Is a bone graft used in TAS (Transforaminal Anterior Spinal Fusion) cage surgery?

Bone graft is commonly used in TAS ( Transforaminal Anterior Spinal Fusion) cage surgery. The cage, which is a device inserted into the space where the disc used to be, is often filled with bone graft material to promote bone fusion and stabilize the spine.

Here’s why bone graft is used in TAS cage surgery:

Promotes bone fusion:

The bone graft acts as a scaffold for new bone growth, helping the vertebrae fuse together. 



Stabilizes the spine:

The cage and bone graft help to restore the disc height and provide stability to the spinal motion segment. 



Stimulates bone growth:

Bone graft materials contain growth factors that stimulate bone formation and healing. 



Reduces pain:

Bone graft can help to reduce pain associated with spinal instability. 



Different types of bone grafts can be used:

Autografts (taken from the patient’s own body), allografts (taken from a donor), and bone graft substitutes can all be used in spinal fusion procedures. 



In summary, bone graft plays a crucial role in TAS cage surgery by facilitating bone fusion, stabilizing the spine, and promoting bone growth, ultimately leading to improved outcomes for patients

graft is commonly used in TAS ( Transforaminal Anterior Spinal Fusion) cage surgery. The cage, which is a device inserted into the space where the disc used to be, is often filled with bone graft material to promote bone fusion and stabilize the spine.

Here’s why bone graft is used in TAS cage surgery:

Promotes bone fusion:

The bone graft acts as a scaffold for new bone growth, helping the vertebrae fuse together. 



Stabilizes the spine:

The cage and bone graft help to restore the disc height and provide stability to the spinal motion segment. 



Stimulates bone growth:

Bone graft materials contain growth factors that stimulate bone formation and healing. 



Reduces pain:

Bone graft can help to reduce pain associated with spinal instability. 



Different types of bone grafts can be used:

Autografts (taken from the patient’s own body), allografts (taken from a donor), and bone graft substitutes can all be used in spinal fusion procedures. 



In summary, bone graft plays a crucial role in TAS cage surgery by facilitating bone fusion, stabilizing the spine, and promoting bone growth, ultimately leading to improved outcomes for patients

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