- 期刊
Systems Biology: Where Does Chemical Engineering Stand?
系統生物學：化學工程的定位在哪裡？
並列摘要
Systems Biology has attracted increasing attention in recent years mainly because of the success in high-throughput technologies, which have generated a large amount of data. This relatively new field requires significant computational capability in addition to the integration of physics, chemistry, and biology. In this regard, chemical engineers appear to be well prepared to take on this challenge. However, new issues arising from specific biological characteristics impede the direct transfer of chemical engineering tools to this area. In addition to the traditional problems in thermodynamics, transport phenomena, and kinetics, biological systems are complicated by the highly networked biological molecules, and an even larger number of uncertain or unknown components. The analysis, design, and prediction in the presence of such complexity and uncertainty require new tools, which call for creativity and thorough understanding in biological chemical and physical systems.
被引用紀錄
延伸閱讀
- 鄭美玲、鍾崇燊（2002）。教什麼？怎麼教？－通識教育課程“化學世界”的內涵與教學。通識教育季刊，9(3)，1-34。https://doi.org/10.6745/JGE.200209_9(3).0001
- 徐立夫、周俊劍（1960）。化學工程與化學的關係及其相互依賴性。化學，(49年4)，165-172。https://doi.org/10.6623/chem.1960019
- 吳嘉麗（1997）。從生活角度學科學：《化學、醫藥與社會》之教學經驗。通識教育季刊，4(4)，97-113。https://doi.org/10.6745/JGE.199712_4(4).0007
- 吳和生、王孝憲（2005）。化工產品設計是什麼。化工，52(1)，71-79。https://doi.org/10.29803/CE.200502.0012
- 林伯樵（2017）。化學生物學之發展及應用。化學，75(3)，217-217。https://doi.org/10.6623/chem.2017029