1. Oral Procedures
   PRF is particularly useful in oral surgery. Dentists use it to fill empty extraction sockets, where it acts as a stable blood clot. This not only speeds up healing but also helps regenerate tissue, greatly lowering the risk of complications like dry sockets, which often occur after tooth extractions.
2. Regenerative Endodontics
   PRF also plays a key role in regenerative endodontics, a rapidly growing area in dentistry. This branch focuses on restoring damaged teeth and roots. In these procedures, PRF acts as a scaffold, helping revascularize young permanent teeth with dead pulps. The growth factors present encourage healthy tissue growth, making it essential in saving teeth that might otherwise be lost.
3. Periodontics
   In periodontics, PRF is invaluable. While endodontics deals with pain and infection inside the tooth, periodontics focuses on gum health and the structures that support teeth. PRF is especially effective in treating gum recession, bone defects, peri-apical lesions, and in rejuvenating periodontal bone. By promoting healing and regeneration, PRF helps maintain overall oral health and prevents further damage.
4. Pediatric Dentistry
   Finally, PRF’s exceptional healing abilities have made it increasingly popular in pediatric dentistry. Dentists often use PRF in procedures like direct pulp capping and pulpotomy for young patients. Its ability to enhance tissue growth and speed up healing makes it ideal for treating dental issues in children, leading to better outcomes and less discomfort.

In summary, PRF has become a vital tool in modern dentistry, providing a natural and effective way to boost healing and regeneration across various dental fields. As its use continues to grow, PRF is set to play an even bigger role in the future of dental care.