298,131 research outputs found

    Real options, patents, productivity and market value: evidence from a panel of UK firms

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    Patents citations are a potentially powerful indicator of technological innovation. In this paper we describe the IFS-Leverhulme patents dataset that we have constructed by combining information from the US Case-Western Patent database with UK company accounts and share price information from the London Stock Exchange. Patents citations like patentc ounts, arehighly skewed and have a modal lag of four years. Analysing data on over 200 major British firms since 1968, we show that patents have an economically and statistically significant impacton firm-level productivity and market value. Patent citations contain more information than simple counts. A doubling in the stock of citation-weighted patents is associated with a four percent increase in (total factor) productivity and an eight percent increase in market value. As expected patenting and citation information feeds into market values immediately but appears to have some additional lagged effects of productivity suggesting gradual takeup of new technologies

    Patents, productivity and market value: evidence from a panel of UK firms

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    Patents citations are a potentially powerful indicator of technological innovation. In this paper we describe the IFS-Leverhulme patents dataset that we have constructed by combining information from the US Case-Western Patent database with UK company accounts and share price information from the London Stock Exchange. Patents citations like patentc ounts, arehighly skewed and have a modal lag of four years. Analysing data on over 200 major British firms since 1968, we show that patents have an economically and statistically significant impacton firm-level productivity and market value. Patent citations contain more information than simple counts. A doubling in the stock of citation-weighted patents is associated with a four percent increase in (total factor) productivity and an eight percent increase in market value. As expected patenting and citation information feeds into market values immediately but appears to have some additional lagged effects of productivity suggesting gradual takeup of new technologies.Patents, productivity, market value

    3D Molecular Structures: Patentable Subject Matter Under 35 U.S.C. §101?

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    With the advent of protein engineering, the determination of a protein’s 3D structure has taken on a whole new importance. This has prompted some to call for the United States Patent and Trademark Office [USPTO] to break with tradition and allow patents on the three-dimensional structural information of proteins. This iBrief will discuss whether such information would constitute patentable subject matter under 35 U.S.C. §101, and how much protection patents on this information could actually confer

    Patents from the Academe: A Methodology Research for the Analysis of University Patents and Preliminary Findings for Turkey

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    University patenting has been drawing attention of researchers studying university-industry relations, technology transfer mechanisms, changing research motives of the academe and consequences on their scientific performance. This study aims to develop a methodology for comprehensive analysis of university patents as the milestone of commercialization process of scientific knowledge produced by the academe, and evaluates preliminary findings for Turkey. For this purpose, patent applications at the Turkish Patent Institute are analyzed and a relational database is designed for storing university and researcher (academic inventor) characteristics, as well as industrial classification information of patents. In addition, interviews are conducted with academics in inventors list of patent applications to gather qualitative information about research activities and commercialization of patents. Results indicate that university patenting in Turkey is extremely low in number and commercialization is at its early stages. However, the results are based on very limited information, and with the aim developing a methodology, this study is open for further improvement in information gathering, as well as consistency in analyses.University patents, academic patenting, academic inventors, commercialization of patents

    Early identification of important patents through network centrality

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    One of the most challenging problems in technological forecasting is to identify as early as possible those technologies that have the potential to lead to radical changes in our society. In this paper, we use the US patent citation network (1926-2010) to test our ability to early identify a list of historically significant patents through citation network analysis. We show that in order to effectively uncover these patents shortly after they are issued, we need to go beyond raw citation counts and take into account both the citation network topology and temporal information. In particular, an age-normalized measure of patent centrality, called rescaled PageRank, allows us to identify the significant patents earlier than citation count and PageRank score. In addition, we find that while high-impact patents tend to rely on other high-impact patents in a similar way as scientific papers, the patents' citation dynamics is significantly slower than that of papers, which makes the early identification of significant patents more challenging than that of significant papers.Comment: 14 page

    The Value of Failures in Pharmaceutical R&D

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    We build a cumulative innovation model in which both success and failure provide valuable information for future research. To test this learning mechanism, we use a dataset covering outcomes of world-wide R&D projects in the pharmaceutical industry, and proxy knowledge flows with forward citations received by patents associated with each project. Empirical results confirm theoretical predictions that patents associated with successfully completed projects (i.e., leading to drug launch on the market) receive more citations than those associated to failed (terminated) projects, which in turn are cited more often than patents lacking clinical or preclinical information. We therefore offer evidence of the value of failures as research inputs in (pharmaceutical) innovation

    The location of innovative activity in Europe

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    In this paper we use new data to describe how firms from 15 European countries organise their innovative activities. The data matches firm level accounting data with information on the patents that those firms and their subsidiaries have applied for at the European Patents Office. We describe the data in detail

    Evidence from Patents and Patent Citations on the Impact of NASA and Other Federal Labs on Commercial Innovation

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    We explore the commercialization of government-generated technology by analyzing patents awarded to the U.S. government and the citations to those patents from subsequent patents. We use information on citations to federal patents in two ways: (1) to compare the average technological impact of NASA patents, other Federal' patents, and a random sample of all patents using measures of importance' and generality;' and (2) to trace the geographic location of commercial development by focusing on the location of inventors who cite NASA and other federal patents. We find, first, that the evidence is consistent with increased effort to commercialize federal lab technology generally and NASA specifically. The data reveal a striking NASA golden age' during the second half of the 1970s which remains a puzzle. Second, spillovers are concentrated within a federal lab complex of states representing agglomerations of labs and companies. The technology complex links five NASA states through patent citations: California, Texas, Ohio, DC/Virginia-Maryland, and Alabama. Third, qualitative evidence provides some support for the use of patent citations as proxies for both technological impact and knowledge spillovers.

    The structure and the evolution of essential patents for standards: Lessons from three IT standards

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    This paper examines the structure and the evolution of the patents declared as essential for three major technical standards in information technology (MPEG2, DVD and W-CDMA). These standards have many essential patents, which are owned by many firms with different interests. Many patents have been applied even after the standard was set. We analyze three important reasons for why the essential patents are many and increase over time: they cover a number of different technology fields, there exist R&D competition even in a narrowly defined technology field and a firm can expand its patent portfolio by using continuations and other practices based on the priority dates of its earlier filed patent applications in the USA. Around 40% of the essential US patents for MPEG2 and DVD standards have been obtained by using these applications. However, our empirical analysis suggests that a firm with pioneering patents does not obtain more essential patents, using these practices.standard, essential patent, continuations

    The market value of blocking patent citations

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    There is a growing literature that aims at assessing the private value of knowledge assets and patents. It has been shown that patents and their quality as measured by citations received by future patents contribute significantly to the market value of firms beyond their R&D stocks. This paper goes one step further and distinguishes between different types of forward citations patents can receive at the European Patent Office. While a patent can be cited as non-infringing state of the art, it can also be cited because it threatens the novelty of patent applications ('blocking citations'). Empirical results from a market value model for a sample of large, R&D-intensive U.S., European and Japanese firms show that patents frequently cited as blocking references have a higher economic value for their owners than patents cited for nonblocking reasons. This finding adds to the patent value literature by showing that different types of patent citations carry different information on the economic value of patents. The result further suggests that the total number of forward citations can be an imprecise measure of patent value. --Market Value,Patents,Citations,Patent Value
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