Conway Julia C, Taub Peter J, Kling Rochelle, Oberoi Kurun, Doucette John, Jabs Ethylin Wang
Department of Pediatrics at Icahn School of Medicine at Mount Sinai, One Gustave L Levy Place, Box 1497, New York, NY, 10029, USA.
Department of Surgery at Icahn School of Medicine at Mount Sinai, New York, NY, USA.
BMC Pediatr. 2015 Feb 14;15:8. doi: 10.1186/s12887-015-0328-5.
Surgical correction of orofacial clefts greatly mitigates negative outcomes. However, access to reconstructive surgery is limited in developing countries. The present study reviews epidemiological data from a single charitable organization, Smile Train, with a database of surgical cases from 33 African countries from 2001-2011.
Demographic and clinical patient data were collected from questionnaires completed by the participating surgeons. These data were recorded in Excel, analyzed using SPSS and compared with previously reported data.
Questionnaires were completed for 36,384 patients by 389 African surgeons. The distribution of clefts was: 34.44% clefts of the lip (CL), 58.87% clefts of the lip and palate (CLP), and 6.69% clefts of the palate only (CP). The male to female ratio was 1.46:1, and the unilateral: bilateral ratio 2.93:1, with left-sided predominance 1.69:1. Associated anomalies were found in 4.18% of patients. The most frequent surgeries included primary lip/nose repairs, unilateral (68.36%) and bilateral (11.84%). There was seasonal variation in the frequency of oral cleft births with the highest in January and lowest by December. The average age at surgery was 9.34 years and increased in countries with lower gross domestic products. The average hospital stay was 4.5 days. The reported complication rate was 1.92%.
With the exception of cleft palates, results follow trends of worldwide epidemiologic reports of 25% CL, 50% CLP, and 25% CP, 2:1 unilateral:bilateral and left:right ratios, and male predominance. Fewer than expected patients, especially females, presented with isolated cleft palates, suggesting that limitations in economic resources and cultural aesthetics of the obvious lip deformity may outweigh functional concerns and access to treatment for females. A fewer than expected associated anomalies suggests either true ethnic variation, or that more severely-affected patients are not presenting for treatment. The epidemiology of orofacial clefting in Africa has been difficult to assess due to the diversity of the continent and the considerable variation among study designs. The large sample size of the data collected provides a basis for further study of the epidemiology of orofacial clefting in Africa.
口面部裂隙的外科矫正极大地减轻了负面后果。然而,发展中国家获得重建手术的机会有限。本研究回顾了来自一个慈善组织“微笑列车”的流行病学数据,该组织拥有2001年至2011年来自33个非洲国家的手术病例数据库。
从参与手术的外科医生填写的问卷中收集患者的人口统计学和临床数据。这些数据记录在Excel中,使用SPSS进行分析,并与先前报告的数据进行比较。
389名非洲外科医生为36384名患者填写了问卷。裂隙的分布情况为:唇裂(CL)占34.44%,唇腭裂(CLP)占58.87%,单纯腭裂(CP)占6.69%。男女比例为1.46:1,单侧与双侧比例为2.93:1,左侧优势为1.69:1。4.18%的患者存在相关异常。最常见的手术包括一期唇/鼻修复,单侧(68.36%)和双侧(11.84%)。口面部裂隙出生频率存在季节性变化,1月份最高,12月份最低。手术的平均年龄为9.34岁,在国内生产总值较低的国家有所增加。平均住院时间为4.5天。报告的并发症发生率为1.92%。
除腭裂外,结果遵循全球流行病学报告的趋势,即唇裂占25%、唇腭裂占50%、单纯腭裂占25%,单侧与双侧比例为2:1,左侧与右侧比例为1:1,男性占优势。出现孤立性腭裂的患者少于预期,尤其是女性,这表明经济资源的限制以及明显唇畸形的文化审美观念可能比功能问题和女性获得治疗的机会更为重要。相关异常少于预期表明要么存在真正的种族差异,要么是受影响更严重的患者没有接受治疗。由于非洲大陆的多样性以及研究设计之间的巨大差异,非洲口面部裂隙的流行病学一直难以评估。所收集数据的大样本量为进一步研究非洲口面部裂隙的流行病学提供了基础。