Immediate Implants and Bone Regeneration

Dental implants have revolutionized restorative dentistry and can provide a permanent solution to missing teeth. They are long-lasting, durable and comfortable to wear. Nevertheless, many patients are concerned about what to expect during and after treatment. They are worried that their favorite foods might get stuck underneath their replacement teeth.

Bone Regeneration

Bone regeneration is a complex process involving multiple cell types and a wide variety of intra- and extracellular signalling pathways. It occurs in response to injury or during skeletal development and continues throughout life. It is a continuous remodelling process and involves a regulated sequence of events that mimics fetal skeletogenesis and the pathway of normal bone formation.

Bone grafting can strengthen the jawbone before implant placement to ensure that the restorations will be well-supported. This is often necessary when the jawbone is weakened by disease, trauma or long-term edentulism. The procedure is also performed when there is not enough bone to support an immediate implants Bowling Green KY.

The bone regeneration process can be painful and uncomfortable, but it is important to follow your doctor’s instructions for pain and swelling management. Applying ice and taking medication will help to alleviate discomfort. It is best to avoid hard or crunchy foods and hot liquids until the area heals.

Life Expectancy

Implants are an excellent solution for missing teeth, and they have a high survival rate with proper care. Nevertheless, there are some factors that may affect the longevity of your implants, such as smoking, bruxism, and diabetes. These factors can hinder bone healing and increase the risk of failure. It’s important to be aware of these factors and consult with a dentist before getting an immediate implant. Depending on your individual situation, they can advise you on the best treatment plan for you. The type I immediate implants Bowling Green KY placement is a relatively new method of tooth replacement that has been shown to reduce surgical time, number of surgeries, and postextraction bone loss.