用分子技术诊断死后梗死

Spyridon K, E. C, Aikaterini N, Aliki F, Doxakis A, Nikolaos R, Pavlos P
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引用次数: 1

摘要

心血管系统在生命中起着重要作用。从过去到现在,死亡的主要原因之一是心肌梗死。心脏是这个系统中最重要的器官,它的功能是将血液及其内容物输送到全身。通过肺动脉有一条直达肺部的通道,所以血液中可以充满氧气。梗塞是心脏局部的严重损伤,导致该部位坏死。有报告的症状,如不适,疼痛和其他分析如下。死后心肌检查是发现梗塞信息的基本方法。有一些变化,取决于梗塞和观察心脏之间的时间。如今,科学技术的进步使我们能够利用分子生物学技术作为一种工具来准确和详细地进行诊断。有一些稀释剂和机器可以节省时间,并提供毫无疑问的结果。免疫组织化学和实时聚合酶链反应就是这样的技术,可以检测和量化梗死的类别。下面将对这些技术进行分析,包括我们可以使用它们的一些子类别。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Post-Mortem Infarction Diagnosis Using Molecular Techniques
The cardiovascular system plays a major role in life. From the past up to now, one of the main causes of death is cardiac infarction. Heart is the most important organ of this system and its function is to transfer blood and its contents to the whole body. There is a direct line through pulmonary artery to the lungs, so blood can be fleshed out with oxygen. Infarction is a severe damage in a localized site of the heart, which leads to that part’s necrosis. There are symptoms reported, such as discomfort, ache and others that are analysed below. Post-mortem examination of the cardiac muscle is a basic way to find out information about infarction. There are alterations, depended on the time between the infarction and the observation of the heart. Nowadays, science and technology progress allows us to use molecular biology techniques as a tool to be accurate and detailed about diagnosis. There are dilutions and machinery which can save time and provide results beyond a doubt. Immunohistochemistry and Real Time Polymerase Chain Reaction are such techniques, which can detect and quantify the class of infarction. These techniques are analysed below, including with some subcategories of the ways we can use them.
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