Over the years, the literature on management has advanced in the understanding of the relationship between technology transfer, absorptive capacity and organisational performance. Nevertheless, to date, the number of studies investigating these relationships in a joint manner, showing how the result varies in different contexts, is still rare. This systematic literature review analyses the existing academic literature on the relationship between technology transfer, absorptive capacity and organisational performance by carrying out a bibliometric and qualitative analysis of the literature. The bibliometric analysis provided an overview of the literature, identifying the most prominent and influent journals, countries, institutions, authors and research methods, as well as intersections between the constructs and the temporal evolution of the publications. The qualitative analysis was employed in order to understand, systematise and assess the previous findings on the subjects. The results showed that absorptive capacity is an important factor for effective technology transfer, when taking into account international technology transfer, university-industry collaboration and inter-organisational transfer. The literature converges in indicating that both technology transfer and absorptive capacity have a positive impact on organisational performance, although some existing exceptions need to be considered. Finally, the study provides an agenda for future research based on contextual, methodological and theoretical gaps identified.

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The passion fruit peel flour, retrieved from the drying and milling of fruit-processing residues, is rich in fibers. On fact, it is an important food source, featuring many benefits for the human organism. Current study forwards a scientific and technological evaluation of the passion fruit peel flour development through bibliometric indicators. Data from scientific production were collected from Web of Science database and patent search was performed at different databases USPTD, WOPD, EPD and ONPO. Bibliometric analysis addresses key sections focused on articles and patent applications, authors and inventors, relevant areas of interest, institutions and countries. The analysis of citations and analysis of social networks were also used as complementary indicators. The scientific and technological production of the passion fruit peel flour has occurred mostly in Brazil, particularly at universities. Since production is still fledging, greater investments are required to improve Science, Technology & Onnovation (ST&O) indicators in the field.

<p>O emergente campo da nanobiotecnologia poderá muito em breve suprir as demandas por produtos de alta tecnologia em diversos segmentos do mercado em função de seu grande potencial de geração de inovações. Com o rápido avanço tecnológico, a nanobiotecnologia promoverá muitas mudanças e oportunidades, tendo impacto direto na qualidade de vida das pessoas. Este trabalho busca compreender as inovações e patentes depositadas com relação à nanobiotecnologia. Para tanto, foi realizado um mapeamento tecnológico nas bases de dados do Instituto Nacional de Propriedade Industrial (INPI) e da Organização Mundial da Propriedade Intelectual (OMPI), no período de 2007 a 2014. Os resultados mostraram que no Brasil o desenvolvimento tecnológico da nanobiotecnologia encontra-se em fase de crescimento, com poucos pedidos de patentes realizados pelas empresas privadas nacionais. Por outro lado, o número de patentes no mundo é elevado, com predominância dos depósitos na área de preparações para finalidade médicas, odontológicas ou higiênicas. </p>

This study aimed to analyze the production and technological collaboration of biotechnology in Brazil through the patent documents granted by the National Institute of Industrial Property (INPI). Data analysis took place using the indicators of measures of technological activity and Social Network Analysis (SNA). The general panorama of biotechnological production, between 1982 and 2016, showed that the majority of patents (90%) are owned by non-residents, with emphasis on private companies. The main holder of biotechnologies in the country is the United States with 35.4% of the documents granted. SNA pointed to a weak technological collaboration between patent holders in biotechnology. The study showed that the public and private sectors have been responding to the demands presented by the Biotechnology Development Policy, but it is still necessary to strengthen the policies and actions already defined to improve the Brazilian bio industry. Among the indispensable actions is the dissemination of the culture of intellectual property about the protection of biotechnology for public institutions and the business sector.

Myrciaria Cauliflora, popularly known as jabuticaba, is a Brazilian native fruit, rich in antioxidants, such as anthocyanins, flavonoids and tannins. On the wake of its properties, the jabuticaba is the study object of current paper which verifies worldwide research and technological development on the fruit. Data on academic research were retrieved from the following databases: Web of Science (WoS), Scopus and Scientific Electronic Library Online (SciELO) and the patents were retrieved from Onstituto Nacional de Propriedade Ondustrial (ONPO), European Patent Office (ESPACENET), Derwent World Patents Ondex (DWPO) and Patentoscope. Studies on the jabuticaba have been frequently developed in recent years and are concentrated in areas of agriculture and food science and technology. Further, there is a gap between scientific research and technological development, albeit complementary.

Por várias décadas a biotecnologia industrial vem apresentando soluções e alternativas tecnológicas para promover energia mais limpa. Este artigo analisa a produção tecnológica em biotecnologia industrial no Brasil por meio de indicadores bibliométricos de patentes. Os dados foram coletados no banco de informações do Instituto Nacional de Propriedade Industrial (INPI) por meio das patentes concedidas entre 2007 a 2016. Foi obtido um total de 324 documentos de patentes em biotecnologia industrial. Os resultados revelaram que a grande maioria das tecnologias patenteadas (88%) pertence aos titulares não residentes no Brasil. As diversas regiões do Brasil apresentaram uma ampla gama de biotecnologias para produção de biocombustíveis, com destaque para a Petrobras e a Unicamp com os maiores números de patentes.

Avaliado pelo sistema Triple Review: a) Desk Review pelo Editor-Chefe; e b) Double Blind Review (avaliação cega por dois avaliadores da área).