Common Things That You Should Know About The Occipital Fusion And The Occipital Cervical Plate
![Image](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiGvy6n8rNRg2pT1YIsaxHczmf1ox4n3upeR8rY_sFX24UlCFz4DeJwdYluMLaBPsWtg0m-59tDCo6PYQVI8yJ9xcXHGwVYurlIfNu2gO14jIdY4xljdHDwxMY67hVXZ7p6yRkj76MrBmj9QhNnIYcHkfByaH4hOkqJAANfpGn3vGQvYi28fj4gxYY9wfo/w640-h640/Occipital%20Cervical%20Plate.jpg)
The advancement of technology and improved construct stability in occipital cervical fixation have enabled the treatment of more complicated crania cervical instabilities with a greater success rate and less burdensome postoperative immobilization. Initial on-lay fusion and basic wire method necessitated traction followed by a halo. Rod and wire constructions were more stable, but they still struggled to prevent axial stresses caused by the rods pistoling through the sub-laminar wires. Occipital Cervical Plate and screw constructions were the first fully stable forms of occipital cervical fixation, although they relied on onset hole-hole lengths in the plate, making accurate screw insertion problematic at times. Furthermore, the screw is not firmly connected to the plate in these devices. Modern screw-rod systems allow for autonomous screw anchor insertion as well as a secure connection to the longitudinal rod. Firstly, What Is Occipital Fusion Occipital cervical fusion (OCF) is a...