Concentrated growth factor (CGF)
The process of dental implants successfully integrating within our jaw bone is known as osseointegration. Concentrated growth factor (CGF) therapy enhances implant stability in the critical early recovery period (first 6 weeks) and greatly improves bone density surrounding dental implants.
Concentrated growth factors can be extracted from patients’ own blood by separating the cells in your blood with a centrifuge. A layer rich in stem cells and healing factors can then be harvested to areas that require bone augmentation such as graft sites and extraction sockets.
Because the blood comes from your own body, it is compatible and safe. There is no concern over disease transmission or tissue rejection. Furthermore, because the growth factors are separated from the red blood cells, the concentration of healing cells is increased and greatly accelerates tissue and wound healing.
Patients tend to heal quickly and often experience uneventful healing after this rapid cell response. Since patients heal faster, there is a smaller chance of infection, dry socket, failed grafting or failed implants.
Concentrated growth factor (CGF)
The process of dental implants successfully integrating within our jaw bone is known as osseointegration. Concentrated growth factor (CGF) therapy enhances implant stability in the critical early recovery period (first 6 weeks) and greatly improves bone density surrounding dental implants.
Concentrated growth factors can be extracted from patients’ own blood by separating the cells in your blood with a centrifuge. A layer rich in stem cells and healing factors can then be harvested to areas that require bone augmentation such as graft sites and extraction sockets.
Because the blood comes from your own body, it is compatible and safe. There is no concern over disease transmission or tissue rejection. Furthermore, because the growth factors are separated from the red blood cells, the concentration of healing cells is increased and greatly accelerates tissue and wound healing.
Patients tend to heal quickly and often experience uneventful healing after this rapid cell response. Since patients heal faster, there is a smaller chance of infection, dry socket, failed grafting or failed implants.
Sticky bone
Bone loss occurs following tooth extractions, gum diseases and trauma to teeth. This limits the ability to restore the chewing function afterwards so building up the bone level at the start is often required.
When teeth are extracted, the jaw bone starts resorbing so sticky bone can be placed to minimize the bone loss following extractions. It can also be used to build up the jaw bone levels when teeth have been missing for a while. Sticky bone is also placed during a sinus lift procedure to improve healing around implants placed near the sinus.
Sticky bone is made from your own blood concentrated growth factors (CGF). Your blood is drawn from you on the day of surgery and is spun down in a centrifuge to form a thick fibrin clot. Fine artificial bone fragments (Xenograft / synthetic bone) is added onto the graft which sticks to this enriched fibrin blood clot.
Sticky bone
Bone loss occurs following tooth extractions, gum diseases and trauma to teeth. This limits the ability to restore the chewing function afterwards so building up the bone level at the start is often required.
When teeth are extracted, the jaw bone starts resorbing so sticky bone can be placed to minimize the bone loss following extractions. It can also be used to build up the jaw bone levels when teeth have been missing for a while. Sticky bone is also placed during a sinus lift procedure to improve healing around implants placed near the sinus.
Sticky bone is made from your own blood concentrated growth factors (CGF). Your blood is drawn from you on the day of surgery and is spun down in a centrifuge to form a thick fibrin clot. Fine artificial bone fragments (Xenograft / synthetic bone) is added onto the graft which sticks to this enriched fibrin blood clot.
