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Marker Therapeutics locks in expanded US cell therapy manufacturing for MT-601

Marker Therapeutics locks in expanded US cell therapy manufacturing for MT-601 GenoMethods.org © genomethods.org
Marker Therapeutics locks in expanded US cell therapy manufacturing for MT-601 © genomethods.org
Marker Therapeutics gets a major lift for its lead cell therapy MT-601 as Kincellis Advanced Therapies steps in with bigger US manufacturing and deeper technical know-how.

Marker Therapeutics is putting its future on MT-601. Now, the company has secured a manufacturing partner with the scale to match its plans. Kincellis Advanced Therapies, formed from the merger of Cellipont Bioservices and Kincell Bio, brings 140,000 square feet of US-based development and manufacturing space and 16 GMP suites across three sites. Marker says these resources are key as MT-601 heads toward pivotal trials and possible commercial launch.

This is more than a routine vendor change. Marker used to rely on Cellipont Bioservices for MT-601’s clinical manufacturing. The creation of Kincellis Advanced Therapies marks a clear jump in both size and technical strength. The combined CDMO now has a bigger scientific team, a wider manufacturing network, and stronger financial backing, all focused on cell therapies. For Marker, this means a steadier, less risky supply chain as MT-601 moves through tough clinical stages.

Kincellis Advanced Therapies supports a wide range of advanced therapy programs, including autologous and allogeneic cell therapies such as CAR-T, Tregs, CAR-NK, MSCs, dendritic cell vaccines, exosomes, iPSCs, and synthetic mRNA.

Juan Vera, MD, President and CEO of Marker Therapeutics, is openly optimistic about the stronger partnership. He stresses how important expanded manufacturing is as MT-601 moves forward. MT-601 (neldaleucel) is Marker’s lead program. It is a multi-antigen T cell product that targets six tumor antigens found in lymphoma. The therapy is now in the Phase 1 APOLLO study (NCT05798897) for patients with lymphoma who have relapsed after anti-CD19 CAR-T cell therapies or cannot get those treatments.

Early results from the APOLLO trial are already getting attention. Among 12 patients with Non-Hodgkin Lymphoma, MT-601 showed a 66% objective response rate. Half of those patients reached complete remission. These early results set a high bar for the next phases and show why reliable, scalable manufacturing is urgent as Marker looks to later-stage development.

Kincellis Advanced Therapies CEO Darren Head has promised steady support for Marker’s changing needs. He positions the new CDMO as a long-term partner, not just a temporary supplier. With 16 qualified GMP suites and a US footprint built for both clinical and commercial supply, Kincellis is now a key part of Marker’s plan to bring MT-601 to market.

Kincellis Advanced Therapies was formed to expand late-stage and commercial manufacturing capacity, supporting programs from early-stage CMC and analytical/process development through clinical supply and pivotal-stage programs.

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Marker Therapeutics, based in Houston, focuses on next-generation T cell therapies for blood cancers and solid tumors. The company’s move to double down on manufacturing at this stage is a calculated bet—one that could decide if MT-601 goes from a promising clinical candidate to a real commercial product. Manufacturing bottlenecks have stopped even the most promising cell therapies before. Marker’s early push to secure supply stands out as a rare case of planning ahead. If the APOLLO trial’s early momentum continues, this expanded partnership could be a turning point for Marker and for patients waiting for new options in relapsed lymphoma.

A Cell & Gene Therapy Review feature reports that Kincellis operates in Gainesville, Florida; Research Triangle Park, North Carolina; and The Woodlands, Texas. This gives Marker a manufacturing network that is both geographically spread out and resilient.

Elena MacLeod Clinical biotechnology and CAR-T editor GenoMethods.org
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Elena MacLeod

Elena MacLeod is Clinical Biotechnology Editor at GenoMethods, covering CAR-T, engineered cell therapies, gene therapy, clinical trials, cancer immunology and regulatory developments. Her evidence-first reporting focuses on trial design, patient populations, safety, efficacy, response durability and the limitations that determine how early clinical results should be interpreted.