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How the Riyadh Global Medical Biotechnology Summit is de-risking Saudi Arabia's cell and gene therapy ambitions
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by Prof. Hisham A. Badreldin
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Medicine is shifting from small-molecule drugs toward cell and gene therapies (CGT) that edit, replace, or reprogram biology at its source. For Saudi Arabia, localizing this class of medicine is a foundational pillar of its Vision 2030 and National Biotechnology Strategy. The Riyadh Global Medical Biotechnology Summit (RGMBS) is the primary forum where that transition is being worked out, bringing regulatory, industrial, and academic groups together to build a domestic biotechnology ecosystem. In
Saudi Arabia, that shift is being shaped directly by the National Biotechnology Strategy, which sets the Kingdom's biotechnology ambitions through 2030 and 2040 across four pillars: vaccines, biomanufacturing and localization, genomics, and plant optimization. H.E. Prof. Bandar Alknawy, Chief Executive Officer of the Ministry of National Guard Health Affairs and President of King Saud bin Abdulaziz University for Health Sciences (KSAU-HS), has pointed to scientific infrastructure, including laboratories, integrated research centers, and clinical trial networks, and to investment in national talent and leadership across academia, industry, and regulation, as the foundations the strategy is built on. RGMBS is where those foundations are put in front of an international audience. As Director of the Saudi Biobank Center at the King Abdullah International Medical
Research Center (KAIMRC), I have watched RGMBS evolve from an emerging scientific gathering into a summit that increasingly functions as a working session rather than a ceremonial one. For me, it has come to represent more than a conference: it is where ideas mature into collaborations, collaborations become strategic partnerships, and partnerships translate into impact for patients. | | Aligning government, academia, and industry | Localizing CGT requires a complex integration of government, academia, and industry, a model often called the triple helix of innovation. RGMBS operates as a coordination platform that brings these groups together and, in doing so, moves beyond a traditional trade
exhibition. By connecting global biopharmaceutical firms with local research institutions such as KAIMRC, the summit supports the transfer of technical expertise needed to scale complex manufacturing processes such as viral vector production and autologous T-cell processing. That kind of institutional exchange helps ensure the Kingdom's infrastructure development is informed by practices already established elsewhere, which lowers the risk that comes with building a biotechnology industry from a relatively early stage. | | De-risking capital investment and infrastructure deployment | A significant barrier to domestic gene therapy production is the capital expenditure required for
cGMP-compliant facilities. RGMBS serves as a venue for de-risking that investment. By giving entities such as Lifera a platform to present their contract development and manufacturing organization (CDMO) capabilities to an international audience, the summit helps validate the Kingdom's readiness to host complex manufacturing. The summit also highlights the regulatory
maturity the Saudi Food and Drug Authority (SFDA) has achieved through its WHO Maturity Level 4 (ML4) status. That recognition matters for foreign direct investment (FDI): it assures global firms of a transparent, predictable, and dependable framework for the clinical and commercial approval of advanced therapies. | | Scaling clinical trial infrastructure and data | Clinical adoption of CGT depends on high-quality clinical trial environments. RGMBS has become a venue for expanding these networks, facilitating partnerships that draw on Saudi Arabia's population
data and high-volume clinical centers. By connecting global drug developers with local principal investigators, the summit supports the growth of clinical trial registries focused on rare disease and oncology. That growth is one indicator of the increasing capacity of the Saudi healthcare system to act as a partner in the translational research pathway, and it is reflected in the rising number of
clinical research applications the SFDA has reported processing in recent years. | | Building human capital for a knowledge economy | A knowledge-based economy needs a workforce
that can work across bioinformatics, genetic engineering, and advanced manufacturing. RGMBS functions as an aggregator that connects academic output with industry need. Through its scientific tracks and symposia, the summit engages Saudi scientists in discussions on AI-driven drug discovery and genomic medicine, work that matters because physical infrastructure is only as useful as the people who can run it. | | What I will be watching this year | Looking back at previous editions, several things stand out. The growing participation of global biotechnology leaders alongside Saudi government bodies, academic institutions, and healthcare providers suggests Saudi Arabia is
increasingly seen as a partner in biotechnology innovation rather than only a healthcare market. So has the growing emphasis on translational research, biomanufacturing, genomic medicine, and artificial intelligence, all central to a modern advanced therapeutics ecosystem. For the Saudi Biobank, these summits have been an opportunity to show how high-quality biospecimens, integrated clinical data, and well-governed research platforms can accelerate precision medicine, and to have
conversations with international pharmaceutical companies, technology providers, sequencing platforms, and academic collaborators. Several of those conversations have grown into ongoing partnerships. My strongest takeaway from previous editions is that advanced therapies cannot succeed without equally advanced national research infrastructure: high-quality biospecimens, comprehensive genomic datasets, longitudinal clinical information, and standardized governance. Biobanks are not merely
supporting infrastructure. They are foundational assets that enable biomarker discovery, patient stratification, clinical trial recruitment, and ultimately the localization of precision medicine. This year's summit comes at an active moment for the sector. Saudi Arabia is working on several fronts at once: implementing the National Biotechnology Strategy, strengthening regulatory maturity through the SFDA, expanding domestic biomanufacturing
capacity, and increasing international investment. At the same time, the scientific community appears to be converging on a shared goal of building an end-to-end biotechnology ecosystem within the Kingdom. What I am most looking forward to this year is discussion of integrated national ecosystems rather than individual technologies: connecting biobanks, genomic sequencing initiatives, clinical trial networks, digital health infrastructure, advanced manufacturing, and regulatory
science into a single pipeline. That kind of integration is what would let Saudi Arabia move from adopting advanced therapies to developing them. If you're working on any piece of this, cell and gene therapy, biobanking, regulatory science, or just want to see where the Kingdom's biotech strategy is heading, come check out RGMBS this September. I'll be there and would love to compare notes. Full program's at rgmbs.org. |
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