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Smart bandages not only capture pathogens, but also destroy them in no time. All they need is ordinary light. LAM-X team Hospital-acquired infections are a problem that current technologies are not able to deal with effectively. In the European Union alone they cause around 100,000 deaths each year, with estimates of the costs associated with treatment in the EU around €7 billion per year. However, this could change in the future; the Czech spin-off LAM-X a.s. is working intensively on the development of a nanomaterial that not only passively prevents viruses or bacteria from entering open wounds, but can also actively destroy them. It is made up of nanofibres doped with a photoactive substance which, when activated by ordinary light, eliminates any microbes that are in close proximity to it. Current dressing materials provide a kind of mechanical barrier aimed at suppressing the transmission of infection into the patient's body. However, if the objective is also to destroy the pathogens that cause infections, cover materials containing active silver are available. However, this is potentially toxic to the patient if used for a long time, and over time bacterial strains that may be resistant to this metal emerge. The material from LAM-X a. s. works on a completely different principle. “Our technology works with nanofibres that are hundreds of nanometres in diameter. We use them to create a very dense network that effectively prevents the penetration of pathogens. However, this in itself is not groundbreaking; nanofibre coverings have been produced for some time, although their use is not yet widespread. The added value of our material lies primarily in the fact that we can add a photoactive substance (so-called photosensitizer) to our nanofibres, which, when illuminated with ordinary light, activates a sterilization process that eliminates any bacteria or viruses on the surface of the bandage,” says Roman Chaloupka, CEO of LAM-X a. s. The light-activated photosensitizer can convert virtually ubiquitous molecular oxygen into so-called singlet oxygen, a highly reactive molecule that oxidizes virtually anything that comes in its way. “By using the photooxidation process, we are able to destroy even those pathogens that have already built up resistance to antibiotics or silver. Another huge advantage of our technology is that it eliminates the problem of toxicity of active dressings, which allows their long-term use. The singlet oxygen is generated only on the surface of the nanofibers and, due to its high reactivity, it acts only in close proximity to the nanofibers, so it does not come into contact with the patient's own wound or skin at all. And last but not least, our material is cheaper, as there is no need to use precious metals such as silver in its production,” adds Chaloupka. Bandages, incision films, catheter fixation The development of a second-generation smart bandage with antimicrobial effect is currently moving towards a clinical trial. If its current potential is confirmed, it could help, for example, people with chronic wounds in a few years' time. “More than 50 percent of patients with chronic wounds have been on treatment for more than a year. One reason is that these wounds are repeatedly infected with other bacteria. Our material should prevent this,” says Roman Chaloupka. However, it could be used to treat virtually any wound. A prototype of this type of bandage already exists and is currently being tested preclinically. These are a set of tests that need to be carried out before the product receives the necessary approvals to conduct clinical trials on real patients. Recruitment and follow-up should then take about a year. “By the end of 2024 and the beginning of 2025 at the latest, we should have the data to certify this dressing material as a medical device and subsequently award the CE mark, which is necessary for placing it on the EU market. At that point, production can begin,” adds Roman Chaloupka. However, dressing materials are only one of the paths LAM-X a.s. wants to take in the use of its technology. “At the moment we are already working on the development of other products, because we are convinced that our technology has a much more versatile application. Our material could be used, for example, to drape an operating field, which would greatly reduce the incidence of bacteria that could get close to an open wound. Even better, they could replace incision films, which are glued directly to the patient's skin to enhance health protection, especially in more time-consuming operations. The increase in cleanliness during surgery using our material should clearly reduce the incidence of post-operative infectious complications,” says Roman Chaloupka, outlining further possibilities. The technology of LAM-X a. s. would also find application in intravenous catheterisation, especially in long-term patients. “Even in this case, doctors struggle with the transfer of bacteria into the bloodstream, which causes serious health complications in the form of infections. If we made the adhesive dressings that fix the catheters to the wound from our material, we could largely prevent infections,” explains Roman Chaloupka. Clinical trials, search for an industrial partner LAM-X a.s. was founded in 2020 thanks to the joint efforts of Charles University and the Academy of Sciences. Specifically, its creation is backed by Charles University Innovations Prague, a subsidiary of Charles University, and the i&i Prague bio-innovation centre. It is currently preparing an investment round to raise funds for the aforementioned clinical trials. “All our products fall into the category of medical devices, the production of which is, of course, highly regulated. In order to obtain the necessary permits, whether in the Czech Republic, the European Union or in non-European countries, we need to collect a large amount of data to confirm the safety and efficacy of the material,” explains Roman Chaloupka of the need for clinical trials. The company would like to use part of the funds raised to equip its own laboratory (including a semi-operational nanofibre production facility) and to develop further products using this technology. However, the plans of LAM-X a. s. do not end there. “After completing all the necessary testing of our wound covers, we would like to launch them on the market through an industrial partner in the form of a large multinational company. We are looking for someone who has been involved in the treatment and healing of wounds for a long time, which means they already have a distribution network and effective marketing. We could then continue to focus on what we do best, i.e. on the development of new products,” concludes Roman Chaloupka, CEO of LAM-X a. s. Conclusion The products that LAM-X a.s. develops are based on unique technology that can help improve the quality of life for millions of people. Thanks to their versatility, they can be used in many areas of healthcare. They are also cheaper to produce in many cases than the materials currently used. It is these attributes that give LAM-X the chance to develop its potential not only in the local market, but also to succeed globally.

David Stíbal: We believe a startup is one of the best paths nowadays to develop interesting technologies beyond the academic level How complex is the path to a new drug? Why do licenses for Czech drugs end up abroad? What are the most common issues currently faced by biotech startups? David Stíbal, Vice Director of the biotech incubator and venture builder i&i Prague, s.r.o., reflects on these and other questions related to the commercialization of scientific discoveries. How complex is the path to a new drug today? The path to a new drug is very complex and risky, and in some respects, this is even more true today than it was in the past. For example, if we were to calculate the current cost of developing a new drug from initial trials to the final "pill", statistics show it would approach one billion dollars. This figure includes also the costs of all unsuccessful candidates within the development program, preclinical and clinical experiments, production, marketing, and much more. Pharmaceutical companies then need to recoup this investment from the sales of the drugs that make it all the way to market. What drugs are in the highest demand today? According to the list of the most successful drugs (known as "blockbusters," i.e., drugs that generate at least one billion USD annually) for 2023, the most sought-after drugs are GLP-1 agonists, such as anti-obesity drugs (Ozempic, Mounjaro, etc.), cancer-fighting antibodies (e.g., Keytruda from MSD), immunologic drugs (Humira, Stelara, etc.), or HIV medication, incidentally the one developed by Professor Holý’s team at the Institute of Organic Chemistry and Biochemistry in the late 20th century (Tenofovir alafenamide, marketed by Gilead Sciences). Many licenses for Czech drugs are sold abroad. Is there any way to change that? Licenses are typically sold at an early development stage to larger companies that have the capacity to bring such programs through advanced clinical trials and to market. In our field, this is usually the domain of major pharmaceutical companies capable of bearing the high costs mentioned earlier. The idea of having a drug, invented and developed in the Czech Republic, also manufactured here is certainly appealing. However, until a major pharmaceutical company transfers its R&D or manufacturing facility to the Czech Republic, or until a mid- to large-sized pharmaceutical company emerges here, this scenario is hard to imagine. You support startups focused on developing new drugs or diagnostic methods. Are there any positive trends in this segment in the Czech Republic? Through our work, we see a positive trend, especially in the growing number of startups and the willingness of scientists and university employees to discuss commercialization and consider developing their inventions beyond scientific publications or patents. We’re delighted by this, as we believe a startup is one of the best paths nowadays to develop interesting technologies beyond the academic level. However, it's also worth noting that the startup mentality in the Czech Republic, particularly in our field, is not yet as developed as it is in more advanced countries. What are the biggest challenges these startups face today? The biggest issue, globally, is the current lack of investment capital and, more specifically, the scarcity of investors willing to support new, high-risk projects. This is especially true when compared to the “COVID years” of 2019-2021, when funds were released more readily, with investors supporting projects that could, among other things, respond immediately to the crisis. The situation is different now: investors are more cautious about where they allocate their funds, partly because they are reserving capital to support their existing portfolio companies. A startup may be a suitable path, where scientists and managers can work together to further develop the technology until it is relevant for direct licensing to a larger firm. DAVID STÍBAL VICE DIRECTOR AT i&i PRAGUE What did you think of this year’s Prague.bio Conference? I consider the event a great success. It’s impressive how the Prague.bio association managed to organize a high-quality conference with such a small team. Similar events are held fairly regularly across Europe, some of which i&i Prague likes to attend. However, there are relatively few conferences focused on such early-stage technologies, as was the case with Prague.bio. We were also pleased with the scientifically oriented program and high attendance, which shows that such an event is needed in the Czech Republic and is appreciated by both academic and industry players. Are there any new figures in today’s biomedicine who might follow in Professor Holý's footsteps? Repeating such an achievement will be challenging but not impossible. To make it happen, however, we need to build a more robust infrastructure that can help scientists navigate the very complex process of bringing their ideas to fruition. Our incubator aims to be one of the pieces that form this mosaic. What is the best way to commercialize the results of science and research? The answer to this question depends on how advanced the result is and how well it aligns with the current market needs. If it is possible to directly connect with a larger company and license the result to them, this is a relatively fast way to transfer the technology into practice. If that’s not possible, a startup may be a suitable path, where scientists and managers can work together to further develop the technology until it is relevant for direct licensing to a larger firm. Alternatively, developing the technology all the way to market can also be considered, although this is more of an exception in our field. David Stíbal is the Managing Director of the biotech incubator i&i Prague. He evaluates the business potential of scientific projects, establishes and initially manages startups, and works on the long-term development of projects all the way to their successful commercialization. He completed his bachelor’s and master’s degrees at the University of Chemistry and Technology in Prague, earned a Ph.D. from the University of Neuchâtel in Switzerland, and conducted postdoctoral research at the prestigious Massachusetts Institute of Technology (MIT). Czech version of the interview was published in Ekonomický magazín . Author: Martin Kovalčík

Czech i&i Prague and the Polish Medical Innovation Institute join forces to support cutting-edge scientific innovation in the region Iva Machová (i&i Prague) and Jakub Chwiećko (Medical Innovation Institute) during PACTT conference in Poland. Prague/Warsaw, 20 February 2025 – The partnership between i&i Prague and the Polish Medical Innovation Institute (MII) aims to support the commercialization of unique Polish innovations. The companies want to identify biotech projects with the potential to achieve global success and contribute to their development. In the long term, they want to strengthen the links between the Czech Republic and Poland in this field and create a bridge between basic research and its commercial application. i&i Prague is dedicated to helping scientists transform their groundbreaking discoveries into market-ready solutions. The company offers step-by-step guidance to help with the commercialization of innovations, from shaping the scientific idea into a business concept to connecting inventors with top-tier experts in science, law, and industry. With this step, i&i Prague is expanding its activities beyond the borders of the Czech Republic, seeing Poland as a strategic partner. "Until now, we have focused mainly on the Czech environment, which we are trying to co-create and move forward in the long term. Now we are offering our expertise to Poland. We believe that just like in the Czech Republic, we will find unique scientific projects with a high level of innovation. We are ready to help them transform into successful startups and spin-offs," said Iva Machová, Incubation Manager and Regional Manager for Poland at i&i Prague. The Medical Innovation Institute (MII) is a Polish organization dedicated to advancing the commercialization of innovative research in the healthcare sectors. We support scientists and entrepreneurs by offering expert guidance, securing funding, and fostering strategic partnerships to transform innovative ideas into market-ready solutions. MII works closely with both local and international stakeholders, ensuring that innovations are not only successful in the Polish market but also have the potential for global impact. "Cooperation with i&i Prague marks another significant step in our efforts to internationalize Polish scientific projects. With their deep expertise in commercialization, we are confident that, together, we can pave the way for Polish innovations to enter global markets," said Michał Jeska, Chief Growth Officer at Medical Innovation Institute. Contact for journalists: Martin Kovalčík, kovalcik@iniprague.com , +420 777 472 863

i&i Bio, the newly estabilished investment fund powered by i&i Prague and EIF It is our pleasure to announce the start of operations of i&i Biotech Fund (i&i Bio ) in September 2021. This is a great success of i&i Prague team and it brings a new quality and a unique opportunity for early-phase deep-tech spin-offs in Czechia and rest of the Europe. i&i Bio focuses on unique technologies in the fields of Medtech, Diagnostics and Drug discovery. i&i Bio manages more than 45 million EUR and the fund is prepared to invest an average of 2 million EUR (more than 50 million CZK) in a specific project, but in exceptional cases the amount may grow to as much as 4.5 million EUR for a single project. The fund will be joined by further investors in near future including CUIP , the daughter company of the Charles University in Prague. Further details and press release could be found here ! About i&i Bio i&i Bio is a Luxembourg-based venture capital firm that invests in innovative European Life Sciences companies focused on drug discoveries, medical devices, diagnostics, and digital health. The Fund was created thanks to the cooperation of the biotech incubator i&i Prague and the European Investment Fund (see below). With over €45M under management, i&i Bio plans to invest in about 20 early-stage companies. i&i Bio is led by an experienced team of professionals with backgrounds in private equity, healthcare and venture capital supporting entrepreneurs on their journey to global success. Thanks to the close cooperation with the fund’s sponsor, the biotech academic incubator i&i Prague, i&i Bio is supporting and advancing transformative Central European technology companies. For more information visit www.inibio.eu . About European Investment Fund i&i Bio is supported by an investment from the EIF, with the support of: lnnovFin Equity, with the financial backing of the European Union under Horizon 2020 Financial Instruments and the European Fund for Strategic Investments (EFSI) set up under the Investment Plan for Europe. The purpose of EFSI is to help support financing and implementing productive investments in the European Union and to ensure increased access to financing; and the Pan-European Guarantee Fund (EGF), implemented by the EIF with the financial support of the Participating Member States. The objective of EGF is to respond to the economic impact of the COVID-19 pandemic by ensuring that companies in the Participating Member States have sufficient short-term liquidity available to weather the crisis and are able to continue their growth and development in the medium to long-term.

Our "Swiss Journey" Continues: From CometX to the Innovation Biotech Day 2025 At the invitation of the Embassy of the Czech Republic in Switzerland, we participated in the 5th annual CometX – Come and Meet Expats conference, organized by the CometX platform under the patronage of both the Czech and Slovak embassies. The event attracted a record 330 participants – primarily students and young researchers working in Swiss institutions. Among the distinguished speakers were former Slovak President Zuzana Čaputová, Radek Špíšek, CEO of Sotio, and etiquette expert Daniel Šmíd. Our goal was to reach out to young scientists and professionals and present the opportunities awaiting them in the Czech Republic – whether through involvement in scientific and innovation projects or by founding their own startups. The discussions often focused on the differences between the Czech and Swiss startup ecosystems, and on what Czech projects need to succeed internationally. We made several valuable new connections and were pleased to contribute to building greater trust in the Czech innovation environment. We’re committed to continuing this dialogue – the next step will be our participation in the 2nd Czech-Swiss Innovation Biotech Day 2025 , taking place on October 23, 2025, at the BIOCEV research centre in Prague. This conference will bring together researchers, entrepreneurs, investors, policy makers, and education experts from the Czech Republic, Switzerland, and beyond. The agenda will focus on technologies, innovations, tech transfer, and building a successful innovation ecosystem in Europe. The event is organized by the STAR research and innovation cluster in cooperation with the Embassy of the Czech Republic.

New startup in our portfolio: Sophomer's technology will make immunoassays faster, easier and cheaper The originators of SophoMer in their chemical laboratory. Prague, February 7, 2023. The academic startup Sophomer today announced the signing of a licensing agreement to commercialize a technology that can replace the traditionally used bovine serum albumin (BSA) in immunoassays. The newly licensed technology has been developed in collaboration between the Institute of Macromolecular Chemistry of the CAS (IMC), Elisa Development and the bio-innovation center i&i Prague. The signing of the license agreement also officially accelerated the activities of the startup. Sophomer has also joined the portfolio of i&i Prague. BSA is one of the oldest industrially derived proteins. In immunoassays it is primarily used as a blocker, which makes the measurements more accurate by suppressing unwanted signals. It is derived from bovine serum, which poses a number of problems. These include the risk of pathogen transmission, which means that this material must be tested rigorously and expensively and its use is subject to certification to confirm its safety. "Logically, there is no such risk with our technology, as our product is fully synthetic. This eliminates other problems, whether it is the variability in reproduction of production, the relatively high price, which increases with the requirement for higher purity, or the complex disposal of the material. The ethical aspect of the whole matter is also not negligible," says Jan Plicka of Elisa Development and a leading expert in the development of diagnostic devices. Sophomer's technology will find application wherever immunoassays is a basic working tool. It has the potential to greatly assist in biochemical laboratories, in the development of In Vitro Diagnostic (IVD) devices, in the monitoring of environmental contaminations, in food laboratories for the determination of allergen content, or in immunoassays in veterinary laboratories. "Our ambitions continue to grow as our research progresses, but the main idea remains the same: to make the work of our fellow developers and researchers faster, easier and, to a large extent, cheaper. We want them to be able to focus without distraction on their own ideas and the challenges that their demanding, extremely important and at the same time low-visibility work brings to the public," adds Martin Burkhard, CEO of Sophomer. A great example of technology transfer The creation of the start-up Sophomer is a prime example of technology transfer and the linking of science and industry. "At the beginning of the story there was a need for diagnostic test manufacturers, which we were able to identify thanks to our network of contacts. We then searched academia for a technology suitable to address this need. We found a suitable technology at the Institute of Macromolecular Chemistry and, after successful validation tests, we assembled a joint development team," says Jiří Moos from the i&i Prague Bio-Innovation Center, which has been behind the project from the very beginning. Among other things, i&i Prague also participated in the creation of a startup that has been included in the portfolio of this bio-innovation center. "We are currently helping to find customers for the developed polymer Sophomer F10, while continuing to co-develop other products. We are also well on our way to arranging the first investment that will help kick-start the company's activities," adds Jiří Moos. Synthesis of a polymer product at a defined temperature in a bath. A team of scientists at the Institute of Macromolecular Chemistry began developing the technology that led to the establishment of Sophomer about two years ago. "I am very pleased that we have managed to bring our joint efforts to the successful signing of a licensing agreement. We have thus taken an important step towards ensuring that the quality work of our scientists finds its application in real life. This builds on our previous successful transfers of basic research results into practice. I believe that this technology from the Institute of Macromolecular Chemistry will significantly simplify the performance of immunoassays," adds Jiří Kotek, Director of the Institute of Macromolecular Chemistry of the CAS. Contact Martin Kovalčík, 777 472 863, kovalcik@iniprague.com The signing of a licensing agreement from the right: Jiří Moos, Martin Burkhard, Jiří Kotek, Jan Plicka and Alexandr Krajhanzl The signing of a licensing agreement Jiří Kotek, Director of the Institute of Macromolecular Chemistry of the CAS The signing of a licensing agreement Alexandr Krajhanzl, i&i Prague The signing of a licensing agreement from the right: Jiří Moos, Martin Burkhard, Jiří Kotek, Jan Plicka and Alexandr Krajhanzl 1/6 About Sophomer Sophomer Ltd. is an academic startup founded by a group of people who come from both industry and academia. Their vision is to bring together two seemingly unrelated fields: immunoassays and polymer chemistry to help anyone who uses immunochemical assays in their work. One of the startup's first and widely applicable products is SophoMer(TM), a polymer that can replace the widely used bovine serum albumin in immunochemical assays, currently a component without which the development of immunological analytics is seemingly unimaginable. Read more here: www.sophomer.com . About Institute of Macromolecular Chemistry of the CAS, v. v. i. (IMC) The Institute of Macromolecular Chemistry of the CAS, v. v. i. (IMC) is the largest research institution in the field of polymer and polymer materials research in the Czech Republic. In this field, it is also among the most important academic research centres in the world. IMC has a knowledge potential of more than 120 scientists in the key fields of macromolecular chemistry, physical chemistry and polymer physics, as well as in related fields such as biochemistry or biomedical or materials engineering. Although the institute is primarily focused on basic research, it also works closely with the application sphere, as evidenced by a number of applied basic research results. Read more here: www.imc.cas.cz/eng . About i&i Prague The i&i Prague Bio-Innovation Center focuses on the transfer of new technologies into practice. The company was established at the Institute of Organic Chemistry and Biochemistry of the CAS and is mainly dedicated to innovations in the field of drug development, diagnostics and medical devices originating from academic institutions. It supports the creation of spin-off companies and the sale of licenses. So far, the company has participated in the creation of or otherwise supported 15 spin-off companies from five countries, has an equity stake in nine of them and has invested over 70 million crowns. In total, the spin-offs in i&i Prague's portfolio have raised more than CZK 1.8 billion from other investors. In addition to direct financial investments, i&i Prague also assists more than 15 research institutions and universities in the Czech Republic and abroad in the commercialization of innovative technologies. In 2021, i&i Prague started up the i&i Bio investment fund. About Elisa Development Elisa Development, in cooperation with the Food Research Institute Prague, has previously developed and marketed several ELISA format immunoassay kits for the quantitative detection of food allergens in food and food raw materials. During this development, the company's staff has repeatedly faced the problem of variable quality of BSA, which is very often used as a blocker of non-specific interactions. These problems were the impetus for the idea of replacing BSA derived from bovine serum with a synthetic polymer, which led to the approach to i&i Prague and subsequently to the collaboration with the Institute of Macromolecular Chemistry.

"I love the feeling you get when you discover something new," says Kamila Burdová, the new incubation manager at i&i Prague Kamila joined i&i Prague in May this year. She brings over a decade of scientific experience in molecular biology, genome stability, and DNA repair, gained at leading research institutions including the Institute of Molecular Genetics in Prague, the University of Oxford, and the University of Sussex. “I want to be part of a team that can turn a unique scientific idea into a real product that will help people,” says Kamila about her work at i&i Prague. Kamila, in your CV, we find some interesting addresses such as Oxford and Sussex. What made you return to the Czech Republic? I spent a total of four years in England, specifically from 2018 to 2022. One year I was at Oxford and three at the University of Sussex. There were two reasons for my return. The first important factor was Brexit and everything that came with it. Prices skyrocketed, and some goods became unavailable. It all brought enormous uncertainty, which I didn’t want to endure long-term. The second reason was that I was approached by a former colleague who was expanding her activities to Switzerland and was looking for someone to help her run her laboratory in Prague. Am I right in understanding that a scientist working in the United Kingdom had trouble financing everyday life after Brexit? Unfortunately yes. I moved to the UK shortly after the referendum and left a few months after the Hard Brexit. I lived in some of the most expensive parts of the country, and sadly, living there as a postdoctoral researcher became economically unsustainable. So you returned to the Czech Republic to work in academia. Why did you decide to leave and join i&i Prague? I had been thinking about leaving academia for some time, mainly due to uncertainty about the future. The negatives started to outweigh the positives, and the academic environment stopped fulfilling me personally. So when I came across the position at i&i Prague, I knew right away. Here I can use what I enjoy most about science, but at the same time look at it from a completely different perspective. So when I came across the position at i&i Prague, I knew right away. Here I can use what I enjoy most about science, but at the same time look at it from a completely different perspective. KAMILA BURDOVÁ Incubation Manager What do you enjoy most about science? The necessity of constantly learning. And then that feeling you get when you discover something new, something no one else has ever seen before. At i&i Prague, you work as an incubation manager. What exactly does this role involve? For projects going through our incubation program, we help with all the key aspects of launching a biotech startup. We assess the quality of the technology and the team’s readiness, the technology’s potential, intellectual property issues, and propose financing strategies. After joining, I started to be involved in multiple projects in different stages of the incubation process. Sometimes the work is more scientific, other times more business-oriented. In your view, how can the gap between science and business be bridged? I think this gap is mainly caused by a lack of information. Many scientists have no idea that commercialization is even an option. And those who have heard of it often hold misconceptions and are full of mistrust. We need to systematically raise awareness of this topic – include it in university curricula and show the benefits it can bring. It’s a long-distance run, but that’s the only way we’ll bridge this gap. What excites me more is being part of a team that manages to turn a unique scientific idea into a real product that helps people. That’s the goal for me. KAMILA BURDOVÁ Incubation Manager What types of projects do you enjoy the most? All our projects are interesting. However, projects related to my scientific background, such as cell therapies and drug development, are still closest to my heart. What do you think is the biggest weakness of Czech biotech? A major problem is definitely the low number of companies engaged in research. For a young scientist, it’s not easy to find a path outside academia if they want to continue doing science. Larger companies with in-house research are extremely scarce here. Do you have a dream project? I don’t have a specific area or technology I dream of. What excites me more is being part of a team that manages to turn a unique scientific idea into a real product that helps people. That’s the goal for me. I know that travelling and discovering new flavours are big hobbies of yours. Do you see any parallel with science? Absolutely! The kitchen is essentially a kind of home laboratory. And just like science, it’s about experimenting, discovering, and learning new things. Both have fascinated me all my life. So if you had to choose just one room, would it be the laboratory or the kitchen? Honestly? I’ve had my fill of laboratories. So at the moment, the kitchen – and discovering all those fascinating flavours the world has to offer. Thank you for the interview. Author: Martin Kovalčík

< Back Jiří Moos CEO, Board of Directors Jiří Moos is our Executive Director, having joined i&i Prague from DiaSorin where he was the Marketing Manager. He is also a member of the TACR GAMA Commercialization Board at the Institute of Molecular Genetics in Prague, and an external member of the Supervisory Board at the Institute of Biotechnology AS CR. Between 2008 and 2016, he acted as a Senior Sales Manager for Sigma-Aldrich (since 2015 a part of Merck KgaA), Czech Republic and Slovakia, and as a Coordinator of regional Sigma-Aldrich Applied Business Unit activities, also covering Hungary and Poland. For six years, he worked for Immunotech a.s., a Beckman-Coulter company located in Prague, first as a Product Manager in the Clinical Chemistry team and later as the Life Science Product Specialist team leader. Jiří also has extensive experience as a Scientific Researcher at the Centre of Assisted Reproduction, General Teaching Hospital in Prague, and as a Research Fellow at the Institute of Molecular Genetics, AS CR in Prague. Jiří Moos completed his Master´s degree in Biology and Chemistry at Charles University in Prague. He received a Ph.D. (CSc.) in Biology from the Institute of Molecular Genetics, AS CR in Prague, followed by almost 3 years of postdoctoral fellowship in the field of Biology of Reproduction at the University of Pennsylvania in Philadelphia. Jiří has also completed the Miller Heiman course of Business and Strategic Selling. If you are interested in cooperation, Jiří will probably be the person you will be meeting quite often. Maybe you are already on his radar because he is the one actively searching for new technologies and early-stage opportunities. He has been in the world of science for almost three decades and has made an extensive network of contacts both in Academia and Industry.

< Back Jiří Růžička Project Manager Jiri Ruzicka is a Project manager at i&i Prague. He is responsible for the analysis of projects, mainly from the scientific and technological aspect. Before joining our company Jiri worked as a Research Associate at the Institute of Experimental Medicine (IEM, part of the Czech Academy of Sciences), as well as within the international research center of IEM, University of Cambridge, and University of Leeds, called Neurorecon. He holds BSc. and MSc. Degrees from the Faculty of Science, Charles University. He has done his Ph.D. at IEM, AS CR, and the 2nd Faculty of Medicine of Charles University. During his postdoc as a member of the Neurorecon team he spent several months at Imperial College London and had close collaboration with the University of Cambridge, including several short research stays. He has 14+ years’ experience in the fields of neuroscience and regenerative medicine with a broad focus on brain/spinal cord injuries, neurodegenerative diseases, and aging. He has been dealing with enzymatic, gene, or cell therapies, biomaterial applications, and genetic models of neurodegenerative disorders.

< Back Alexandr Krajhanzl Board of Directors Alexandr Krajhanzl has been a part of i&i Prague since September 2021. He is also a member of the Board for the Commercialization of Science and Research Results of Charles University Prague. Between 1993 and 2004 he worked in various General Management functions in Cilag, later Janssen-Cilag, Johnson & Johnson. In 2004 as the Regional Director he became responsible for Business Development in EMEA Emerging Markets (80 countries) at Janssen, J&J Pharmaceutical companies. His responsibility changed from 2010 until 2017 when he acted as the Regional Director of New Business Development in the territory covering Europe Mid-Sized Markets. Between 2004 and 2017 he was a member of the Global BD team responsible for L&A and M&A initiatives and projects in Infectious Diseases and Vaccines. During his tenure in this position, he led or participated in numerous global, regional and local L&A and M&A deals. For his contribution, he was rewarded with two Global Standards of Leadership Awards of Johnson & Johnson. Between 2013 and 2019 he also served as the President and Founding Member of Pharma Licensing Group Central and Eastern Europe and Vice-President of the European Pharma Licensing Board. Alexandr completed his Master’s degree in Chemistry at Charles University in Prague. He has received a Ph.D. (CSc.) degree in Biochemistry and worked as a Charles University teacher for almost 11 years at the Department of Biochemistry, Faculty of Science. Should you be interested in a collaboration in the field of drug development, Alexandr will be the right contact whom you can meet. He has been in the world of science and its commercialization for more than 20 years and has an extensive network of contacts among Pharma and Medical Device companies.