What is a Biological Tooth Extraction?

Both biological and traditional dentists care for teeth in different ways. Traditional dentists focus on the health of the mouth, while biological dentists focus on the health of the whole person. A biological dentist might tell a patient to change their habits to avoid getting cavities in the future. They may also use platelet-rich fibrin grafting and Ozone therapy.

People who have lost teeth have biochemical tooth extractions done on them. The goal of the procedure is to fix the tooth socket and start the healing process. cytokines, chemokines, and growth factors work together in a complicated way to make the healing process happen. These messengers control cell recruitment, cell growth, cell differentiation, and tissue repair. As part of the treatment, autologous platelet concentrates and grafting materials may be used.

Biochemical dentists focus on using materials and methods that are safe for the patient's body. This method improves safety and health in the long run. When a tooth is taken out, the gum tissue and periodontal ligament must also be taken out. But this procedure can leave behind epithelial cells that grow toxins and cause cavitation lesions.

A graft of platelet-rich fibrin was successfully put into the socket of a bioprosthetic tooth in a 54-year-old man with internal root resorption of tooth #8. The rest of the patient's medical history wasn't very interesting. The depth of the donor site was not very deep, and the cingulum did not cover it. The socket was then made ready for the implant, and the donor site was made ready for the implant. The empty tooth socket of the patient was first filled with 50/50 freeze-dried bone allograft, and then it was filled with platelet-rich fibrin exudate. Afterward, cyanoacrylate was used to stop the bleeding at the donor site.

Platelet-rich fibrin has been used in many dental procedures because it speeds up the healing process and reduces inflammation. In different dental procedures, it can be used by itself or with other biomaterials. PRF also has the benefit of being a natural biomaterial that is cheaper than commercial materials.

Biological dentists use ozone instead of harmful chemicals to remove teeth and do root canals. This method can help make the tooth healthy again and get more blood to it. Ozone also gets rid of bacteria and repairs the lining of the immune membrane. ozone kills bacterial cells at a much lower concentration than chlorine does.

Root canals are usually done by traditional dentists. During a root canal, the pulp of a tooth is taken out and the hole is filled with a filling. Biological dentists are more careful with root canals and only recommend them when they are really needed. Root canals do, however, come with some risks. For example, bacteria that get into the bloodstream can cause health problems that last for a long time.

Fluoride and mercury are also things that biological dentists do not use. These things wouldn't normally be in the body, and they wouldn't work well with the body. Also, they use all-natural supplements that are good for your oral health and your body as a whole. They also pay attention to detoxification, which is important for good health in general.

Ozone therapy is a way to treat a variety of dental problems, such as infections, cavities, and dental implants that have failed. Also, it can keep you from needing dental work like pulling teeth or having jaw surgery. In the process, ozone gas is put in place using special trays. It can kill bacteria that cause decay in some cases.

Ozone gas is a natural substance that the body makes when it fights off infections. It can be dangerous if too much of it gets out, but there are rules to follow when using medical ozone in an office. Ozone is a very strong disinfectant that kills bacteria and viruses as soon as they touch it. It also makes the blood flow better, speeds up healing, and lowers the chance of getting an infection after surgery. Ozone is a safe way to treat tooth decay that works well.

Ozone can also be used to rinse the mouth. It has been shown to slow the growth of bacteria like S. mutans in the mouth. Ozone also cuts down on the smell of anaerobic bacteria, which is often a sign of an infection. It also gets into the bone tissue that supports it, which helps the bone grow back.