Vernetzung und einzelwirtschaftliche Effekte von Unternehmen der Kunststoff- und Biotechnologiebranche in Mitteldeutschland - eine Analyse am Beispiel der Clusterinitiativen „Chemie/Kunststoffe“ und „Biotechnologie/Life Sciences“
Walter Komar
IWH-Sonderhefte,
No. 2,
2006
Abstract
According to theoretical implications the success of enterprises benefits from co-operation in clusters and networks. Studies of cluster and network processes show this for the industries chemistry/plastics and biotechnology/Life Sciences in Central Ger-many. Therefore enterprises which are organized in networks have better economic characteristics. Estimations of the productivity of firms using co-operation-based and non-co-operation-based factors as independent variables reveal a significantly positive influence of the propensity to co-operate as well as networking. In this regard scientific institutions and universities located in the region of firms play an important role. From this analysis it can be generalized and concluded, also concerning other industries, that networks emerge automatically under certain conditions. Nevertheless their creation and development should be encouraged, e.g. by efficiency strengthening of public research and university education as well as the intensification of co-operation and networking between the scientific and the corporate sector. This can promote the technology and human capital transfer.
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Capturing the changes in the knowledge base underlying drug discovery and development in the 20th century and the adjustment of Bayer, Hoechst, Schering AG and E. Merck to the advent of modern biotechnology.
Iciar Dominguez Lacasa
Scientometrics,
No. 2,
2006
Abstract
The so-called biotechnology revolution has changed the institutional and knowledge environment of the pharmaceutical industry. The industry incumbents have faced the challenge of adjusting to the new conditions for innovation in drug discovery and development. Drawing on the theoretical framework of the organizational capabilities of the firm, this contribution aims at capturing the changes in the knowledge environment and exploring the adjustment of 4 German corporations (2 companies rooted in the coal tar dyestuff industry and 2 traditional pharmaceutical companies) to the advent of modern biotechnology. Despite the firm-specific capabilities in organic chemical synthesis, the representatives of the coal tar dyestuff industry seem to have been better able to adjust to the external discontinuity in their knowledge environment.The existence of research and development activities, the science-based research tradition together with interactions to access the extramural knowledge base of the firms seem to have been crucial in the perception and adoption of the new technological possibilities of biotechnology after the 1970s, rather than prior competence in biotechnology or the employees with the skills to develop the capabilities to exploit it.
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Buchbesprechung - Werner Meske (Hrsg.), From System Trans-formation to European Integration. Science and Technology in Central and Eastern Europe at the Beginnung of the 21st Century. Lit Verlag: Münster 2004
Jutta Günther
Science and Public Policy, Vol. 32, Nr. 4,
2005
Abstract
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Technological capability of foreign and West German investors in East Germany
Jutta Günther
IWH Discussion Papers,
No. 189,
2004
Abstract
Foreign direct investment (FDI) plays an important role for countries or regions in the process of economic catching-up since it is assumed – among other things – that FDI brings in new production technology and knowledge. This paper gives an overview about the development of FDI in East Germany based on official data provided by the Federal Bank of Germany. The investigation also includes a comparison of FDI in East Germany to Central East European countries. But the main focus of the paper is an analysis of the technological capability comparing majority foreign and West German owned firms to majority East German owned firms. It shows that foreign and West German subsidiaries in East Germany are indeed characterized by superior technological capability with respect to all indicators looked at (product innovation, research & development, organizational changes etc.).
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The development of R&D intensive industries in East Germany makes progress
Siegfried Beer
Wirtschaft im Wandel,
No. 2,
2004
Abstract
For East Germany – also called the New German Länder – it is very important to enlarge human capital intensive production. Starting from this consideration, the empirical study investigates the development of research & development (R&D) intensive industries for the years 1998 to 2002 whereby the different technology classes are also taken into account. The study is based on official statistics for producer goods. The analysis shows that the production of goods from R&D intensive industries increased stronger than the total production in East Germany’s manufacturing industry (8.5% versus 5.9%). Especially the increased production of high-technology goods contributed to this development. Most important branches thereby are electronic industry and aerospace industry. Medium-tech industries were less important for the above described trend. Overall, the development indicates an improvement of the technological capability of East Germany’s manufacturing industry. Compared to West Germany, however, the production of goods from medium-tech industries is underrepresented. Further more, it is only one group of products in East Germany’s industry that plays a dominant role within Germany as a whole. This is electronic devices.
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Innovative Milieux: Advanced Posts of Interpenetration between the Economic System and the Science System
Peter Franz
IWH Discussion Papers,
No. 71,
1998
Abstract
A growing number of governments, political parties, and enterprises set the theme „innovation“ on their agenda and join in the global race to more competitive national economies. In this race the concept of the „innovative milieu“ serves as an important point of orientation and as a political target that, on the first glance, seems to be transferable in concrete political measures. A basic feature of innovative milieux is the quick and easy transfer of knowledge to products in demand. This speed-up in the diffusion of knowledge is not only interesting with respect to the economic advantages but also with respect to science. It is the basic thesis of this paper that innovative milieux represent special cases where the economic system and the science system interpenetrate in an extreme way. Empirical findings show that the actors of innovative milieux have a strong cultural proximity to basic attitudes and behavior within the science system. This relates to the institutionalization of trial and error, the reinforcement of exploratory behavior, the flow of information, and to a special mixture of cooperation and competition. An essential feature of innovative milieux derives from the network relations of its actors. These relations have to be balanced a) to the need to create trust and reduce uncertainty, and b) to the need to stay permeable enough for linkages with new actors from outside. With regard to time innovative milieux have to be conceived from an evolutionary perspective. This involves several steps: Development of prerequisites, consolidation, attraction of labor and enterprises from other regions. From the evolutionary perspective, too, possible factors of preventing or accelerating the „entropic death“ (Camagni 1991) of innovative milieux can be discussed. The exceptional character of innovative milieux has consequences for innovation-oriented political strategies. The self-enforcing dynamics of innovative milieux create a tendency to more economic inequality between regions (core-periphery differences). This is contradictory to political strategies in which innovation-oriented policy is applied to reach an offset between prospering and impoverished regions. In many cases a strategy starting from the assumption of an enduring non-innovative milieu seems to be more realistic and more promising. Further on, the new more direct links between enterprises and research institutes question the current shape of technology transfer institutions. Finally the potential effects of the new trend to encourage the entrepreneurship of research staff on the science system are discussed.
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