ISPOR, the professional society for health economics and outcomes research (HEOR), recently held its annual conference, which brought together nearly 4,000 researchers, regulators, payers, drug developers, providers, and other stakeholders from across the healthcare continuum. During one panel session, experts in biosimilar regulatory, legal, and reimbursement discussed the crucial elements needed to foster a robust and sustainable U.S. biosimilars marketplace over the long term.
The number of new chemical entities gaining FDA approval more than doubled from 2017 to 2018. Global R&D spending increased 3.5%. The pipeline is strong, but how many innovations are actually reaching patients?
In this first of what will be a two-part article, USP's Fouad Atouf highlights the challenges presented by the FDA’s newest guidance while remaining optimistic that the large amount of data recommended today will open doors to more efficient development in the (hopefully) near future.
Upstream bioprocessing at large and commercial scales is projected to be the fastest growing segment of the single-use equipment market as products now in development using SUS move up to commercial manufacturing. In addition, as cellular and gene therapies emerge, we will likely see SUS technologies created and adapted explicitly for these personalized applications.
Despite the importance of the process the FDA is outlining in the guidance, I’ve surprisingly heard little chatter — positive or negative — about what the agency is now outlining and what this may mean for biosimilars and the biosimilar regulatory paradigm moving forward. Here are a couple of the biggest takeaways to note.
The existence of what we now call “patent thickets” is a threat to the biosimilar industry (as well as to the introduction of affordable generic drugs). The possibility that innovator medications like AbbVie’s Humira (adalimumab) and Amgen’s Enbrel (etanercept) can retain market exclusivity decades beyond their original date of introduction angers all except the manufacturers’ shareholders.
Adapting any manufacturing process to continuous manufacturing requires in-depth chemical and mechanical engineering understanding as well as the right technologies.
I particularly enjoyed a conversation amongst a panel of physicians at a recent conference, several of whom elaborated upon the value increased use of biosimilars can bring to the table — both for patients and physicians. And though savings and access are main goals, physicians also see another critical benefit of greater biosimilar use.
The debate on drug pricing is raising questions about why U.S. patients pay some of the highest fees in the world to access prescription medicines. Politicians are putting manufacturers of insulins under particular scrutiny.
In recent years there has been growing, bipartisan support to address the perceived high cost of biologic drugs. Indeed, recent estimates are that biologic drugs account for approximately 40 percent of all U.S. pharmaceutical sales and 70 percent of drug spending growth between 2010 and 2015.
Viral clearance studies are a critical part of the production of biologics. However, performing studies that are accurate and cost-effective can be challenging. Here are seven things to consider while performing your next chromatography viral clearance study.
The pharmaceutical industry’s success has become something of a double-edged sword, and our healthcare systems are burdened with the costs of lifestyle challenges. Everyday businesses and healthcare professionals must work diligently to improve our quality of life, but pricing and access will continue to be a battle globally that the industry must take note of.
There is an increased risk of viral contamination in settings where ATMPs are prepared, making it critical to understand the contamination risks and the solutions available to control them.
Protein Sciences learned several valuable lessons during the development and final regulatory approval of its recombinant hemagglutinin (rHA) influenza vaccine, Flublok.
Mixed-mode resins are often used when unimodal resins fall short of providing the required process productivity and/or process economics. To overcome this deficiency, Bio-Rad developed the Nuvia aPrime 4A Resin with an optimal balance of ion exchange and hydrophobic interactions to deliver simultaneous purity and yield of therapeutic proteins and monoclonal antibodies that are typically difficult to purify.
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