Rousso Joseph J, Abraham Manoj T, Rozanski Collin
Division of Facial Plastic and Reconstructive Surgery.
Department of Otolaryngology-Head and Neck Surgery, The New York Eye and Ear Infirmary of Mount Sinai.
J Craniofac Surg. 2019 Mar/Apr;30(2):390-394. doi: 10.1097/SCS.0000000000005060.
To identify ways to improve care to underserved international populations.
To analyze the authors' data in hopes of meeting further needs.
This is a retrospective review of medical missions using data from the American Academy of Facial Plastic and Reconstructive Surgery (AAFPRS) Face to Face) Database.
International sites of AAFPRS approved surgical mission trips.
One thousand six hundred forty-six patients who were seen by an AAFPRS mission trip between January 12, 2010 and April 27, 2017.
OUTCOMES/MEASURES: Patient and mission data, procedure data, characteristics of cleft patients, patient follow-up data, repeat patient data, and factors affecting whether a patient was provided service were all evaluated.
Patients were seen over the course of 26 trips to 6 different countries. Patients (n, mean, median age) who underwent a primary cleft lip repair only (175, 2.5 years, 0.6 years) and those who underwent a primary cleft palate repair only (268, 6.4 years, 3.6 years) were significantly older than what is identified as the upper range of normal in surgical literature (Wilcoxon Signed-Rank test Z = -4.3, P < 0.001 for lip and Z = -10.1, P < 0.001 for palate). Patients (n, median, mean rank) receiving a primary cleft palate repair were significantly younger in Peru (160, 3.0 years, 126) compared with patients in other countries (108, 5.0 years, 147) (Z = -2.1, P < 0.05). The odds of a patient returning unplanned were 2.8 (OR, 95% CI 1.52-4.98; P < 0.01) times higher if they were diagnosed with a cleft palate only and 0.91 (OR, 95% CI 0.90-0.93; P < 0.05) times lower if they were diagnosed with combined cleft lip with cleft palate at their first visit. Patients (median age, mean rank) who were provided a service (6.0 years, 724.70) were younger than patients who were not provided a service (8.0 years, 637.23) at their first visit (Mann-Whitney, U = 164,275; P < 0.001).
CONCLUSION/RELEVANCE: This data indicates that disparities exist among patients treated on mission trips compared with those in higher income countries. Furthermore, the authors' data indicate that multiple mission trips to the same country within the same year decrease some of these disparities. Additionally, isolated cleft palate patients are most likely to return unplanned indicating need for standardized postoperative visits. The preferential care of younger patients with unrepaired clefts as compared with older patients and those with palatal fistulas indicates a need for additional resource allocation.
确定改善对服务不足的国际人群护理的方法。
分析作者的数据,以期满足进一步的需求。
这是一项利用美国面部整形与重建外科学会(AAFPRS)“面对面”数据库的数据对医疗任务进行的回顾性研究。
AAFPRS批准的外科医疗任务的国际地点。
2010年1月12日至2017年4月27日期间由AAFPRS医疗任务诊治的1646例患者。
结果/测量指标:对患者和医疗任务数据、手术数据、腭裂患者特征、患者随访数据、复诊患者数据以及影响患者是否获得服务的因素进行了评估。
在前往6个不同国家的26次医疗任务中诊治了患者。仅接受一期唇裂修复的患者(n = 175,平均年龄2.5岁,中位年龄0.6岁)和仅接受一期腭裂修复的患者(n = 268,平均年龄6.4岁,中位年龄3.6岁)明显比外科文献中确定的正常上限年龄大(Wilcoxon符号秩和检验:唇裂Z = -4.3,P < 0.001;腭裂Z = -10.1,P < 0.001)。与其他国家的患者(n = 108,平均年龄5.0岁,中位年龄147)相比,在秘鲁接受一期腭裂修复的患者(n = 160,平均年龄3.0岁,中位年龄126)明显更年轻(Z = -2.1,P < 0.05)。仅被诊断为腭裂的患者计划外复诊的几率比诊断为唇腭裂合并的患者高2.8倍(OR,95%CI 1.52 - 4.98;P < 0.01),而初诊时诊断为唇腭裂合并的患者计划外复诊的几率低0.91倍(OR,95%CI 0.90 - 0.93;P < 0.05)。首次就诊时获得服务的患者(中位年龄6.0岁,平均秩次724.70)比未获得服务的患者(中位年龄8.0岁,平均秩次637.23)年轻(Mann-Whitney检验,U = 164275;P < 0.001)。
结论/意义:该数据表明,与高收入国家的患者相比,医疗任务中治疗的患者存在差异。此外,作者的数据表明,同年多次前往同一国家的医疗任务可减少其中一些差异。此外,孤立性腭裂患者最有可能计划外复诊,这表明需要标准化的术后随访。与年龄较大的患者和有腭瘘的患者相比,优先治疗未修复腭裂的年轻患者表明需要额外的资源分配。