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Detection method of intracranial inclusion body disease

机译:颅内包涵体病的检测方法

摘要

Problem to be solved: to provide a novel method for detecting the abnormal elongation of the repetitive sequence in the notch2nlc gene which is the genetic cause of intracerebral inclusion body disease.The present inventors have developed a detection method that can easily detect whether or not the repeat sequence existing in the 5 'untranslated region of the exch2 NLC gene is abnormal elongation by repeat primed PCR using a specific primer mix as a result of an acute study It was found that the number of repetitions of triplet was easily calculated by fluorescence amplicon length analysis.In addition, the GGA repeat sequence is extended in the niid patient with the dementia symptom in the idiopathic extension of the GGC repetition in the niid patient with the muscle force lowering as the main symptom in the niid patient who is the primary symptom of the dementia, and it is expanded It was also found that the main symptom can be judged based on the extension of the GGA repetitive sequence.Diagram
机译:要解决的问题:提供一种用于检测Notch2NLC基因中重复序列异常伸长的新方法,这是脑包裹体疾病的遗传原因。本发明人开发了一种检测方法,可以容易地检测EXCH2 NLC基因的5'未翻译区域中存在的重复序列是否是通过使用特定引物混合物重复引入PCR的异常伸长率,而急性研究其发现,通过荧光扩增子长度分析容易地计算三元胞粒的重复次数。此外,GGA重复序列在NIID患者中延伸,痴呆症患者在NIID患者中患有肌肉的GGC重复的痴呆症状迫使降低作为痴呆症的主要症状的NIID患者的主要症状,并扩大了它,也发现主要症状可以基于GGA重复序列的延伸来判断

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