以SRI情境預測分析法預測台灣細胞分流技術與市場之發展

• Main Authors: Lin, Chien-Chen, 林建成
• Other Authors: 吳豐祥
• Format: Others
• Language: zh-TW
• Published: 2005
• Online Access: http://ndltd.ncl.edu.tw/handle/17637131844449579102

碩士 === 國立政治大學 === 科技管理研究所 === 93 === Stem cell's value in the tissue engineering is given a new lease of life to has already become the common understanding, train the cell , tissue and organ from stem cell, can prevent the immunity from repelling when being used for transplanting. In the near future, the stem cell will rob the end to adopt in the field of tissue engineering, will replace traditional allograft to transplant progressively. Because body stem cell usually few figure having in human body, every ten thousand have a hematopoietic stem cell in the bone marrow, must pass the special cell sorting system to make enough quantity. No matter in clinical use or academic research use, fluorescence active cell sorting system is only way to separate stem cells from blood or bone marrow. For adding the maturity of the technology of the semiconductor to with the demand of the type, a brand-new cell sorting technology with micro fluidic system is developed at present, so the research to the stem cell, no matter embryo stem cell or hematopoietic stem cell, one good suitable cell sorting system must and important, we can see with application of stem cell being becoming extensive, cell sorting systematic technology grow up potentiality may it is expected future too. This research adopts SRI scenario analysis, through include academic researchers and expert groups of meeting, commercial end users, it produce the key decisive factor and drive strength to discuss so as to method that mental work agitate to complement, and with form the situation main shaft the 2 uncertain axle, development expands and becomes situation intension, selected situation content analyzed SWOT and tactics development each, erupt simultaneously and exhibit the market that the cell sorting technology and common development tactics of technology. In this research, our conclusions are as follows: 1. Actively prompt nano- technology research. 2. Actively promote stem-cell research. 3. Actively promote the research of cell's mark. 4. Develop monoclonal antibody commercialized channel and research. 5. Develop Micro fluidics and micro pumping system technology. 6. Develop the photo electricity detecting system. Key word: S R I scenario analysis methods, cell sorting system, micro fluidics system, fluorescence active cell sorting system, technology forecasting, scenario forecasting.