Tech Tales #3 Versatility in Cargo Encapsulation
At Vector Bioscience Cambridge, our mission is to transform drug delivery through innovative science and technology. In this third Tech Tales, we highlight the versatility of our MOF-based nanoshuttle platform and its ability to encapsulate and transport various types of therapeutic cargo.
Our nanoshuttles are designed with a cargo-agnostic approach, which means they can carry a wide range of treatments, from small-molecule drugs to macromolecules such as peptides, proteins, and RNA. This adaptability allows us to tailor each nanoshuttle to the specific needs of the therapy and the target condition, enhancing precision and effectiveness.
Customising the nanoshuttles starts with optimising the encapsulation process for the selected treatment or combination of treatments. The porous structure of MOFs, combined with our expertise in synthetic chemistry and drug formulation, enables us to adjust the loading and release profiles to suit the therapy’s requirements. This precision is particularly important in cancer treatment, where targeted delivery and controlled drug release are essential to minimise side effects and improve patient outcomes.
The controlled release mechanism of our nanoshuttles ensures that the therapeutic agents are released gradually and locally at the target site, reducing the risk of systemic toxicity. By focusing on delivering drugs where they are most needed, our technology supports the development of more effective therapies, contributing to the broader goal of improving treatment standards in oncology and beyond.
Our platform’s versatility opens the door to developing tailored therapies for a range of applications, from single treatments to complex drug combinations. By enabling localised and precise delivery, we aim to address unmet medical needs and enhance the lives of patients.
Stay tuned for the next Tech Tales post as we continue to explore the science and innovation behind our MOF-based nanoshuttle platform.
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Interested in learning more? Reach out to us—we’d love to discuss how our technology could help shape the future of healthcare.