Spatial Distribution of East German Innovative Competencies: Significant Increase in the Southwestern Hinterland of Berlin and in the Centres of Saxony and Thuringia
Peter Franz
Wirtschaft im Wandel,
No. 9,
2007
Abstract
Patent applications constitute an essential indicator for the extent of innovative activities in an economy or region. Due to the fact that innovative activities are in general spatially concentrated, policy makers perceive in this information starting points for a growth-oriented regional policy. Against this background, the Halle Institute for Economic Research (IWH) in 2004 had examined the spatial distribution of industries, firm networks and innovative competencies in the context of an area-wide study for East Germany. Newly available data for the patent statistics allow for an updating of these results regarding the innovative competencies for the time period from 2000 to 2005. In comparison to the time period between 1995 and 2000, an increase in innovative competencies becomes evident. This growth takes place almost exclusively in regions where innovative competencies are already domiciled. All in all, the growth dynamics of East Germany with regard to patent applications is slightly behind the West German one. The distribution of technological fields, to which the applied patents refer to, remained largely constant during the two observation periods. In the area of bio-technology, electrical engineering and of health care the standing of East Germany has further improved. With regard to political implications, the data should not be used for imposing technology specific support programs. Instead a tax relief for R&D independent of the used technologies seems to be more adequate.
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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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Kooperation, Vernetzung und Erfolg von Unternehmen - die Biotechnologiebranche
Walter Komar
List Forum für Wirtschafts- und Finanzpolitik,
No. 2,
2005
Abstract
According to theoretical implications the succes of enterprises benefits from co-operation and integration into networks. Enterprises of the biotechnology sector in particular have a high propensity to build up co-operations. Estimations of the growth of firms using co-operation-based and non-co-operation-based factors as independent variables reveal a significantly positive influence of the propensity of co-operation as well as networking. In this regard scientific institutions and universities located in geographical proximity of firms play an important role. From this analysis it can be generalized and concluded, concerning other industries too, that networks emerge automatically under certain conditions. Nevertheless their creation and development should be encouraged, e.g. by efficiency incentives for public research and education of universities as well as an 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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Cooperation and integration improve company growth - the branch example of modern biotechnology
Walter Komar
Wirtschaft im Wandel,
No. 5,
2005
Abstract
Theoretischen Überlegungen zufolge wird die Entwicklung von Unternehmen durch Kooperation und Netzwerkeinbindung begünstigt. Diese Hypothese wird nachfolgend für das Beschäftigungswachstum von Unternehmen am Beispiel der Branche der modernen Biotechnologie näher untersucht. Tatsächlich zeigt sich, dass die Kooperationsneigung der Firmen in diesem noch jungen Sektor stark ausgeprägt ist. Obwohl sich die Branche seit etwa 2001 in einer Konsolidierungsphase befindet, wuchsen die meisten Anbieter nach wie vor überdurchschnittlich. Gerade diese wachsenden Firmen zeichnen sich durch eine hohe Kooperationsneigung und Vernetzung aus. Schätzungen zur Abhängigkeit des Unternehmenswachstums von kooperations- und nichtkooperationsbezogenen Faktoren zeigen signifikant positive Einflüsse der Kooperation und Vernetzung. Diesbezüglich spielen Wissenschaftseinrichtungen in Standortnähe der Firmen eine bedeutende Rolle....
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Effectiveness of Innovation Policies Biotechnology in Germany (1994-2001)
Iciar Dominguez Lacasa, Thomas Reiss
Efficiency of innovation policies in high technology sectors in Europe,
2004
Abstract
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Effectiveness of Innovation Policies Biotechnology in Finland (1994-2001)
Iciar Dominguez Lacasa, Thomas Reiss
Efficiency of innovation policies in high technology sectors in Europe,
2004
Abstract
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Trends and gaps in biotechnology policies in European Member States since 1994.
Iciar Dominguez Lacasa, Thomas Reiss, J.M. Senker
Science and Public Policy,
No. 5,
2004
Abstract
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Performance of European Member States in biotechnology.
Thomas Reiss, S. Hinze, Iciar Dominguez Lacasa
Science and Public Policy,
No. 5,
2004
Abstract
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Growth in biotechnology industry has come to a halt - is the industry still the great white hope?
Walter Komar
Wirtschaft im Wandel,
No. 11,
2004
Abstract
With the modern biotechnology a new industry has appeared worldwide. In Germany, the boom of the foundation of new companies started about 1996/1997. Meanwhile the growth of the biotechnology sector has come to a hold. The biotechnology industry experiences a phase of the consolidation. This paper shows that due to consolidation a core of successful companies will develop, which continue to grow and can support the development of the new industry. Also economically less advanced regions have a chance in the modern biotechnology.
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