Intraoperative Fluoroscopic Radiation Exposure During Hip Fracture Fixation: A Study Combining Surgical Experience and Fracture Complexity

Abstract

Aim Hip fracture fixation surgeries are one of the most common surgeries that every trauma unit does regularly. Surgical training and expertise to fix these fractures properly are quite crucial for every orthopaedic surgeon. Therefore, orthopaedic training programmes all over the world consider significant focus on this and teach trainee surgeons expectantly to manage these fractures independently. Surgical fixation of hip fractures often requires fluoroscopy assistance in the operating theatre with associated hazards from ionising radiation. Moreover, hip fractures can be sometimes quite complex and may require relatively more fluoroscopy usage even with the higher grade of the operating surgeons. Therefore, training need for hip fracture fixation surgery is imperative and there is also a need for intraoperative radiation safety. This study has tried to find a balance between intraoperative fluoroscopic radiation exposure, surgical training requirement, and hip fracture complexity. Methodology This single centre study has collected retrospective peri-operative data over a period of two years including hip fractures that required fluoroscopy-guided surgical fixation. Femoral head fractures, subtrochanteric fractures, diaphyseal fractures, and trochanteric fractures with associated pelvic fractures were excluded from the study. We collected data on demographic parameters, fracture complexity and grading (Arbeitsgemeinschaft für Osteosynthesefragen/Orthopaedic Trauma Association [AO/OTA] Classification), intraoperative ionising radiation exposure (centi-Gray/cm 2 ), and grade of the operating surgeon in order to find any relation between these factors. Results Total 268 patients were included in the study with a mean age of 81.8 years (SD 9.3) comprising of 83 (31%) male patients and 185 (69%) female patients. The study population was further stratified into three groups depending upon the operating grade of the surgeon: ‘Junior Trainee’ (<five years of experience; 77 cases [29%]); ‘Senior Trainee’ (>five years of experience; 148 cases [55%]); and ‘Consultant’ (fully trained to practice independently; 43 cases [16%]). There was no statistically significant difference among these three sub-groups with regards to the age (p = 0.79), gender (p = 0.73), body mass index (p = 0.46), and fracture pattern (p = 0.96) of the patients. However, consultants tend to operate more on the higher American Society of Anesthesiologists (ASA) grade patients (p = 0.049) with more comorbidities. There was statistically significant higher fluoroscopic radiation exposure while junior trainee surgeons (p = 0.005) were operating and during the higher complex grade of hip fracture (p = <0.001) fixation. Conclusion In conclusion, the quantity of intra-operative radiation dose utilised in the surgical fixation of hip fractures is significantly associated with the grade and level of training of the operating surgeon and fracture complexity ...

The Application of a Surgery Supporting Computer System Does Not Seem to Influence the Surgeons’ Radiation Exposure: A Retrospective Analysis

“…The highest radiation dose was measured in young residents (261.3 cGy/cm 2 ) and the lowest in experienced residents (177.6 cGy/cm 2 ), suspecting that experienced surgeons are treating the more complex fractures (203.2 cGy/cm 2 ). In A1 fractures, radiation exposure was 152.3 cGy/cm 2 , in A2 fractures, 222.7 cGy/cm 2 , and in A3 fractures, 343.3 cGy/cm 2 [5]. Also, in this study, an increasing radiation dose was seen in more complex fractures.…”

“…No studies are known that have researched benefits regarding radiation exposure when a surgery support system is used. In general, radiation exposure seems to decrease with the surgeons' experience [4,5,6].…”