Eli Lilly Strikes $870M Deal with Camurus for Long-Acting Obesity and Diabetes Drugs

Eli Lilly has entered into a significant partnership with Swedish biotechnology firm Camurus, potentially worth up to $870 million, to develop long-acting versions of its obesity and diabetes medications. The collaboration aims to utilize Camurus' FluidCrystal technology to create extended-release formulations of Lilly's incretin-based drugs, potentially revolutionizing treatment options in the rapidly expanding cardiometabolic health market.
Deal Structure and Technology
Under the terms of the agreement, Lilly will pay Camurus up to $290 million in upfront, development, and regulatory milestone payments. An additional $580 million is tied to sales-based milestones, along with tiered mid-single-digit royalties on global net product sales.
Camurus' FluidCrystal technology allows for the methodical release of therapeutic substances over extended periods. After injection, the lipid-based solution transforms into a liquid crystalline gel upon contact with bodily fluids. This gel encapsulates the active ingredient, gradually degrading to release the medicine over days, weeks, or even months.
Expanding Lilly's Cardiometabolic Portfolio
The deal grants Lilly access to apply the long-acting technology to up to four of its compounds, including:
- Dual GIP and GLP-1 receptor agonists
- Triple GIP, glucagon, and GLP-1 receptor agonists
- Amylin receptor agonists (optional)
This collaboration could help Lilly extend the durability of its already successful weight-loss medicines, such as Mounjaro (tirzepatide) for diabetes and Zepbound for obesity. In the first quarter alone, these drugs generated sales exceeding $6 billion for Lilly.
Market Competition and Future Prospects
The partnership comes as Lilly faces increasing competition in the obesity and diabetes market. Rival Novo Nordisk has also been developing long-acting formulations, recently striking a deal with Ascendis for a once-monthly GLP-1 drug. Other companies entering the space include:
- Amgen, with its Phase III candidate MariTide, a once-monthly dual GLP-1 receptor agonist and GIP receptor antagonist
- Regeneron, which recently acquired ex-China rights to a GLP-1/GIP receptor agonist
- Roche, expanding its obesity pipeline through a $1.65 billion deal
Lilly's move to develop long-acting formulations could help maintain its market leadership as competitors work on newer options with less frequent dosing schedules. The company is also advancing its pipeline with other innovative approaches, including an oral GLP-1 medicine that recently showed promising results in a Phase III trial.
As the obesity and diabetes treatment landscape continues to evolve, this collaboration between Eli Lilly and Camurus represents a significant step towards developing more convenient and potentially more effective long-acting therapies for patients managing these chronic conditions.
References
- Lilly Inks Deal Worth up to $870M To Develop Long-Acting GLP-1 Obesity Drugs
Eli Lilly joins up with Camurus to make long-acting versions of the pharma's obesity and diabetes drugs, joining the industry’s growing pipeline of programs that are differentiated by the frequency of dosing.
- Lilly partners with Camurus in search of a long-lasting obesity drug
The deal, which could be worth up to $870 million overall, will give Lilly access to a delivery technology that may help extend the durability of up to four of its weight-loss medicines.
- Eli Lilly enlists Camurus to help unlock long-acting obesity market in deal worth up to $870M
With the deal, Lilly can use Camurus' long-acting delivery technology on up to four of its own incretin compounds to develop injections in the cardiometabolic health space.
Explore Further
What are the specific roles and responsibilities of each company in this partnership between Eli Lilly and Camurus?
How does Camurus' FluidCrystal technology differ from other long-acting drug technologies currently available?
What is the competitive landscape for long-acting obesity and diabetes medications?
How will Eli Lilly's collaboration with Camurus impact its existing pipeline and market position in cardiometabolic health?
Are there other biotech companies pursuing similar partnerships to develop long-acting formulations in the same therapeutic area?