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首页> 外文期刊>European journal of medical research. >Differential ion mobility spectroscopy: non-invasive real-time diagnostics and therapy control in metabolic diseases
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Differential ion mobility spectroscopy: non-invasive real-time diagnostics and therapy control in metabolic diseases

机译:差分离子淌度谱:代谢性疾病的无创实时诊断和治疗控制

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BackgroundOver the last few years, differential ion mobility spectroscopy (DMS) has become an important tool in medical research. There are attempts to find markers for specific diseases in exhaled air, using this technology as a non-invasive early diagnosis.ObjectiveIn the present research, exhaled air from 78 patients with known diagnosis and 39 control persons were tested with a DMS system from Sionex.ResultsBronchial asthma showed a pattern of 6 characteristic points in a discriminant analysis. Patients with diagnosed hypertension showed a characteristic pattern with 4 points, hypothyroidism 2 points; increased LDL cholesterol 3 points, and type II diabetics treated with insulin 4 spots. No significant differences with respect to the control group were found in chronic obstructive pulmonary disease patients. The DMS pattern in the tested asthmatics showed a partial change depending on different medications used.ConclusionDifferential ion mobility spectroscopy offers promise as a helpful diagnostic tool.
机译:背景技术在过去的几年中,差分离子迁移谱(DMS)已成为医学研究的重要工具。尝试将这项技术用作无创早期诊断方法,以找出呼出空气中特定疾病的标志物。目的在本研究中,使用Sionex的DMS系统对来自78位已知诊断患者和39位控制人员的呼出空气进行了测试。结果在判别分析中,支气管哮喘表现出6个特征点。诊断为高血压的患者表现出特征性的特征,即4分,甲状腺功能减退2分; LDL胆固醇升高3点,II型糖尿病患者接受胰岛素4点治疗。在慢性阻塞性肺疾病患者中,与对照组相比无显着差异。所测试的哮喘患者的DMS模式显示出部分变化,具体取决于所使用的药物。结论差分离子迁移谱法有望成为一种有用的诊断工具。

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