• World Technopolis Review
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• v.2 no.2
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• pp.50-63
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• 2013

The Hsin-Chu Science-Based Industrial Park (HSIP), established in 1980, has made significant contribution to the development of Hsinchu technopolis. In the past three decades, not only the population structure and industrial patterns have changed significantly, but also a special knowledge-based industrial network has been developed. The 30 years experience of HSIP development provides an excellent opportunity for planners to review the long term impacts of science park development. This paper will review the evolution Hsinchu technopolis in areas of socioeconomic transformation and knowledge interactions between technology community and industrial clustering. In addition to the interpretation of its development by prevailing theories, critical factors influencing the future development of HSIP technopolis will also be discussed in this paper.

• Korean Journal of Fisheries and Aquatic Sciences
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• v.53 no.4
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• pp.515-523
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• 2020

Basal and heat shock-induced mRNA expression patterns of major heat shock protein (HSP) genes, including those encoding heat shock protein (HSP) 90, HSP70, HSP70-12A, heat shock inducible protein 70 (HSIP70), heat shock binding protein 1 (HSPBP1), HSP60, and HSP40 were examined in the gill and hepatopancreas of 1-year-old diploid and triploid abalone Haliotis discus hannai juveniles. Under non-stimulated conditions at 19℃, triploid abalones displayed, in general, higher mRNA levels of various HSPs (HSP70, HSIP70, HSPBP1, HSP70-12A, and HSP60 in the gill and HSIP70, HSPBP1, and HSP60 in the hepatopancreas) than did communally cultured diploids. Conversely, only the hepatopancreatic expression of HSP70-12A was higher in diploids than in triploids. However, the fold changes in gene expression in response to an acute thermal challenge (elevation from 19 to 30℃) were generally greater in diploids than in triploids, such that the difference in basal expression was diminished, weakened, or even reversed after heat shock treatment. However, unlike other HSP genes, the basal expression of HSP60 (higher in 3N) was more pronounced after heat shock treatment. Collectively, the results of this study suggest that triploid abalones have different capacities for not only basal expression but also the heat-induced expression of HSPs in an HSP member-dependent manner.