遗传检测(Genetic testing)通常使用于遗传性疾病方面，用以检测某些与特定疾病发生相关联的基因（易感基因），进而判断患上此疾病的风险系数。
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With the rapid development of molecular biology techniques in recent years, we can monitor the change of nucleic acid in animal genome directly. It provides a direct and objective way for the silkworm inbred strains of the genetic monitoring.
近年来分子生物学技术发展迅速,可以直接检验动物基因组核酸的改变,为家蚕近交系的遗传检测提供了直接、客观的途径。
参考来源 - 家蚕近交系遗传检测及其方法的研究Hence, these two probes have a vast application prospects in genetic monitoring of inbred strain mice, and may be extended to the heredity quality monitoring of other animals as well as clinical and forensic medicine.
因此这两种探针在近交系小鼠的遗传质量检测中有广阔的应用前景，并可推广到其他实验动物的遗传检测及临床医学和法医学的应用中。
参考来源 - 两种探针DNA指纹图对小鼠遗传检测的比较研究·2,447,543篇论文数据，部分数据来源于NoteExpress
癌症发生率遗传检测在临床上不适用。
结论AFLP技术是一种适宜于小鼠的遗传检测方法。
Conclusion AFLP assay is an effective method in genetically monitoring of mouse.
目前，遗传检测正在更多的国家、更广泛的范围内被采用。
Nowadays genetic tests are available in a growing number of countries, for an expanding set of conditions.
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