Sait Saif; Yahya Ibrahim; Peyman Bakhshayesh
Volume 8, Issue 2 , April 2020, , Pages 107-110
Abstract
Objectives: To assess whether intentional traumatic injuries are associated with higher mortality rate when compared to unintentional injuries. Methods: Data from SweTrau (Swedish National Trauma Registry). Information regarding age, gender, injury severity score (ISS), new injury severity score (NISS), ...
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Objectives: To assess whether intentional traumatic injuries are associated with higher mortality rate when compared to unintentional injuries. Methods: Data from SweTrau (Swedish National Trauma Registry). Information regarding age, gender, injury severity score (ISS), new injury severity score (NISS), Glasgow coma scale (GCS), systolic blood pressure, and respiratory rate were collected via “SweTrau”. “Mortality within 30 days of injury” was defined as having been registered as dead within 30 days following the injury. Intentional injuries compared to non-intentional injuries. Multivariate regression analysis was conducted. Stepwise forward and backward regression was conducted. Results: A total number of 3875 patients were included. There were 3613 (93%) non-intentional and 262 (7%) intentional patients. The 30-day mortality rate was higher in the intentional group compared to non-intentional group, 10% vs. 4% (p<0.001). Patients in the intentional group were younger than the non-intentional group, at 39±18 vs. 47±21 years old (p<0.001). In both, the forward and backward tests injury intention remained statistically significant with OR 2 (CI 1.1-3.7). Shock (OR 4.7, CI 2.9-7.8), Severe Head Injury (OR 8.9, CI 5.3-14.7), Age ≥ 60 (OR 6.7, CI 4.1-10.8), ISS ≥16 (OR 10.8, CI 6.9-16.9) and ASA (OR 3.5, CI 2.2-5.7) were other factors affecting mortality. Conclusion: Injury intention was an independent factor contributing to mortality in our study. This particular cohort needs further attention during trauma management with a holistic insight to improve their survival.
Peyman Bakhshayesh; David Hullberg Risling; Anders Enocson
Volume 7, Issue 2 , April 2019, , Pages 156-161
Abstract
Objective: To assess the quality of applied pelvic binders using three dimensional computer tomography (3D CT).Methods: A local trauma registry was used to identify patients with pelvic fractures after high-energy trauma during 2011-2015. A 3D CT reconstruction was made from the initial trauma computer ...
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Objective: To assess the quality of applied pelvic binders using three dimensional computer tomography (3D CT).Methods: A local trauma registry was used to identify patients with pelvic fractures after high-energy trauma during 2011-2015. A 3D CT reconstruction was made from the initial trauma computer tomography images to assess the level of application, symmetricity of the binder and achieved fracture reduction. An acceptable application of the pelvic binder was deemed if it was at the trochanteric level, symmetric and minimized residual displacement.Results: We found 73 patients with a pelvic fracture and a pelvic binder on the initial trauma CT-scan. The mean (±SD) age of the patients was 46±17 years and 40% (n=29) were females. The median ISS score was 38 (IQR;29-50), the mean systolic blood pressure on arrival was 106±46 mmHg and the median GCS on arrival was 14 (IQR;7-15). We found that 59% (n=43) of the binders were correctly applied (symmetric at the trochanteric level, symmetrical and with acceptable residual displacement of the fracture). The 30-day mortality was higher in patients with non-correct application 17% (n=5/30) compared to patients with correct application of the pelvic binder 9.3% (n=4/43) however this was not statistically significant (p=0.562).Conclusion: A substantial number of patients had non-correct application of pelvic binders. Future studies using 3D technique are encouraged to further investigate clinical impacts of non-appropriate application of pelvic binders.
Peyman Bakhshayesh; Sara Heljesten; Lars Weidenhielm; Anders Enocson
Volume 6, Issue 3 , July 2018, , Pages 221-225
Abstract
Objective: To assess availability, experience, and knowledge about the Pelvic Circumferential Compression Device (PCCD) in Sweden.Methods: A telephone interview with the current on-call trauma doctors at all trauma units in Sweden was conducted. After a short presentation and oral consent, the doctors ...
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Objective: To assess availability, experience, and knowledge about the Pelvic Circumferential Compression Device (PCCD) in Sweden.Methods: A telephone interview with the current on-call trauma doctors at all trauma units in Sweden was conducted. After a short presentation and oral consent, the doctors were asked to answer four short questions. We asked the doctors to answer whether they knew if they had PCCDs available in their emergency room, how many times had they applied a PCCD, which is the correct level of application for a PCCD, and if a PCCD can stop arterial bleeding.Results: The on-call trauma doctors at the nine University hospitals, twenty-two General hospitals and twenty-one District General hospitals, with response rate of 100%, were interviewed. Availability of PCCD was 85 % and there was no difference between hospital types (p=0.546). In all hospitals 29/52 (56%) of those interviewed had used a PCCD at least once. There were significantly more doctors that had used a PCCD at least once in the University hospitals (8/9), compared to General hospitals (13/22) and District General hospitals (8/21) (p=0.034). A total of 43/52 (83 %) doctors defined the greater trochanters as the correct level of application for a PCCD. No difference was found when comparing hospitals (p=0.208). Only 22/52 (42 %) of doctors answered that a PCCD could not stop an arterial bleeding. No difference was found between hospitals (p=0.665)Conclusion: Less than half of the doctors knew that a PCCD cannot stop arterial bleeding, while the majority knew the correct level of application of a PCCD.