. Directed tissue regeneration especially increased the bone graft procedure’s results. This also aids in the preparation of your jaw for dental implants.