Novartis' cell therapy ambitions outpace early returns
- Novartis, having bet heavily on cell therapy in cancer, has its sights set on wider applications for the complex technology, even as manufacturing hurdles dampen near-term expectations for its approved treatment Kymriah.
- "Cell therapy enables us to use an ex vivo manufacturing process to take cells out of the body and reprogram them," Novartis CEO Vas Narasimhan said in a Monday presentation at the J.P. Morgan Healthcare Conference. "I believe in the long run that could be applied to many disease states and building capability there will be incredibly important."
- That ambition, Narasimhan argued, links a series of recent investments the Swiss pharma's made in its manufacturing capacity, capped by a bid late last year to buy the French biotech CellforCure. Cancer cell therapies, however, have yet to live up to their blockbuster billing, with both Novartis and Gilead Sciences facing challenges in rolling out their respective drugs.
"Historically, we've been in a world of small molecules and large molecules," the executive said Monday. "My goal over the course of this past year has been to expand the game board."
Each area of cell therapy, gene therapy and radiopharmaceuticals presents unique commercial problems to solve, however. So far in CAR-T cell therapy, at least, those challenges have proved a reality check to how quickly Novartis can realize its ambitions.
"We clearly had a bump in the road in terms of learning how to scale up the manufacturing," admitted Narasimhan, in reference to Kymriah (tisagenlecleucel).
While Novartis has been able to successfully deliver the CAR-T therapy to patients, out-of-specification manufacturing data have meant the pharma hasn't always been able to charge for the pricey treatment.
Impacted by those difficulties and challenges with reimbursement, commercial returns to date for Kymriah have been modest compared to expectations. Sales through the third quarter totaled $48 million, leaving a long runaway ahead of a therapy discussed in the past as capable of $1 billion-plus in annual revenue.
Partly in response — but also with eyes to securing future supply — Novartis has expanded operations in Stein, Switzerland, made a bid to acquire CellforCure and inked partnerships with CBRI in Japan and Cellular BioMedicine in China.
"We have been consistently investing to build up this manufacturing footprint," Narasimhan said. "We can use this manufacturing footprint for CAR-Ts in cancer, but we can also use it for other lentiviral-based cell reprogramming or other reprogramming approaches that arise in the future."
What those may be is not yet clear. Novartis' pipeline lists 8 clinical CAR-T cell therapy programs, all in oncology. Narasimhan mentioned allogeneic CAR-Ts as one area of preclinical research.
In gene therapy, Novartis awaits the FDA's verdict on Zolgensma (onasemnogene abeparvovec), a one-time treatment for spinal muscular atrophy that raises similar questions around cost and manufacturing.
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