Masopust J
Ustav klinické biochemie a patobiochemie 2. LF UK, Praha.
Cas Lek Cesk. 1995 Aug 2;134(15):482-3.
The author gives an outline of the assumed development of clinical biochemical examinations in future decades based on the development during the past 40 years. The development of biochemical analyzers will probably mean more perfect robotization; the increase in capacity (number of tests performed per hour) probably will not result from more rapid individual analyses (the rate of 900 tests/hour is probably optimal) but the capacity will be increased by doubling and trebling of critical elements (photometry or technique of measurements, pipetting etc.). Probably the volume of blood samples will not be reduces (to less than 1-2 microliters); however, amplification techniques will be used far more (as at present the polymerase chain reaction and others (for replication of cellular substances such as DNA). There will be a shift and greater use of "in vivo" techniques such as magnetic resonance spectroscopy and examinations using biosensors (because of the possibility and in particular expedience of examining some analytes continuously). The examined spectrum will be extended by further substances (in particular those with a short-term existence such as e.g. cytokines, selectins, adhesive molecules etc.; manifestations of circadian dynamics will be followed up much more e.g. in tumours, or chronopharmacokinetics of some drugs. A great development may be foreseen in the sphere of the use of computer technique for evaluation and communication of laboratory data and other data on the patient. For consultations global (or at least regional) computer networks will be much more widely used.
作者根据过去40年的发展情况,概述了未来几十年临床生化检查可能的发展趋势。生化分析仪的发展可能意味着更加完善的自动化;检测能力(每小时进行的检测数量)的提高可能并非源于单个分析速度的加快(每小时900次检测的速度可能已达最佳),而是通过关键部件(光度测量或检测技术、移液等)的加倍或三倍来提高检测能力。血样体积可能不会减少(至少于1 - 2微升);然而,扩增技术的应用将会更加广泛(如目前的聚合酶链反应及其他技术(用于复制细胞物质如DNA))。将会出现向“体内”技术的转变及更多应用,如磁共振波谱分析和使用生物传感器进行检测(因为有可能且特别是方便连续检测某些分析物)。检测范围将通过更多物质得到扩展(特别是那些半衰期短的物质,如细胞因子、选择素、黏附分子等;昼夜节律动态变化的表现将得到更多关注,如在肿瘤中,或某些药物的时辰药代动力学)。在利用计算机技术评估和交流实验室数据及患者的其他数据方面,有望取得重大进展。为了进行会诊,全球(或至少区域)计算机网络将得到更广泛的应用。