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Analysis of molecular heterogeneity of PRL is important in patients with hyperprolactinemia

机译:PRL分子异质性分析对高泌乳素血症患者很重要

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Assessment of prolactin level in a medical laboratory is most frequently related to verifying the cause of the problems with fertility. However, hyperprolactinaemia diagnosis by laboratory test often does not reflect the clinical condition of a patient. Patients with hyperprolactinemia, but without characteristic symptoms related to this disorder, undergo further biochemical and/or image diagnosis, which could be harmful to the human organism. In some cases, pharmacological treatment and even surgical intervention are applied, although the cause of elevated prolactin levels has not been identified. Prolactin is present in blood in different forms and/or complexes. Most frequently, three basic isoforms of this hormone are distinguished: monomeric prolactin, big-prolactin, and big-big-prolactin, called a macroprolactin. The listed forms of prolactin have different biological activity, but in laboratory tests, all of them show immunoreactiveness. For that reason, prolactin is a large problem for laboratory diagnosticians and clinicians. The analysis of the presence of macroprolactin in blood samples with elevated prolactin level is not a routine matter, even though it has a key meaning in the further diagnostic process of hyperprolactinemia. A gold standard identifying all forms of prolactin is gel filtration chromatography, which gives qualitative and also quantitative results. Unfortunately, the equipment used for this method is not commonly available in medical laboratory. Results of many studies showed that the precipitation of macroprolactin with polyethylene glycol could be the screening method for evaluating the macroprolactinaemia prevalence. This procedure is simple and relatively low-cost, and though it has some analytical restrictions, its results correlate well with the results of the gel filtration chromatography. Macroprolactinaemia is present in a small percentage of the total population; however, it can occured in 53% patients with hyperprolactinaemia.
机译:在医学实验室中评估催乳素水平最常与验证生育问题的原因有关。然而,通过实验室检查诊断的高泌乳素血症通常不能反映患者的临床状况。患有高催乳素血症但没有与此疾病相关的特征性症状的患者,将接受进一步的生化和/或图像诊断,这可能对人体有害。在某些情况下,尽管尚未发现催乳素水平升高的原因,但仍需进行药物治疗,甚至进行手术干预。催乳素以不同形式和/或复合物存在于血液中。最常见的是,区分这种激素的三种基本同工型:单体催乳素,大催乳素和大催乳素,称为大催乳素。列出的催乳素形式具有不同的生物学活性,但是在实验室测试中,它们都显示出免疫反应性。因此,催乳素对于实验室诊断医生和临床医生而言是一个大问题。泌乳素水平升高的血液样本中大泌乳素的存在分析不是一项日常工作,尽管它在高泌乳素血症的进一步诊断过程中具有关键意义。鉴定所有催乳素形式的金标准是凝胶过滤色谱法,它可以提供定性和定量的结果。不幸的是,用于此方法的设备在医学实验室中并不常见。许多研究结果表明,用聚乙二醇沉淀大泌乳素可能是评估大泌乳素血症患病率的筛选方法。此过程简单且成本较低,尽管有一些分析限制,但其结果与凝胶过滤色谱法的结果非常相关。大泌乳素血症占总人口的一小部分;但是,它可能发生在53%的高泌乳素血症患者中。

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