When used in transmucosal GBR with immediate implantation following extraction and when grafted in a volumetric augmentation with a peri-implant defect, it seems to have a benefit over the other applications. Its intrinsic tissue affinity allowed it to recover without infection, especially in secondary healing (also known as open healing) without a membrane covering, even after dehiscence had taken place. A rigid matrix on horizontal bone augmentation20 could be used to maintain the volume as a space maintainer. Combining particle and block type ATBG in vertical augmentation without a space maintainer, like titanium mesh, could result in successful bone regeneration. There was initially a relatively low bone density when ATBG was utilized as a sinus graft, which typically required a substantial amount of bone replacement. However, this gradually grew with increasing stability at the long-term follow-up.

The goal of ATBG development should be to combine it with other bone graft materials and computer-guided surgery. Specifically, the materials must be used to immediately temporally accumulate the surrounding volume. In this instance, the materials' strong affinity for the host tissue was thought to be a key element in the healing process. Consequently, it seems that ATBG would be a good material to preserve the hard and soft tissue morphology in a jaw deformity.

In contemporary implant dentistry, ATBG can be summed up as follows.

1. An ATBG exhibits osteogenic activity and a strong affinity for soft tissue on an infected sinus graft, periodontal defect, and removed socket.

2. The ATBG can cause periodontal augmentation and stiff bone regrowth on a sinus transplant.

3. ATBG is an appropriate bone replacement for digital bone graft, and successful bone development around instantaneous temporalization can be accomplished.