Frech K, Quandt K, Werner T
GSF-National Research Center for Environment and Health Institute of Mammalian Genetics, Neuherberg, Germany.
Comput Appl Biosci. 1997 Feb;13(1):89-97. doi: 10.1093/bioinformatics/13.1.89.
The detection of transcription control elements in DNA sequences became both more important and more complicated by the completion of the first full genome sequencing projects. Rapid evaluation of potential regulatory elements in large amounts of sequence data requires specific methods preferably available as user-friendly computer programs. However, many more algorithms and methods have been published than programs are available, creating problems for scientists who try to select an appropriate method for their needs from the literature. The Internet provides a worldwide and relatively easy access to computer software if the user knows where to look. One of the major problems remaining is how to find the appropriate software. We have compiled a guide detailing where software is available and what is to be expected in terms of interface and data compatibility with other programs. We also show results obtained with each program for several examples. The summarized features of each program should allow scientists to select quickly the method of their choice and inform them where to download the software.
随着首个全基因组测序项目的完成,DNA序列中转录控制元件的检测变得更加重要且复杂。要对大量序列数据中的潜在调控元件进行快速评估,就需要特定的方法,最好是以用户友好的计算机程序形式提供。然而,已发表的算法和方法比可用的程序要多得多,这给那些试图从文献中为自身需求选择合适方法的科学家带来了问题。如果用户知道在哪里查找,互联网能提供全球范围内且相对便捷的计算机软件获取途径。剩下的一个主要问题是如何找到合适的软件。我们编写了一份指南,详细说明了软件的获取位置以及在界面和与其他程序的数据兼容性方面的预期情况。我们还展示了每个程序针对几个示例所获得的结果。每个程序的总结特性应能让科学家快速选择他们所需要的方法,并告知他们从何处下载该软件。