It was noted that in our spinal theatre a constant cause of delay was lack of an available radiographer. This work describes our solution to this problem by training theatre staff to operate the imaging equipment for the simple single plane images required in spinal surgery. Under the guidance of the trust's Radiation Protection Advisor to a training program for theatre staff was devised that encompassed the practical aspects of using the imaging equipment and the theoretical elements of radiation safety. All changes in practice complied with the radiation safety regulations IRR 99 and IRMER 2000. The trained staff now work as independent operators in the spinal theatre. They work to a ridge protocol and have to report directly to a Radiation Protection Supervisor (senior radiographer) at the end of each list so that the images taken and radiation dosage can be verified. Since the change of practice, the spinal theatre has been more efficient, performing up to one major case extra per list. The radiology department has benefited by having a radiographer freed to perform more complex procedures elsewhere. The operators have also commented on how they have found the whole process rewarding both professionally and personally. The training of theatre staff to operate the imaging equipment in our spinal theatre has been a successful endeavour and at present the trust is currently planning to expand the program to include other surgical fields such as urology and laparoscopic surgery

Aims

To benchmark the radiation dose to patients during the course of treatment for a spinal deformity.

Aims

The aim of this study was to systematically compare the safety and accuracy of robot-assisted (RA) technique with conventional freehand with/without fluoroscopy-assisted (CT) pedicle screw insertion for spine disease.