What types of cell and gene therapy trials can PHARMExcel support?

PHARMExcel can support clinical trials involving a range of advanced therapy medicinal products, including autologous and allogeneic cell therapies, gene therapy approaches and other ATMP modalities entering human studies. Our role is focused on the clinical trial stage, particularly where governance, regulatory oversight and specialist site coordination are central to successful delivery.

What makes cell and gene therapy trials different from traditional clinical trials?

Cell and gene therapy trials often involve complex handling requirements, specialist treatment pathways, small or vulnerable patient populations and longer-term safety considerations. Requirements such as chain of identity, chain of custody, specialist site readiness and extended follow-up can add significant operational and regulatory complexity.

How does PHARMExcel support regulatory requirements for ATMPs?

PHARMExcel supports regulatory strategy and submissions for Advanced Therapy Medicinal Products, managing local regulatory expectations around clinical trial applications, first-in-human studies, safety oversight and long-term follow-up. Our focus is on ensuring that study documentation and trial processes are compliant, clear and realistic.

Can PHARMExcel support early phase cell and gene therapy trials?

Yes. PHARMExcel is well placed to support first-in-human and early phase ATMP studies where close oversight, specialist site coordination and disciplined safety management are essential. It does not support pre-clinical work, but we do help sponsors translate advanced therapies into well-governed human clinical trials.

How are logistics managed in cell and gene therapy trials?

ATMP studies often depend on carefully controlled processes such as chain of identity, chain of custody and time-sensitive coordination between specialist sites and service providers. PHARMExcel does not perform manufacturing or laboratory functions directly; it manages the  governance and oversight to help ensure these operational pathways are clearly defined, auditable and aligned with protocol requirements.

Why is long-term follow-up important in gene therapy trials?

Some gene therapy studies may involve durable biological effects or delayed safety considerations, which can require extended follow-up beyond the initial treatment period. Long-term follow-up helps sponsors and investigators monitor patient safety, capture meaningful outcome data and meet regulatory expectations for responsible trial oversight.