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i-THALASSEMIA'S SOCIAL AND ECONOMIC GEOGRAPHY: A POSSIBLE PREVENTION/TREATMENT PROGRAM TO ROUT 'LEGACY' GENETIC MUTATIONS

机译:I-Thalassemia的社会和经济地理:可能的预防/治疗计划溃败“遗产”遗传突变

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Harrington Department of Bioengineering, Ira A. Fulton School of Engineering,Arizona State University,Tempe, Arizona AZ 85287, USAbeta-Thalassemia is an anemic genetic disorder that continues to affect between 3-10% of populations residing every country in the Mediterranean, Maghreb, Southwest, South, and Southeast Asia. While many studies surrounding B-thalassemia concentrated either on genetic or social applications, we applied a joint method to explain jff-Thalassemia's spread rate. The data generated from interviews and questionnaires were converted into numerical values to ascertain what variables contribute to B-thalassemia's spread rate. We hypothesized that a strong correlation among certain variables (limited education, information availability, and neighborhood prevention programs, financial insolvency, and treatment affordability) exists. Using a self-organizing map (SOM) in the analysis (due to large data content) allowed us to group the data into five regions corresponding to dominant variables responsible for B-thalassemia's spread. After studying the mapped data and relevant variables, we concluded that education correlated to B-thalassemia's spread rate. Education affected other variables that contributed to B-thalassemia's spread. We concluded that a combined aggressive education/prevention and treatment programs can prevent B-thalassemia's spread.
机译:哈灵顿生物工程系,IRA A.富尔顿州立大学工程学院,亚利桑那州亚利桑那州AZ 85287,Qualsa-Thalassemia是一种贫血性遗传疾病,在3-10%的人口之间延续,居住在地中海,马格勒布的每个国家,西南,南和东南亚。虽然围绕B-Thalassemia的许多研究浓缩在遗传或社会应用上,但我们应用了一个联合方法来解释JFF-Thalassemia的传播率。从面试和问卷中产生的数据被转换为数值,以确定什么变量有助于B-Thalassemia的传播率。我们假设存在某些变量(有限的教育,信息可用性和附近预防计划,金融破产和治疗负担能力)的强烈相关性。在分析中使用自组织地图(SOM)(由于大数据内容而)允许我们将数据分组成与负责B-Thalassemia扩展的主导变量对应的五个区域。在研究映射数据和相关变量之后,我们得出结论,教育与B-Thalassemia的传播率相关。教育影响了其他有助于B-Thalassemia的传播的变量。我们得出结论,联合的攻击性教育/预防和治疗方案可以防止B-Thalassemia的传播。

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