ScienceTrack is a Czech startup on a mission to modernize laboratory animal research with intuitive, data-driven software. From colony management to resource scheduling, our solutions streamline daily workflows, improve compliance, and support better science. Our flagship products include ZETA, a powerful animal colony management platform, and ReservAnt, a flexible tool for booking equipment, spaces, and personnel in research facilities. With user-centered design and seamless integration, ScienceTrack empowers labs to focus more on discovery and less on administration. Visit our booth to experience a live demo and learn how ScienceTrack is shaping the future of animal facility operations.
Saudi Commission for Health Specialties
The Saudi Commission for Health Specialties (SCFHS) was established in 1992 as a scientific professional body to regulate the work of health practitioners. It undertakes the tasks of documenting and evaluating the qualifications and experience of health practitioners, in addition to registering and classifying them to practice health professions in the Kingdom of Saudi Arabia. The SCFHS also supervises the Saudi Board Certification programs for health training in all health specialties, approves training centers, and issues Saudi Board certificates. The SCFHS also supervises the improvement of the level and efficiency of health workers by approving centers and programs for continuing education and professional development, in addition to approving the establishment of specialized scientific health associations and supervising them.
Sano Centre for Computational Medicine
Sano is a non-profit research institute dedicated to the advancement of computational medicine inspired to digitally transform healthcare by unlocking the value of data and enabling the data-driven health decisions. We use computing to find new ways to keep people healthy. Sano enjoys status of a European “Teaming for Excellence” center and is proudly based in Kraków, Poland.
QUANTOOM BIOSCIENCES
Quantoom Biosciences, is reinventing mRNA production by developing an RNA Platform that encompasses DNA and RNA manufacturing and formulation, along with critical reagent supply, from sequence to large scale production. Quantoom’s approach to the production of mRNA vaccines involves redesigning the entire manufacturing process from start to finish. By doing this, Quantoom Biosciences can produce mRNA vaccines faster, more efficiently, and at a lower cost than traditional methods. | Quantoom Biosciences is a full-stack RNA partner for mRNA- and saRNA-based vaccines and therapeutics. Its N-Force toolbox relies on 3 core elements to turn any antigen into a (sa)mRNA-LNP drug product: Ncode for sequence design and optimization, Ntensify® for RNA production and NcapsulateTM for RNA-LNP formulation. Launched in 2023, the Ntensify solution enables fully integrated, scalable RNA production by combining processes, equipment, reagent mixes, and disposables and has gained global adoption, being recognized for performance and ease-of-use. Beyond technology, Quantoom Biosciences assists its partners by providing extensive enabling solutions, ranging from strategic R&D partnerships to sequence design & optimization.
Precision Epigenomics
Precision Epigenomics® Inc. is an innovative molecular diagnostics company focused on revolutionizing early cancer detection through liquid biopsy testing. By analyzing the epigenome – the complex system that controls expression of DNA – we can detect hidden cancers through screening, study patients for the presence of any residual cancer following treatment, and follow survivors for surveillance of cancer recurrence. With a commitment to advancing the field of molecular diagnostics, we aim to create significant value in the rapidly growing oncology diagnostics market, and, above all, to improve the outcomes and lives of many patients affected by cancer. The Problem In 2025, more than 2 million new cancer cases are projected to be diagnosed in the United States–many of them at late stages. Screening protocols for some cancers such as breast or lung cancer have made some progress, but perform poorly due to patients now knowing which test to take and when, the financial and time commitment, discomfort, and low accuracy. Globally more than 20 Million new cases and 10 Million dying each year from cancer, this is unacceptable. The Solution Liquid biopsies present a minimally invasive sampling process (blood or other fluid collection from a patient) that have been gaining momentum as a validated diagnostic tool. Precision Epigenomics has developed and launched a novel blood-based testing protocol, EPISEEK, which identifies a unique set of DNA biomarkers that consistently change in human cancers, but remain stable in normal tissues. Our proprietary bioinformatics analysis can detect abnormal methylation signals present in more than 60 types of cancer. EPISEEK has demonstrated better accuracy compared to other liquid biopsy tests for detecting brain, pancreas, and lung cancer types, among others. Our qPCR platform is a lower cost structure than commonly used sequencing platforms, has faster turnaround times, is globally scalable, and can be applied to pleural fluid, cerebral spinal fluid, and other biospecimens as our product portfolio expands. With these technology advantages, with our CLIA lab-validated and available EPISEEK™ test, and with a focused pipeline of first-to-market tests for specific medical uses, Precision Epigenomics is positioned to save lives and flourish in the rapidly growing liquid biopsy market. Market Opportunity The U.S. market for early cancer detection is a fast-emerging, multi-billion-dollar opportunity, driven by demand for non-invasive sample collection, favorable regulatory trends, and payer support. As multi-cancer early detection (MCED) technologies gain traction screening asymptomatic and high-risk patients, the market is poised for rapid expansion and long-term disruption of traditional cancer diagnostics. Estimated market size for MCED screening: $74+B; CNS-Glioma detection: $1.1B; Malignant Pleural Effusion: $2.1B; Melanoma: $.5B; Head & Neck: $.5B. Commercialization Strategy With EPISEEK™ now optimized, validated, and orderable from our Tucson-based clinical laboratory, we are implementing our commercialization plans immediately for growth. We are focused on key partnerships that will drive volume: commercial labs, imaging collaborators, large concierge medicine practices, employee benefit programs, and high-risk patient groups. With sales and marketing staff now on board, we have launched targeted programs to build awareness, communicate our differentiation, and grow quickly. In the next two years, we will launch two new products that will be first to market in each category, offering physicians a less-invasive test to improve patient care for pulmonary and glioma patients. These products will be commercialized as broadly reimbursed tests, championed by key opinion leaders, supported by peer-reviewed publications and ongoing clinical data generation, and sold to practicing physicians through a highly specialized product sales force.
POSTECH
Pohang University of Science and Technology (POSTECH), established in 1986 in Pohang, South Korea, is a leading private research university recognized for its excellence in science and engineering. In the bio sector, POSTECH’s strengths include world-class infrastructure such as advanced synchrotron radiation accelerators and cryo-electron microscopes, which are vital for structural biology and drug discovery. Specialized centers like the Life Science Research Center and Bio Open Innovation Center foster interdisciplinary research and innovation, positioning POSTECH as a key player in Korea’s bio industry. | POSTECH opened its doors in 1986 as the first research-oriented university in Korea to educate the brightest minds in the country and lead the transition of Korea’s higher education from dissemination to creation of knowledge.
Polpharma Biologics S.A.
Polpharma Biologics is an international biotechnology company with integrated operations in the European Union, developing and manufacturing biosimilar medicines. Using patented solutions and state-of-the-art platform technologies, Polpharma Biologics develops biosimilar products to treat a range of conditions in major therapeutic areas. Programs at Polpharma Biologics start in cell line development and transition through technical and clinical development to commercial-scale production ready to be commercialized by our partners in all major pharmaceutical markets. The company’s expertise is in the development and manufacturing of medicines based on microbial & mammalian expression. Company is currently developing 10 molecules and in addition, have 2 biosimilars approved in multiple markets. These leading biosimilars are partnered with multiple companies for marketing rights to different territories.
Pharmatelligence trading as Human Data Science
Human Data Sciences (HDS) is a medical data technology & research organisation specialising in the generation of instant real-world evidence (RWE) to support health-related decision-making. Livingstone® is our advanced analytics platform that generates scientifically validated RWE from the analysis of electronic medical records (EMR) in minutes. Livingstone® delivers instant insights into patient characteristics, disease patterns, treatments and clinical outcomes that are needed by multiple stakeholders including the pharmaceutical and MedTech industries, healthcare organisations, medical research charities and academics. Previously, the scientific evidence generated instantly by Livingstone® would have taken a skilled, multi-disciplinary research team months-to-years to generate.
OmniaBio
OmniaBio Inc. is a specialized cell and gene therapy CDMO with a vision to manufacture a disease-free world. OmniaBio provides comprehensive services to therapeutic developers from early process development through to commercial manufacturing. As a CCRM subsidiary, OmniaBio builds on over a decade of expertise in regenerative medicine and advanced therapies, offering its clients extensive leadership in immune cell-based therapies, induced pluripotent stem cell-based therapies, and lentiviral vectors. With current clinical manufacturing capabilities, and a commercial manufacturing facility opening this summer, OmniaBio is poised to meet the surging global manufacturing demand, enabling access to transformative treatments for patients around the world. Visit us at www.omniabio.com. | OmniaBio is redefining the future of cell therapy manufacturing through its proprietary AI-powered Intelligent Factory™. Purpose-built to accelerate discoveries and industrialize production, the Intelligent Factory™ integrates artificial intelligence and automation across the entire manufacturing lifecycle. With a focus on autologous CAR-T and other advanced therapies, OmniaBio’s platform enables scalable, efficient, and high-fidelity production by embedding predictive analytics, robotic bioprocessing, and digital quality systems into a unified, closed-loop system. This approach not only enhances throughput and consistency but also positions OmniaBio as a next-generation CDMO partner for innovators seeking to bring life-saving therapies to patients faster. | OmniaBio Inc. is a subsidiary of the Centre for Commercialization of Regenerative Medicine (CCRM), which was founded in 2011 to support the development and commercialization of cell and gene therapies and regenerative medicine technologies. Since 2016, we have offered contract development and manufacturing organization (CDMO) services to our clients which draws on the extensive resources of both CCRM and various partners with a team comprised of approximately 300+ professionals, scientists, and engineers, with 60+ PhDs. OmniaBio and CCRM have a strong history in establishing and fostering long-term partnerships with clients, and our deep expertise and state-of-the-art facilities are ideally suited to projects requiring scale-up in various bioreactor geometries, process optimization, and bioprocess engineering. Our services are tailored to each client’s needs to enable the best possible value and outcomes, whether that’s quick entry into the clinic or developing a more optimized process to enable high throughput for clinical manufacturing. Once OmniaBio’s new facility begins opening in late 2024, it will be Canada’s first commercial-scale CDMO dedicated to cell and gene therapies. Based at the McMaster Innovation Park, OmniaBio will anchor a biomanufacturing centre of excellence and open in three phases between 2024 and 2027. Benefitting from CCRM’s existing infrastructure and expertise, OmniaBio will serve the full continuum of process and analytical development and manufacturing capabilities spanning preclinical process development through to commercial stage manufacturing.