Thanks, Shane. Historically, targeted radiotherapeutics have faced significant supply and manufacturing challenges, primarily due to limited finished product manufacturing locations, constrained availability of isotopes, the isotope half life and limited shelf life of the finished product, resulting in manufacturing and patient treatment bottlenecks.
Additionally, targeted radiotherapies have been expensive to manufacture with significant challenges and scalability to match market demand. At Cellectar, we've implemented multiple strategies to avoid many, if not all, of these pitfalls. Unlike other models, we've adopted a flexible modular manufacturing strategy.
This approach offers scalability and addresses various challenges in traditional manufacturing methods. Instead of relying on a single Cellectar-operated manufacturing facility, our modular approach utilizes a network of overlapping suppliers and contractors.
This tactic reduces the overall footprint and operating costs of one or multiple manufacturing facilities, significantly lowering fixed capital expenditure. Furthermore, by validating multiple suppliers of every component of our product, we have mitigated issues related to constrained source of isotope, the targeting ligands and limited finished product manufacturing capabilities.
Our modular approach enables rapid increases in supply to meet market demands. Currently, we can supply over 200 doses per week of iopofosine I 131 with the capability to quickly scale up to over 1,000 patient doses per week without expanding our existing infrastructure. This means we can effectively serve the needs of nearly 20,000 patients per year without additional investment.
Additionally, our modular supply chain allows for further expansion of this market as the market grows with capacity to nearly double current supplies and plans to place -- plans in place for over a 50% increase in supplies with the addition of at least one more facility.
Securing our supply chain was the first step in our plan to improve the availability of iopofosine. In addition, we have invested in optimizing production processes, enhancing yield and reducing costs. Exploring alternative production methods has increased flexibility and scalability. These efforts have resulted in a more robust process, improved product quality, increased production capacity and a novel formulation providing an industry-leading 17-day shelf life.
These developments have also generated new intellectual property and technologies applicable to future radiotherapeutic programs like our actinium or alpha-emitter program. Our modular production strategy extends to our logistics chain and physician provider network, aiming to provide the most flexible and accessible options for patients and physicians.
While regulatory restrictions by the NRC and FDA dictate where patients can access targeted radiotherapies, we have designed a system to provide broad access. We are committed to working closely with both community-focused oncology networks and hospital systems to ensure availability of iopofosine I 131 for their patients. You can expect to learn more about the strategic approaches during our upcoming June data release and KOL call.
I will now turn the call over to Jim for closing remarks. Jim?