Roaten John D, Kelly Derek M, Yellin Joseph L, Flynn John M, Cyr Micaela, Garg Sumeet, Broom Alexander, Andras Lindsay M, Sawyer Jeffrey R
Department of Orthopedic Surgery, Le Bonheur Children's Hospital, University of Tennessee-Campbell Clinic, Memphis, TN.
Harvard Combined Orthopaedic Residency, Boston, MA.
J Pediatr Orthop. 2019 Sep;39(8):394-399. doi: 10.1097/BPO.0000000000000982.
To determine if the AAOS clinical practice guidelines (CPG) for the treatment of pediatric femoral shaft fractures (2009) changed treatment, we analyzed pediatric femoral shaft fractures at 4 high-volume, geographically separated, level-1 pediatric trauma centers over a 10-year period (2004 to 2013).
Consecutive series of pediatric femoral shaft fractures (ages, birth to 18 y) treated at the 4 centers were reviewed. Treatment methods were analyzed by age and treatment method for each center and in aggregate.
Of 2646 fractures, 1476 (55.8%) were treated nonoperatively and 1170 fractures operatively. Of the operative group, flexible intramedullary nails (IMN) were used for 568 patients (21.5%), locked intramedullary nails (LIMNs) for 309 (11.7%), and plating for 188 (7.1%). In total, 105 fractures were treated with external fixation or skeletal traction. Analysis before and after the CPG publication revealed a significant increase in the use of interlocked IMNs in patients younger than 11 years (0.5% before, 3.8% after; P<0.001). Over the same time period there was an increase in surgical management, regardless of technique, for patients younger than 5 years (6.4% before, 8.4% after; P=0.206). There were considerable differences in treatment among centers: 74% of fractures treated with plating were from a single center (center A), which also contributed 68% of patients younger than 5 years treated with plating; center B had the highest rate (41%) of flexible IMN in children younger than 5 years; center C had the highest rate (63%) of LIMN in children younger than 11 years; and center D treated the fewest patients outside the CPG guidelines.
Following publication of the AAOS CPG, there was a significant increase in the use of LIMNs in patients younger than 11 years old and a trend toward surgical treatment in patients younger than 5 years. The considerable variability among centers in treatment methods and adherence to the CPG highlights the need for further outcome studies to better define optimal treatment methods and perhaps update the AAOS CPG guidelines.
Level III-therapeutic.
为确定美国骨科学会(AAOS)关于小儿股骨干骨折治疗的临床实践指南(2009年)是否改变了治疗方式,我们分析了4家高容量、地理位置分散的一级小儿创伤中心在10年期间(2004年至2013年)收治的小儿股骨干骨折情况。
回顾了这4家中心连续收治的小儿股骨干骨折患者(年龄从出生至18岁)。按年龄和治疗方法对各中心及总体的治疗方法进行了分析。
在2646例骨折中,1476例(55.8%)接受了非手术治疗,1170例接受了手术治疗。在手术组中,568例患者(21.5%)使用了弹性髓内钉(IMN),309例(11.7%)使用了带锁髓内钉(LIMN),188例(7.1%)使用了钢板固定。共有105例骨折采用了外固定或骨牵引治疗。CPG发布前后的分析显示,11岁以下患者使用带锁IMN的比例显著增加(之前为0.5%,之后为3.8%;P<0.001)。在同一时期,5岁以下患者无论采用何种技术,手术治疗的比例均有所增加(之前为6.4%,之后为8.4%;P=0.206)。各中心之间的治疗存在显著差异:接受钢板固定治疗的骨折患者中有74%来自单一中心(A中心),该中心接受钢板固定治疗的5岁以下患者也占68%;B中心5岁以下儿童使用弹性IMN的比例最高(41%);C中心11岁以下儿童使用LIMN的比例最高(63%);D中心按照CPG指南治疗的患者最少。
AAOS CPG发布后,11岁以下患者使用LIMN的比例显著增加,5岁以下患者有手术治疗的趋势。各中心在治疗方法和对CPG的遵循方面存在很大差异,这凸显了进一步进行疗效研究以更好地确定最佳治疗方法并可能更新AAOS CPG指南的必要性。
三级治疗性。