Insulin human (rDNA origin, Novo Nordisk)

Through a voluntary license from Lilly, Eva Pharma plans to start selling JAK inhibitor Olumiant in African countries in 2026. Two years ago, Eli Lilly linked up with Egypt-based generics maker Eva Pharma to help address insulin needs in Africa. Now, the drugmakers have partnered again, this time to expand access to Lilly’s JAK inhibitor Olumiant (baricitinib).With a “first of its kind” voluntary licensing agreement, the company will provide certain Olumiant manufacturing know-how to allow Eva Pharma to make and supply the drug to patients in 49 countries across Africa, president of Lilly International, Ilya Yuffa, said in a release."Our commitment to expanding access to affordable and innovative medicines for people living in low- to middle-income countries continues," Yuffa added.The move falls in line with Lilly’s access to healthcare initiative Lilly 30x30, which looks to widen access to its medicines for 30 million people in resource-limited settings annually by 2030.Eva Pharma, for its part, is “proud to localize the entire value chain of this critical medication on the continent, from producing high-potency baricitinib active pharmaceutical ingredient (API), to tackling complex manufacturing challenges," CEO Riad Armanious said in a statement. Eva is slated to kick off sales of the locally made Olumiant by 2026. The companies aim to reach an estimated 20,000 patients with this collaboration by 2030.JAK inhibitor Olumiant was licensed to Lilly from original maker Incyte and is approved to treat rheumatoid arthritis, atopic dermatitis, COVID-19 and most recently alopecia areata.In recent years, Lilly and Eva have been working together to ensure a “sustainable supply of life-saving medicines” across several African countries, the partners said in the release. In 2022, Lilly committed to delivering its active pharmaceutical ingredient (API) for its human and analogue insulin at a reduced cost in 56 African countries. That agreement also entailed a “pro-bono transfer” of the technology Eva needed to formulate, fill and finish vials and cartridges. Outside of that deal, Lilly also struck a similar deal with Bangladesh’s International Agencies (IABL) in 2023 to supply the API for its human insulin at a cheaper price in an effort to improve access and affordability for nearly 1 million people with diabetes in Bangladesh by the end of the decade.Eva, meanwhile, has also partnered with Gilead to supply its COVID-19 antiviral remdesivir across Africa at a major discount.  

Taylor Tieden for BioSpace The agency’s inertia and bureaucratic roadblocks are throttling hope for millions of patients. A new center of excellence would provide a solution. When I joined the FDA to be its “biotechnology czar” more than 40 years ago, genetic engineering was still a new concept. To fully grasp the nuances of the latest technological advances, we brought together experts in different scientific disciplines from across the organization. The first “biopharmaceutical” was human insulin synthesized in genetically engineered E. coli bacteria. Despite the novelty, we decided that because the FDA had prodigious experience with insulins sourced from pig and cow pancreases and also with drugs derived from various microorganisms, recombinant DNA techniques would be viewed as an extension or refinement of long-used and familiar methods for making drugs. Thus, no sui generis policies were required. That proved to be a historic, precedent-setting–and correct—decision. The human insulin, Humulin, was approved in a record-setting five months at a time when the average approval time for a New Drug Application was 31.5 months. Biopharmaceuticals now dominate the list of highest-revenue drugs and are critical to the health of tens of millions of patients. However, when it comes to another high-impact category of drugs, those for rare diseases, the FDA has a long way to go. When it comes to approving treatments for rare diseases, the Agency’s inefficient structure creates a confusing patchwork of policies that can lead to an inconsistent review process. There are over 10,000 rare diseases, some affecting only hundreds or even just dozens of Americans. In total, more than 30 million Americans live with a rare disease, but this large, vulnerable cohort has very little visibility outside of patients’ communities and support networks. There is currently no FDA-approved treatment for an estimated 95% of rare diseases, so millions of Americans (many of whom are children) face premature mortality, disability, severe pain, repeated hospitalizations and a drastically diminished quality of life. With such a large segment of our population living in a world without cures or treatments, you would think the FDA and its parent, the Department of Health and Human Services (HHS), would be doing everything in their power to usher in a new wave of innovation. But, perhaps unsurprisingly in government bureaucracies, they lack focus, coordination and an overarching strategy for addressing rare diseases. To become more effective in this area and to give hope to patients living on borrowed time, the FDA should establish a cross-cutting entity with a single leader to focus resources on the goal of getting treatments to rare-disease patients who need them without unnecessary delays. The FDA is Throttling Innovation In 1983 the Orphan Drug Act, which incentivized researchers to invest in new drugs and devices for rare diseases, was enacted. Before that landmark law was passed, just 38 rare disease drugs had been approved by the FDA; today, that number is well over 1,000. This is good news for patients, but much more must be done. The FDA continues to add and move boxes around on its organizational chart, but rare diseases continue to get short shrift, and innovation has suffered. Rare diseases are lumped into the Office of Rare Diseases, Pediatrics, Urologic and Reproductive Medicine, which dilutes both the expertise and focus on rare diseases. A further complication is that many therapies for rare diseases are classified as “biologics,” which are regulated not by the Center for Drug Evaluation and Research but by the Center for Biologics Evaluation and Research. Different groups of bureaucrats may have different biases and approaches, which causes the goalposts for approval to be constantly shifted, leading to additional, costly, difficult-to-perform new trials. This situation arises because expertise in the highly specialized fields required to understand the spectrum of rare diseases and the mechanisms for treating them is scattered across the Agency. The conflicting guidance and advice given by different components of the FDA is not a prescription for efficiency and expert oversight, let alone advocacy for rare disease drugs. And the involvement of regulators who advocate for the expeditious testing and approval of the drugs is important: There is a saying in government that “Personnel = Policy.” Unfortunately, many pharmaceutical companies decide it’s simply not worth the hassle of the additional regulatory burden, or that they can’t afford the cost of providing drugs on a “compassionate use” basis and gathering new data. Consider these recent examples: In April, after years of deliberations, the FDA finally agreed to consider a drug to help an estimated patient population of 130–150 Americans. The review had been delayed after the agency gave the drugmaker conflicting requirements for data it needed to submit, and prior to the FDA’s acceptance of its application, the company had planned to abandon the drug. The same month, a company founded a quarter-century ago went bankrupt after the FDA kept moving the goalposts on its treatment for a disease that affects one in four million newborns and has been shown to extend children’s lives. (Inexplicably, the agency also failed to grant the company an approval or even an Emergency Use Authorization for its drug to treat COVID .) A Call to Action To prevent unnecessary roadblocks to vital medicines, the FDA needs an organization that understands and will focus on advocacy for rare-disease drugs. Last year, the FDA made a step in the right direction when it launched the Support for clinical Trials Advancing Rare disease Therapeutics (START) Pilot Program to accelerate “the pace of development of certain CBER- and CDER-regulated products (novel drug and biological products) that are intended to treat a rare disease.” To achieve this, the agency said: Selected [drug developers] will be able to interact with FDA through rapid, ad-hoc communication mechanisms to provide a mechanism for addressing program-specific development issues, including but not limited to clinical study design, choice of control group, fine-tuning the choice of patient population, leveraging nonclinical information, or product characterization. The FDA’s recent establishment of a Rare Disease Innovation Hub is another noteworthy advance in addressing the needs of patients with rare diseases, but more is needed. Building on these efforts, the FDA should now create a new organization resembling the agency’s Center of Excellence for Oncology to focus on getting more treatments to patients who have precious little time or options. Developing a Center of Excellence (or “Intercenter Institute”) for Rare Diseases under a single, dedicated director would further streamline rare disease development. This idea, which has the support of bipartisan members of Congress , would aggregate specialists and researchers on different types of rare diseases and organ systems to expedite the testing, evaluation and approval of drugs for rare diseases. Ultimately, it would enhance cross-Agency collaboration and expedite drug delivery to patients who currently lack options for treatment. Many of these treatments will be cutting-edge gene and cell therapies and combination therapies that require expertise across multiple disciplines to fully understand how they work. Institutional change won’t be easy, but it is necessary. A Center for Excellence for Rare Diseases would be an excellent start.