虽然现在将生物塑化技术普及到文物资料保存工作当中的难度还很大，但这种技术在考古学和人类学领域的应用将具有广阔的前景。
There is much difficult in applying biological plastic techology in protection of culture relics data, but this techology will be used widely on archaeology and anthropology in the future.
利用临床生物信息学中的大量生物资料将有助于改变卫生保健系统的实践标准。
Using the high volume of biological information from clinical bioinformatics will contribute to changes in practice standards in the healthcare system.
为了提供建模过程中所需的海量生物资料，我们提出了标准生物学零件建模资料库语言，使得描述复杂的生物学过程变为可能。
With a mass of data for the use of modeling, we propose the Standard biological Parts modeling Database Language, which enables descriptions of complicated biological processes.
为了提供建模过程中所需的海量生物资料，我们提出了标准生物学零件建模资料库语言，使得描述复杂的生物学过程变为可能。
With a mass of data for the use of modeling, we propose the Standard biological Parts modeling Database Language, which enables descriptions of complicated biological processes.
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