1. What exactly is a dental implant?

A dental implant is a biocompatible titanium root placed in the jawbone to support a tooth or teeth. Unlike dentures or bridges, it replaces the missing root, helping preserve bone and natural function.

2. Are dental implants proven scientifically?

Yes. Implant dentistry is supported by decades of global research and long-term clinical studies. Success depends not just on the implant, but on diagnosis, planning, surgical precision, and maintenance.

3. Why do implants fail in some people?

Failures usually relate to poor bone quality, uncontrolled medical conditions, smoking, improper bite forces, infection, or inadequate planning. Most failures are preventable with correct protocols.

4. What is “prosthetically driven implant planning”?

It means the final tooth position is planned first, and the implant is placed to support that tooth ideally. This ensures better chewing efficiency, aesthetics, and long-term stability.

5. Why is CBCT important for implant planning?

CBCT provides 3D information about bone width, height, nerve position, and sinus anatomy. Implant placement without CBCT is unsafe in many cases and increases risk.

6. What role does digital or AI-based planning play?

Digital planning improves accuracy, reduces guesswork, and helps anticipate complications. It allows simulation of implant position, angulation, and load distribution before surgery.

7. Are implants suitable for elderly patients?

Age is not a limitation. Bone quality, general health, and functional needs matter more than age.

8. Are implants safe for diabetic or BP patients?

Yes, if the condition is controlled. Proper medical evaluation and hospital-based monitoring make implant surgery safe even for medically compromised patients.