Ortega-Paredes David, Larrea-Álvarez César, Herrera Michelle, Fernandez-Moreira Esteban, Larrea-Álvarez Marco
Medicine School, Universidad de las Américas, Quito, Udlapark, Via a Nayón, Quito, 170124, Ecuador.
Education Unit, Life Science Initiative, Julian Estrella, Quito, 170607, Ecuador.
F1000Res. 2019 Mar 14;8:290. doi: 10.12688/f1000research.18394.2. eCollection 2019.
Knowledge of genetics is crucial for understanding genetic and genomic tests and for interpreting personal genomic information. Despite this relevance, no data are available about the level of knowledge of genetics in an Ecuadorian population. This investigation sought to survey such knowledge in undergraduate students affiliated with private and public institutions in Quito, the capital city of Ecuador. A total of 350 individuals responded to a validated questionnaire measuring knowledge of genetics. Scores ranged from 45% to 87% (mean: 66.8%), and students achieved slightly better results when asked about genetics and diseases (mean score: 68.3%) than when asked about genetic facts (mean score: 64.9%). Additionally, no significant differences in performance were found among students from private and public institutions. Surprisingly, the lower score obtained (45%) was from a question about how chromosomes are passed to the next generation. The highly educated status of the surveyed population could explain the overall results; nonetheless, the possibility that the correct responses were given by chance cannot be ignored. Therefore, the actual knowledge of genetics among the participants might be different than that revealed by the percentages of correct answers. Consequently, to achieve the goal of ensuring informed decision-making concerning genetic and genomic tests, it seems evident that the national education programs of Ecuador require improvement in the teaching of genetic concepts.
遗传学知识对于理解基因和基因组检测以及解读个人基因组信息至关重要。尽管具有这种相关性,但关于厄瓜多尔人群遗传学知识水平的数据却无从获取。本调查旨在对厄瓜多尔首都基多私立和公立机构的本科生的此类知识进行调查。共有350人回答了一份经过验证的衡量遗传学知识的问卷。得分范围为45%至87%(平均:66.8%),当被问及遗传学与疾病时,学生取得的成绩(平均得分:68.3%)略好于被问及遗传事实时(平均得分:64.9%)。此外,私立和公立机构的学生在表现上未发现显著差异。令人惊讶的是,最低得分(45%)来自一个关于染色体如何传递给下一代的问题。受调查人群的高学历状况可能解释了总体结果;尽管如此,不能忽视正确答案是偶然给出的可能性。因此,参与者实际的遗传学知识可能与正确答案的百分比所显示的情况有所不同。因此,为了实现确保在基因和基因组检测方面做出明智决策的目标,厄瓜多尔的国家教育计划显然需要改进遗传学概念的教学。