In order to accelerate the transformation of scientific and technological achievements, the Korea Advanced Institute of Science and Technology (KAIST) in the Korea High-tech Industrial Park has established the Technology Innovation Center (TIC) and the Technology Business Incubator (TBI). Those who have the idea of ​​innovative technology and have no research conditions can go TIC rents research sites and equipment and conducts technical research. After successful research, you can also go to TBI for further research and development. After successful development, the company can be delivered or newly established to produce products. KAIST has about 70 research centers engaged in a large number of research and development activities. From 1991 to 1994, a total of 7641 research projects were completed with a total funding of 215 million U.S. dollars. In 1994 alone, research funding reached 50 million U.S. dollars. 40% is provided by industry. Before the 1970s, there were few research and development activities in Korea except for a few research universities such as Seoul National University (SNU). Some of KAIST's representative research projects include: small science and technology experimental satellites, intelligent robots, automotive high-strength steel, fuzzy computers, and high-strength weldable aluminum alloys. Specifically, in the field of biotechnology, South Korea's supporting services for technology development and achievement transformation include: (1) Establishing a technology information system to accelerate the pace of bioengineering informatization, and strengthening the collection, processing, and circulation of bioengineering technology information at home and abroad; The utilization rate is to build a network of bioengineering information systems. Continuously collect, analyze, process and popularize the technical information on research and development and industrialization of bioengineering at home and abroad, establish a bioengineering information circulation system that can compete with advanced countries, and provide support for the technology-intensive SMEs to start their own businesses. (B) Develop a division of labor cooperation program for production, education, research and development to formulate a division of labor cooperation program for production, research and development, expand the basis for future new technology areas (genetics, systems biology, structural biology, etc.), and strengthen the multidisciplinary composite technology field (bioinformatics) , Nanobiology, Medical Information Systems, New Biochemistry, Information Technology/Biotechnology Complex Technology Research). Select fields that can create high added value and areas of intrinsic biological resources (genetics new drug research, occurrence biology research, functional crop and animal development research, new biological material research, brain science research, gene therapy and prevention research, biological diversity Sexual use technology development, intrinsic food research and development, etc.) (III) Cultivating SMEs with innovative consciousness to vigorously foster small and medium-sized enterprises with innovative ideas, formulate practical measures, establish evaluation systems for technologies, patents, etc., explore subsidies for technology introduction and transaction funds, and expand practical and corporate research activities. With the support of the Incubator Center and Technology Transfer Center, we will collect, accumulate and analyze basic and applied research results, and strengthen research on industrialization and process flow. (IV) Establishing bio-industrial parks according to regional characteristics. Korea has established three bio-technical specialization parks and two agricultural bio-engineering (plant and animal) research center bases throughout the country to guide local governments to increase their investments in biotechnology. Advocacy risk/Small and medium-sized enterprises establish a close cooperative relationship by combining new technologies with the capital, production scale, and sales network of large companies. According to the different characteristics of each region, select specific areas and technologies and establish a national biotechnology zone; in some regions, production, learning, and research will be relatively concentrated to expand the effect of research and development and industrialization; Add some selected areas and formulate specific strategies and implementation plans. (v) Unobstructed international cooperation channels In addition, in order to promote the internationalization of local biotechnology, South Korea has also set up biotechnology risk companies in advanced countries such as the United States to learn about foreign dynamics and carry out cooperative research; set up an “international cooperation coordination committee†to formulate International cooperation programs and policies, promote the export of biotechnology products, and establish a joint international development strategy for basic and practical technologies.
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