Completed Cancer Genetics & Molecular Biology

Digital Delivery of Personalised Advanced Therapies

In plain English

AI plain-English summary

Advanced therapies that genetically engineer a patient’s own immune cells to fight cancer are now a commercial reality, but the supply chain needed to deliver them at scale does not yet exist. These treatments—such as CAR-T cell therapies—are not pills you pick up at a pharmacy. Each batch is a bespoke medicine, manufactured from a patient’s own cells, then shipped back to the hospital for infusion. The patient and the hospital are both the source of raw material and the recipient of the finished product. Current tracking, manufacturing, and delivery systems cannot handle this closed-loop complexity at the volumes needed for widespread use. Without a solution, even proven therapies will remain inaccessible to most patients. This project will pilot intelligent tracking and manufacturing systems that manage every step—from cell collection through production to final release—without compromising product quality. The goal is to build a full-scale UK Advanced Therapies Manufacturing Centre that can certify and release thousands of batches efficiently. If successful, the work will transform a fragile, bespoke supply chain into a reliable national infrastructure, making personalised cell and gene therapies a routine treatment option rather than a rare exception.

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Advanced Therapies have come of age. The spectacular clinical results demonstrated by novel gene-engineered T-cell therapies, with subsequent regulatory approvals in the US and EU, have confirmed the commercial reality of a new class of therapeutics that offer real hope to patients who are bereft of effective treatment options. But behind this hope lies a deep concern that problematical scalability will severely limit patient access to these therapies. Current Supply Chain technologies and Delivery approaches are inadequate to address the needs of complex madicines that require individual manufacture and a 'closed loop' supply chain whereby the hospital and patient themselves are both the provider of input material and the receiver of a personalised medicine. What is required is a sophisticated approach that allows for flawless tracking and tracing of each batch both during manufacture and during delivery. Integratred into this supply chain is a series of intelligent systems that manage all aspects of manufacture, thus permitting the efficient and scalable certification and release of thousands of batches without any compromise to Product Quality. This Project will pilot these technologies at scale and integrate those findings into a full scale UK-based Advanced Therapies Manufacuring Centre. Keywords: Advanced Therapies; Personalised Medicines

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Related Research

Grants with similar aims, by meaning.

Development of an Innovative Supply Chain Model to Expedite Delivery of Viral Vector ATIMPs to Clinical Trials
Empowering the NHS advanced therapies ordering prototype IT system with Manufacturing insight from an electronic batch manufacturing system
Improving T-Cell manufacture through automation - scaling out, reducing costs and increasing quality to meet the emerging demand for patient-tailored cancer therapies.
Design, Transfer and Qualification of a Commercially-Scalable Process for Viral Vectors
SMARTCell: Scalable Manufacture of Advanced Regenerative Therapeutics - Cell Therapies

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