C J Vertullo1, P F Duke, G N Askin. 1. Department of Orthopaedic Surgery, Princess Alexandra Hospital, Brisbane, Australia. C.Vertullo@mailbox.uq.edu.au
Abstract
STUDY DESIGN: Retrospective analysis with historic controls. OBJECTIVES: To analyze pin-site complications in a large series of halo thoracic braces in which regular re-tightening of the pins was performed. SUMMARY OF BACKGROUND DATA: Perry and Nickel first described the use of the halo thoracic brace in 1959 for cervical immobilization. Its use has been extended successfully to cervical fracture management. METHODS: A total of 266 commercially available halo thoracic braces were fitted using a standard technique. All pins were tightened routinely at 24 hours and at 1 week after application. Two data sources, prosthetic department records and patients' medical records, were analyzed. RESULTS: Six percent of patients had a pin-site infection; 3.7% had loose pins, and 1.1% reported pin-site pain. No subdural, intradural, or extradural abscess or cerebrospinal fluid leaks occurred. A total of 2.6% of halo rings slipped off, and 2.3% of patients experienced severe headaches. CONCLUSIONS: Low rates of pin-site infection, loosening, and pain were achieved through routine re-tightening of the pins. Pin re-tightening, at 24 hours and at 1 week after application, is a safe and effective method to decrease pin-site complications.
STUDY DESIGN: Retrospective analysis with historic controls. OBJECTIVES: To analyze pin-site complications in a large series of halo thoracic braces in which regular re-tightening of the pins was performed. SUMMARY OF BACKGROUND DATA: Perry and Nickel first described the use of the halo thoracic brace in 1959 for cervical immobilization. Its use has been extended successfully to cervical fracture management. METHODS: A total of 266 commercially available halo thoracic braces were fitted using a standard technique. All pins were tightened routinely at 24 hours and at 1 week after application. Two data sources, prosthetic department records and patients' medical records, were analyzed. RESULTS: Six percent of patients had a pin-site infection; 3.7% had loose pins, and 1.1% reported pin-site pain. No subdural, intradural, or extradural abscess or cerebrospinal fluid leaks occurred. A total of 2.6% of halo rings slipped off, and 2.3% of patients experienced severe headaches. CONCLUSIONS: Low rates of pin-site infection, loosening, and pain were achieved through routine re-tightening of the pins. Pin re-tightening, at 24 hours and at 1 week after application, is a safe and effective method to decrease pin-site complications.