How Technology is Transforming Drug Rebate Management
READ MORE
Insights & Articles
3 min
Gene therapy’s biggest prize thus far in terms of market potential may be in the diabetes space, specifically diabetic complications, which are varied and afflict millions of diabetics. Several gene therapies targeting diabetic complications are in late-stage clinical development, including Engensis and RGX-314. These two gene therapies are projected to possibly receive U.S. marketing authorization in the second and fourth quarters of 2024, respectively.
As a treatment indicated for diabetic peripheral neuropathy, Engensis has a possible eligible population in the U.S. of 5.5 to 11.5 million adult patients. Meanwhile, as a treatment targeting diabetic retinopathy, RGX-314 has a potential eligible population of approximately 4.2 million adult patients.
If approved, these gene therapies could address deficiencies in care for these patients. Of course, not all eligible patients will be prescribed these treatments. Nevertheless, given the unmet need in this space, it’s projected that millions of patients would at least consider such therapies.
Diabetic peripheral neuropathy affects the feet and legs of patients first, followed by the hands and arms. Signs and symptoms include numbness or reduced ability to feel pain or temperature changes. Besides managing blood sugar to treat diabetic neuropathy, there’s a plethora of symptomatic relief medications which include nerve pain medications, anti-depressants, and anti-seizure medicines.
As an investigational non-viral gene therapy – to be taken at intervals, so not a one-time treatment - Engensis has the potential to become the first analgesic drug to significantly ameliorate and possibly reverse the progression of diabetic peripheral neuropathy. It holds great promise, but for payers the cost burden may be very difficult to manage.
Diabetic retinopathy is a leading cause of visual impairment. It is characterized by vascular lesions and neuronal damage of the retina. Treatment options for this condition are currently limited. Gene therapy has the potential to provide an alternative treatment for diabetic retinopathy with distinct advantages, such as longer therapeutic effect, less injection frequency, ability to intervene at disease onset, and potentially fewer side effects. RGX-314 is one such therapy – an investigational recombinant adeno-associated virus vector – being developed as a potential one-time treatment for diabetic retinopathy and wet age-related macular degeneration. Similar to Engensis, the up-front costs for payers seeking access to RGX-314 may be very burdensome. Invariably the question is how, once these gene therapies gain regulatory approval, the healthcare system will be able to pay for these high-priced therapies that target such potentially large populations. Value-based pricing agreements, in which refunds would be offered in instances of treatments not attaining certain pre-determined outcomes, have proven to be highly effective.
The Lyfegen Platform enables more efficient and transparent management of value-based drug pricing contracts for all kinds of cell and gene therapies – including those targeting large populations – by using intelligent data-driven algorithms to capture and analyze patient-level drug cost data. The Lyfegen Model & Agreements Library can help stakeholders explore real-world models and identify which model are best-suited for the specific use-case and desired negotiation outcomes.
Learn more on: lyfegen.com
.svg)
.svg)
.svg)
READ MORE
The complexity of drug rebate management has grown significantly in recent years. With multiple rebate structures, evolving regulations, and limited visibility across the process, pharmaceutical companies and payers face increasing challenges in tracking, optimizing, and ensuring compliance in rebate agreements.
Traditional rebate management often relies on manual processes, spreadsheets, and siloed data sources—leading to inefficiencies, errors, and revenue leakage. But technology is changing that. Automation, real-time analytics, and centralized platforms are transforming how pharma and payers approach rebate strategies.
Automation and AI
Advanced Analytics and Predictive Modeling
Improved Compliance & Transparency
The future of rebate management isn’t manual—it’s intelligent, automated, and built for scale. That’s exactly where Lyfegen comes in.
Our Rebate Analytics Platform is designed to help both payers and pharmaceutical companies take control of growing complexity. With automation, analytics, and real-time insights at its core, Lyfegen enables your team to:
Payers and pharma leaders around the world are already using Lyfegen to recover lost revenue and gain full visibility into their rebate performance.
Now it’s your turn. 👉 Book a demo and see how Lyfegen transforms rebate management—starting today.
READ MORE
With price tags in the millions, gene therapies are redefining medicine—and reshaping how we negotiate access to it. For both payers and pharmaceutical companies, these breakthrough treatments present a shared challenge: how do you fund what feels priceless?
From Zolgensma to Hemgenix, gene therapies promise one-time cures for rare and life-threatening diseases. But the financial model behind them can’t follow the traditional playbook. These treatments call for a smarter, more collaborative approach to pricing—and that’s exactly what’s taking root.
Why Payers and Pharma Need a New Playbook
Unlike conventional drugs, gene therapies frontload their cost while delivering benefits over time. That disconnect forces a fundamental rethink of how pricing, reimbursement, and risk-sharing are handled.
According to the Lyfegen 2024 Drug Contracting Trends Report, health systems worldwide are moving toward innovative agreements: outcome guarantees, installment plans, and subscription-based models. These aren’t just experiments—they’re becoming essential tools to balance patient access with financial responsibility.
For payers, it’s about managing risk while maintaining equity. For pharma, it’s about demonstrating value in a way that aligns with clinical reality. Either way, the direction is clear: shared risk, shared benefit.
Global Shifts That Are Shaping the Market
The trends are global and accelerating. In the United States, payers like Blue Cross Blue Shield and Medicaid are embracing outcome-based models for sickle cell gene therapies like Casgevy and Lyfgenia. Brazil’s Ministry of Health uses installment payments for Zolgensma, spreading risk over five years while tying reimbursement to real-world outcomes.
In Europe, countries like Spain and Italy combine restricted coverage with annual reassessments, ensuring that high-cost therapies are only reimbursed if they continue to deliver results.
The message? Pricing innovation is no longer a nice-to-have—it’s the only way forward.
How Lyfegen Bridges the Gap
At Lyfegen, we help payers and pharma move beyond the negotiation table—and into action.
• Our Agreements Library, the world’s largest digital repository of value-based contracts, helps you understand what others are doing and where the benchmarks lie.
• Our pricing simulation engine lets both sides explore scenarios before committing—making deals smarter from day one.
• And our automated platform handles everything from contract setup to rebate tracking, saving time, reducing risk, and driving transparency.
A Smarter Way to Fund the Future of Medicine
Gene therapies will continue to challenge the limits of what we think healthcare can afford. But with the right models and tools, both payers and pharma can find common ground—ensuring that innovation reaches the patients who need it most.
Curious about what’s next in drug contracting?
Download the 2024 Drug Contracting Trends Report for exclusive insights, real-world examples, and global benchmarks.
Sign up & be the first to know about INNOVATIONS
* By sending this message, you agree to our privacy policy.
