本专业培养的学生须具备扎实的数、理、化理论基础，坚实的生命科学基本理论及系统的生物技术的基本知识与实验技能，受到应用基础研究和技术开发方面的科学思维和科学实验的基本训练，最终成为具有良好的科学素质、竞争与合作意识，较高的职业技能和实际工作能力，能从事高分子材料加工、新产品开发应用及生产技术管理工作的高等技术应用性专门人才。
并对未来进行了展望，预测了其在纳米技术、生物技术及三次采油等高新领域的应用前景。
The prospective future of geminis and the potential application of Gemini surfactants in the nanoscale technology, biotechnology and enhanced oil recovery have also been prognosticated.
对目前医用可生物降解高分予材料的研究及应用状况分化学合成、天然和生物技术合成三类作了综述。
The recent advances in biodegradable polymers for medical applications were reviewed according chemical synthetic, biosynthetic and natural polymers respectively.
生物芯片技术作为新一代生物技术，已引起国际国内广泛关注及重视，在许多领域将得到越来越广泛的应用。
As a recently developed biological hi technology with potentially extensive use in more and more areas, bio chip has drawn attention from all the world.
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