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Biomarker profiling of vitamin responsive seizures: a potential tool to detect pediatric seizures of unknown aetiology

机译:维生素的生物标志物分析敏感性癫痫发作:探测未知病毒学科癫痫发作的潜在工具

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Aim: Certain rare inborn errors of metabolism clinically present with intractable seizures that readily respond to vitamin therapy. If identified early, brain damage due to seizures can be prevented. Methodology: A LC–MS method was developed and validated for the simultaneous quantification of the biomarkers in selected vitamin responsive pediatric seizures from dried blood spots. Results: Application of the validated method to a seizure cohort of 46 patients indicated strong agreement of the method for clinical validity. Reference intervals for these biomarkers in dried blood spots were also determined for the population, after screening 956 neonates. Conclusion: The developed method was seen to be sensitive, linear, accurate and precise for testing vitamin responsive pediatric seizures.
机译:目的:临床上临床上临床上的某些罕见的天生误差,可随和癫痫发作,易于反应维生素治疗。 如果早期确定,可以防止由于癫痫发作引起的脑损伤。 方法论:开发了一种LC-MS方法,并验证了从干燥血斑中同时定量生物标志物的生物标志物。 结果:验证方法在46例癫痫发作队列中的应用表明临床有效性方法的强烈一致。 在筛选956个新生儿之后,还测定干血斑中这些生物标志物的参考间隔。 结论:表明该方法是对测试维生素响应儿科癫痫发作的敏感,线性,准确和精确。

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