Biochemical Engineering XIV - Frontiers and Advances in Biotechnology, Biological Engineering, and Biomolecular Engineering - Harrison Hot Springs, B.C., Canada, Summer 2005

Bentley 0532658生物化学工程会议是生物化学工程界的首要会议。这次会议的重点将集中在新兴的研究领域，包括基因组学和蛋白质组学，定量系统生物学，细胞调控网络和信号转导，细胞生理学，癌症的生化工程方法，生物催化，生物过程的微型化，进化方法，复杂结构的生产，以及生化工程的重要核心领域(发酵/细胞培养和下游过程开发)。这一首屈一指的国际会议的目的是汇聚来自两党(工程学和生物学)的有影响力的知名研究人员、年轻的研究人员、工业研究人员和从业者以及研究生，以评估这一动态领域的现状和规划未来。在过去的50年里，生物化学工程在生物系统应用于人类健康、化学品生产、食品和生物制剂以及解决环境问题方面从辅助角色急剧演变为主导角色。这一持续的系列会议也见证了焦点的巨大演变，但仍然是生化工程和生物技术至关重要的社区的核心。生化工程师总是以高昂的精力和热情迎接新的挑战和现代生物学。这对于现在正在兴起的系统生物学、纳米医学和纳米生物技术时代也不例外。我们期望生物化学工程XIV将全面报道生物化学工程的最新技术和未来发展方向。由此产生的思想交流丰富和加强了整个学科。

Bentley0532658The Biochemical Engineering conference serves as the premier meeting for the biochemical engineering community. The focus of this conference will be on the emerging research areas including genomics and proteomics, quantitative systems biology, cellular regulatory networks and signal transduction, cellular physiology, biochemical engineering approaches to cancer, biocatalysis, miniaturization of bioprocesses, evolutionary approaches, production of complex structures, and important core areas of biochemical engineering (fermentation/cell culture and downstream process development). The aim of this premier international conference is to bring together influential established researchers, young investigators, industrial researchers and practitioners, and graduate students from both sides of the aisle (engineering and biology) to assess the present and chart the future of this dynamic field.Biochemical Engineering has evolved dramatically over the last 50 years from a supporting role to a leading role in the applications of biological systems to human health, production of chemicals, food and biologicals, and solving environmental problems. This continuing series of conferences has also seen a large evolution of focus, but has remained central to the vital community of Biochemical Engineering & Biotechnology. Biochemical Engineers have always embraced new challenges and modern biology with high energy and enthusiasm. This is no exception for the now emerging era of Systems Biology, Nanomedicine, and NanoBiotechnologies. We expect that Biochemical Engineering XIV will provide comprehensive coverage of the state of the art and future directions in biochemical engineering. The resulting cross-fertilization of ideas enriches and strengthens the discipline as a whole.