Polymerase Chain Reaction (PCR) and How Temperature Modifies Nucleotide Pairings

Alicia García Falgueras
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Abstract

Polymerase Chain Reaction (PCR) is a molecular technique more suitable for accurate diagnoses because of its specificity in targeting and identifying specific pathogens. PCR technique is reliable to detect the genetic presence of the virus in the host since the very beginning of the infection, no matter how the immune system of the person might react. Moreover, the samples for the test contains the DNA information during quite a long time since the extraction. Programmable thermal operation cycler for controlling heating and cooling is the procedure to denaturation into two single strands, annealing and extension reactions of the DNA. The PCR is certainly having a clinical approach, because do not emphasized on how the immune system of the patient might reacts to the infection, only on whether the specific virus is present or not for the accurate diagnoses and subsequently proceed with an appropriated medical treatment to restore health.
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聚合酶链反应(PCR)和温度如何修饰核苷酸配对
聚合酶链反应(Polymerase Chain Reaction, PCR)是一种更适合于准确诊断的分子技术,因为它具有特异性的靶向和识别特异性病原体。无论患者的免疫系统如何反应,PCR技术都可以可靠地检测出自感染开始以来宿主体内病毒的遗传存在。而且,用于检测的样品中含有提取后相当长时间内的DNA信息。用于控制加热和冷却的可编程热操作循环器是将DNA变性成两条单链,退火和延伸反应的程序。PCR确实是一种临床方法,因为它不强调患者的免疫系统对感染的反应,只强调是否存在特定的病毒,以便准确诊断并随后进行适当的医疗治疗,以恢复健康。
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