摘要：Handicrafts and furniture of bamboo once flourished in Taiwan during the 1970s and 80s but have since gradually declined after that period of time. The viability of the handicrafts industry was greatly threatened along with there being a real possibility of losing this traditional heritage. Nowadays, green products are a growing trend in the fashion industry, and thus some Asian countries have realized the importance of using green products and its development of cultural creative assets. The literature/study of the styles of traditional Taiwan bamboo arts are rare but they are worth exploring. Therefore, the purposes of this study are as follows： （1） to explore the category of traditional Taiwan Residents bamboo column furniture; and （2） to explore the backgrounds, forms, and contents of traditional Taiwan Residents bamboo column furniture. The results show that： （1） traditional Taiwan Residents bamboo chairs can be divided into eight categories： stool, side chair, slant-back reclining chair, tai-shi armchair, pair of gong-po chairs, two-seat chairs, ＂mother ＆ child＂ chairs, and other styles of chairs; and （2） traditional Taiwan Residents bamboo column chairs styles originate from early Chinese Fujian and Guangdong provinces, and these bamboo chairs＇ forms have imitated the wood furniture of the Ming and Qing dynasty furniture. However, the technology of the enclosed-pipe structure is a special handicraft skill that reflects the early Taiwan Residents＇ resourcefulness in farming and fishing. We hope this paper can promote relevant and practical foundation research and studies.

摘要：An old drug with a new use can significantly reduce the cost and time for new drug research and development. MAPK （Mitogen-activated protein kinase） plays a very important key role in signal transduction pathways of cell proliferation and differentiation. According to the statistics, there are about 30% persons who suffered from cancers related to the MAPK signal transduction pathways. Therefore, many researchers are focused on blocking these pathways in cancers therapies. Ras/Raf/MEK/ERK, however, is one of very important pathways among MAPK message transduction pathways. More and more information about MEK protein inhibitors are unveiled in several recent years. In the present study, the authors utilized MEK inhibitors which were already published and their activities were available to construct 2D-QSAR model by using CADD （multiple linear regression）. Then, the authors searched certified FDA drugs （Drugs@FDA 6184 drugs） making preliminary screening. The secondary screening on 3D structures were followed by using Docking, Scoring and Pharmacophore analysis to find out most suitable MEK inhibitors to become a fundamental database in drug discovery. The results are shown the ALogP, number of aromatic rings, number of hydrogen bond acceptors and number of hydrogen bond donors are all in positive correlation. According to the equation from 2D-QSAR model, the results conform to the previous description.