The Karolinska Institute innovation ecosystem for cancer startups: lessons learned and best practices

The Karolinska Institute's cancer startup innovation ecosystem is a dynamic network of stakeholders who collaborate to develop and commercialise innovative ideas and technologies in cancer research and treatment. This ecosystem has been successful in cultivating an environment of innovation and entrepreneurship, producing several successful startups in the cancer research and treatment space. This paper aims to provide a systematic review of the lessons learned and best practices from the Karolinska Institute innovation ecosystem for cancer startups. The review includes a comprehensive SWOT analysis , as well as insights from interviews with stakeholders from academia, industry, and government. The SWOT analysis identified several key strengths of the Karolinska Institute innovation ecosystem for cancer startups. The interview methodology for this study involved a semi-structured approach, with open questions designed to elicit detailed and nuanced responses from the participants. The Interviews and SWOT analysis identified several key of success of the Karolinska Institute innovation ecosystem for cancer startups is due to a number of key factors, including strong leadership, collaboration, funding mechanisms, supportive policies, and infrastructure. Effective leadership is required to guide the ecosystem and foster an innovation culture. Collaboration among stakeholders is critical for knowledge sharing, resource allocation, and coordination. Funding mechanisms and infrastructure are critical for supporting R&D activities and providing startups with the resources they need to grow and succeed. To protect and incentivize innovation, supportive policies such as intellectual property laws and regulatory frameworks are required. In addition, the paper discovered that incubation programmes are critical to the success of cancer startups in the Karolinska Institute innovation ecosystem. These programmes connect startups with resources, mentorship, and networks that are critical to their growth and development

Integrating entrepreneurship into chemistry education - Cairo University post-graduate students' case study

Chemistry entrepreneurship is the technique of spreading knowledge about discoveries and chemical ideas to a larger audience outside of the classroom and evaluation. Graduates' ability to become job innovators with the potential to reduce unemployment and strengthen the economy is demonstrated by innovative ideas that are implemented with a social value. As a result, while attending college, chemistry students have the chance to apply what they learn in the classroom to a sustainable way of life. In this study, we have covered the breadth of classroom innovations, the "From Theory to Practice" gap, and different aspects that affect students' decisions to start and develop chemistry entrepreneurial ventures. a survey was conducted to find out more about post-graduate students' exposure to and opinions on using entrepreneurship to apply chemistry to the real world. After compiling data from an online survey consisting of 20 statements from 176 post-graduate chemistry students (Ph. D., M. Sc., and diploma) with their replies recorded on a Likert scale describing their experiences with assignments, it was possible to pinpoint areas where chemistry classes could be improved. In order to better understand how students, view the use of entrepreneurship to apply chemistry to the real world, a study was conducted to look at the breadth of creativity, the gap between thinking and doing, and the factors encouraging students to select and build a chemical pilot project

Research, development and innovation in business enterprises: experience from Egypt

This paper addresses the linkages between research and development (R&D) and innovation on the one hand and the socioeconomic impact of research, development and innovation (RDI) on the other hand. More specifically, the paper suggests a two-stage methodology directed to analyse the performance of RDI in business enterprises and assess their development impact. A conceptual four-dimensional model and an integrated analytical framework were developed. This approach is complemented by the development of a statistical survey mainly designed to generate appropriate indicators for analysing the vital role of RDI in business enterprises. The survey results revealed several analytical points as well as specific imbalances of RDI system in business enterprises that need to be addressed by policymakers. Furthermore, the analytical results stress the need for Egyptian business enterprises to enhance and diversify their cooperation with other RDI-producing institutions to benefit from comparative advantages and improve the quality of RDI outputs

Circular bioeconomy in Egypt: the current state, challenges, and future directions

The concept of circular bioeconomy or bio-based circular economy is an integrated concept of circular economy and bioeconomy. In other words, it alludes to a systematic approach to economic growth that makes use of cascading biomass production from biological resources. In order to fulfil the objectives of sustainable development and the circular bioeconomy in Egypt, it is recommended that the bioeconomy be focused on as an economy of societal value in this article. It also discusses future directions and actions that can be used in this regard. This paper presents the current situation of the development of circular bioeconomy in Egypt and discuss future directions and measures that can be exploited and recommends focusing on the bioeconomy as an economy of societal value, enabling the achievement of the goals of sustainable development and the circular bioeconomy. Although there is no specific strategy for the bioeconomy, there are numerous government initiatives aiming to benefit from it in the future

Future scenarios of green hydrogen in the MENA countries: the case of Egypt

Green hydrogen is a clean and renewable energy source that has the potential to play a major role in decarbonizing the global economy. Green hydrogen has become a promising decarbonization strategy for several industries, including transportation and manufacturing. The widespread use of green hydrogen technology still confronts several obstacles, such as high costs, a lack of infrastructure, and regulatory restrictions. The paper commences by examining the potential of green hydrogen production in MENA countries with a specific emphasis on Egypt as best practice example. It proceeds to identify the key drivers that will shape future scenarios of green hydrogen and outlines the best and worst-case scenarios for green hydrogen in MENA region by 2050. Through scenario analysis, the paper presents potential pathways for green hydrogen deployment in Egypt and the wider MENA countries, highlighting key drivers and potential barriers. According to the findings, Egypt emerges as pivotal player in driving the deployment of green hydrogen within the MENA region. The MENA region, rich in solar and wind resources and strategically located, emerges as a potent hub for green hydrogen production. Egypt, in particular, is at the forefront of this initiative, aiming to become a key exporter in the global hydrogen economy by leveraging its renewable resources, strategic projects, and conducive investment environment. The study employs a multifaceted methodology, integrating PEST analysis and identifying key drivers like renewable targets and technological advancements to assess green hydrogen’s potential in the MENA region, focusing on Egypt. It constructs best- and worst-case scenarios by 2050, utilizing these drivers to evaluate the implications of various influencing factors. In the best-case scenario, by 2050, Egypt aspires to be a pivotal player in the global green hydrogen economy, aiming for up to 8% market share. Through strategic investments, policy enhancements, and global partnerships, Egypt plans to become a major exporter, particularly to the European Union, aligning with global decarbonization goals. Comprehensive strategies are expected to drive economic prosperity, potentially increasing Egypt's GDP by $10-18 billion by 2025. Collaborations with global entities have fostered a robust infrastructure, enabling an integrated ecosystem for green hydrogen innovation and production

Circular economy in Egypt: an overview of the current landscape and potential for growth

This paper provides an overview of the circular economy in Egypt. With the country facing significant environmental challenges, a circular economy approach can offer sustainable solutions to Egypt's environmental challenges by addressing issues like limited resources, waste generation, and a growing population in an eco-friendly and long-term perspective. This research employs a mixed-methods approach, including a literature review, surveys, and consultations with key stakeholders. The analysis reveals that although there are numerous challenges to establishing a circular economy in Egypt, such as limited understanding, insufficient government backing, and inadequate infrastructure, there are also opportunities, such as increasing demand for eco-friendly goods and services, as well as a receptive business environment. The paper recommends various policy and practical interventions to overcome these barriers and capitalize on these opportunities, including increasing awareness and understanding of the circular economy, developing supportive programs and regulations, investing in infrastructure and technology, and fostering stakeholder collaboration. This paper provides valuable insights into the potential for a circular economy in Egypt and the steps that can be taken to create a more sustainable future for the country. As such, it will interest policymakers, researchers, and practitioners working in the sustainability and environmental management field. The successful implementation of a circular economy in Egypt will require collective efforts from stakeholders to promote long-term sustainability and environmental stewardship

Aproaches towards cluster analys

The purpose of this study is to review cluster research and the methodology used to achieve the target. Specifically, this research explores the methods that are used in research papers aiming at cluster study. Bibliometrical analysis is used depending on an original database, created by the authors, selected after close review. 33 research papers were taken into consideration, published from 1999 to 2014 in international scientific journals. The findings indicate that case study is used in many articles refering to cluster research. Other methods, such as analysis, interview, survey, research, equation and others are used to support case study. By analyzing the specific methods used in cluster research it is aimed at giving clarity to further research on the concept of cluster. It is well known that rather few research papers were analysed from the methodological point of view. However, this research requires a further analysis with a wider scope of scientific literature and works related to clusters

Sustainable development through technology transfer networks: case of Lithuania

Considering lack of benchmarking and observation data, the article analyses issues of technology transfer in Lithuania. Comparison of Lithuanian innovation performance with EU country members is given as well as foreign direct investments in last period. While analysing main technology transfer networks, article explains what problems Lithuanian clusters meet in each model. The main conclusion is that Lithuanian clusters lack experience and investments, also Lithuanian enterprises are mainly small and may not be interested to invest in the development and adoption of technology

Sustainable development through technology transfer networks: case of Lithuania

Considering lack of benchmarking and observation data, the article analyses issues of technology transfer in Lithuania. Comparison of Lithuanian innovation performance with EU country members is given as well as foreign direct investments in last period. While analysing main technology transfer networks, article explains what problems Lithuanian clusters meet in each model. The main conclusion is that Lithuanian clusters lack experience and investments, also Lithuanian enterprises are mainly small and may not be interested to invest in the development and adoption of technology