Wilkesman Jeff, Kurz Liliana
Universidad de Carabobo, Facultad de Ciencias y Tecnología, Departamento de Química. Av. S. Allende, Bárbula, 2005, Valencia, Venezuela.
Recent Pat Biotechnol. 2009;3(3):175-84. doi: 10.2174/187220809789389162.
Zymography, the detection of enzymatic activity on gel electrophoresis, has been a technique described in the literature for at least in the past 50 years. Although a diverse amount of enzymes, especially proteases, have been detected, advances and improvements have been slower in comparison with other molecular biology, biotechnology and chromatography techniques. Most of the reviews and patents published focus on the technique as an element for enzymatic testing, but detailed analytical studies are scarce. Patents referring to zymography per se are few and the technique itself is hardly an important issue in titles or keywords in many scientific publications. This review covers a small condensation of the works published so far dealing with the identification of proteolytic enzymes in electrophoretic gel supports and its variations like 2-D zymography, real-time zymography, and in-situ zymography. Moreover, a scope will be given to visualize the new tendencies of this method, regarding substrates used and activity visualization. What to expect from zymography in the near future is also approached.
酶谱法,即在凝胶电泳上检测酶活性,至少在过去50年里一直是文献中描述的一种技术。尽管已经检测出多种酶,尤其是蛋白酶,但与其他分子生物学、生物技术和色谱技术相比,其进展和改进较为缓慢。大多数发表的综述和专利将该技术视为酶检测的一个要素,但详细的分析研究却很少。涉及酶谱法本身的专利很少,而且在许多科学出版物的标题或关键词中,该技术本身几乎不是一个重要问题。本综述涵盖了迄今为止发表的有关在电泳凝胶支持物中鉴定蛋白水解酶及其变体(如二维酶谱法、实时酶谱法和原位酶谱法)的研究的简要总结。此外,还将探讨该方法在底物使用和活性可视化方面的新趋势。同时也探讨了酶谱法在不久的将来的发展前景。