Pegaspargase (marketed as Oncaspar), a biologic drug approved by the FDA in 2006 for acute lymphoblastic leukemia (ALL) as a component of multi-agent chemotherapy, has long gone unchallenged by biosimilar candidates. That could soon change, according to information recently reported by the Generics and Biosimilars Initiative (GaBI).
Pegaspargase (marketed as Oncaspar), a biologic drug approved by the FDA in 2006 for acute lymphoblastic leukemia (ALL) as a component of multi-agent chemotherapy, has long gone unchallenged by biosimilar candidates. That could soon change, according to information recently reported by the Generics and Biosimilars Initiative (GaBI).
The drug, according to GaBI, has historic annual sales of approximately $1 billion. As its patents were licensed to Sigma Tau in 1994 (later acquired by Baxalta, then subsequently acquired by Shire), the industry estimates that the drug would have lost its US patent protection in 2006.
Despite pegaspargase’s potential for high returns, biosimilar manufacturers focused on products like adalimumab, infliximab, and trastuzumab have not historically challenged the high-earning drug. Yet several biosimilar manufactures may be ready to take on the high costs and complex development challenges of developing products referenced on this treatment:
Given the fact that each of these biosimilar manufactures is in early stages of development with candidates referencing Oncaspar, Shire will no doubt see continued strong earnings from this therapy as biopharmaceutical developers race to bring its first biosimilar to market.
Escaping the Void: All Things Biosimilars With Craig & G
May 4th 2025To close out the Festival of Biologics, Craig Burton and Giuseppe Randazzo from the Association for Accessible Medicines and the Biosimilars Council tackle the current biosimilar landscape and how the industry can emerge from the "biosimilar void."
How AI Can Help Address Cost-Related Nonadherence to Biologic, Biosimilar Treatment
March 9th 2025Despite saving billions, biosimilars still account for only a small share of the biologics market—what's standing in the way of broader adoption and how can artificial intelligence (AI) help change that?