Functional Excipients
CARBOMER CHEMISTRY - Breaking Ground in Controlled Release
Nicholas DiFranco, MEM, believes by working alone or alongside other well-established excipients for controlled release such as HPMC, the power of carbomer chemistry can help drug developers to overcome common challenges associated with controlled-release formulations without resorting to more complex techniques.
WHITEPAPER - Copolymer Microstructures: Connecting Monomer Sequence Distribution With Biomedical End-Application Performance
To gain insights into advanced copolymer characterization techniques and their impact on drug release in biomedical products, we invite you to explore the latest Corbion white paper…..
Roquette Completes Acquisition of Qualicaps & Reinforces Global Position in the Pharmaceutical Industry
This strategic investment creates a stronger leader, with an expanded global footprint, as well as an enriched offering of oral dosage solutions…..
Lubrizol Launches Carbopol Polymers for Nutraceuticals With New EU Food-Grade Approval
The Lubrizol Corporation recently announces the new EU food-grade approval for Carbopol Polymers. The approval in the EU will enable nutraceutical manufacturers the ability to…
WHITEPAPER - Monitoring Low Dose API Blend Uniformity With Parteck® M Mannitol Using Near-Infrared (NIR) Spectroscopy
Direct compression is often used for tablet manufacturing because it is the shortest, most effective, and least complex method. The physical properties of active pharmaceutical…
Ashland Showcases New Bioresorbable Polymers Technology Platform, Pharmaceutical Products & Solutions
Ashland is showcasing its recently launched bioresorbable polymers technology platform and two new life sciences products during upcoming tradeshows, including CPHI Barcelona, October 24-26, in…
WHITEPAPER - The Viscosity Reduction Platform: Viscosity-Reducing Excipients for Protein Formulation
This white paper evaluates the viscosity-reducing capacities of excipients and excipient combinations…..
SOLUBILIZING & STABILIZING TECHNOLOGY - CAPTISOL® - Part Perseverance & Part Serendipity
Vince Antle, PhD, James Pipkin, PhD, and Lian Rajewski, PhD, say with decades of experience, proven safety, and recent and forthcoming authorizations in several new routes of delivery, the Captisol Team is looking forward to the next 2 decades and more of new drug products, new applications, and continued improvement in the technology.
FUNCTIONAL EXCIPIENTS - Much More Than Filler: Solving the Challenge of Patient Non-Compliance
Carin Siow, PhD, explains how the progress to tackle the root causes of medication mis-use has been frustratingly slow and believes the pharma industry’s secret weapon in the fight against non-compliance are functional excipients.
WEBINAR - Beyond the Lab: Unleashing the Potential of In Silico Modeling in Drug Product Formulation
In this webinar you will learn how digital chemistry tools facilitate rapid screening of formulation parameters, aiding in the identification of optimal drug delivery systems, excipient selection, and dosage forms….
WHITEPAPER - Improving API Solubility by Salt & Cocrystal Formation
Ensuring sufficient solubility is critical to the success of small molecule drugs. An active pharmaceutical ingredient (API) must be absorbed by the body and enter the systemic circulation to deliver the desired therapeutic effect. Many APIs,….
Comera Life Sciences Significantly Expands Intellectual Property Portfolio Strengthening the Proprietary SQore Platform
Comera Life Sciences Holdings, Inc. recently announced a significant expansion of its SQore patent portfolio with the issuance of four new patents and two new…
Acquisition of Solus BioTech Expands Croda's Specialized Pharma Business in Asia
Croda International Plc recently announced it has acquired Solus BioTech, a global leader in premium, biotechnology-derived materials, from Solus Advanced Materials…..
WHITEPAPER - Overcoming the Knowledge Gap: Long-Acting Injectables & Implantables
This whitepaper delves into the numerous benefits of long-acting drug delivery systems, including their ability to harness highly potent APIs, streamline development and intellectual property protection, and provide consistent drug release over extended periods.
Ardena & RiboPro Forge Strategic Alliance to Support the RNA Revolution With End-to-End Manufacturing of Advanced mRNA & LNP Solutions
Leading contract development manufacturer of nanomedicines, Ardena, has joined forces with mRNA and LNP technology specialists RiboPro to form a new strategic commercial alliance aimed at…
Lubrizol Licenses Award-Winning Apisolex™ Excipient to Welton Pharma to Develop a Novel Cancer Therapeutic
The Lubrizol Corporation recently announced the licensing of its novel excipient polymer technology, Apisolex™ excipient, to Welton Pharma (Welton). The license allows….
Croda Announces Two New Partnerships to Drive Sustainable Delivery Systems for the Pharmaceutical Industry
Croda International Plc recently announced it has signed two new partnership agreements that will help the pharmaceutical industry move toward a more sustainable supply chain for vaccine adjuvants…..
Ashland Announces Multifunctional Disintegrant for Improved Pharmaceutical Process Throughput
Ashland is introducing Polyplasdone Plus, a co-processed multifunctional direct compression superdisintegrant containing a glidant and lubricant. Saving time and simplifying development, the multifunctional disintegrant offers…
SPECIAL FEATURE - Outsourcing Formulation Development & Manufacturing: Putting Customers First
Contributor Cindy H. Dubin speaks with several leading CDMOs from around the globe on their unique development and manufacturing capabilities and technologies, and presents real-world examples of how they have put these to use to produce innovative compounds, lower development costs, and shorten time to market.
FORMULATION FORUM - PLGA – A Versatile Copolymer for Design & Development of Nanoparticles for Drug Delivery
Jim Huang, PhD, and Shaukat Ali, PhD, focus on the chemistry, properties, applications, and regulatory aspects of PLGA, and the future trends in the industry, especially those requiring the development of long-acting injectables for the treatment of a variety of rare diseases and for life cycle management.
What are functional excipients?
The global pharmaceutical excipients market was valued at $7.7 billion in 2020 and is expected to reach $11.2 billion by 2026. Functional excipients are witnessing a strong demand as companies supply a wide range of functional excipients that help manufacturers produce cost-effective, high-quality, finished pharmaceutical product. Many industry experts point to a widening demand and use of organic pharmaceutical excipients. These organic excipients include oleochemicals, petrochemicals, proteins, carbohydrates, and others. Additionally, binders and functional excipients are witnessing a strong demand. Regarding delivery route, it is the topical segment that is witnessing fast growth in the global pharmaceutical excipients market, as topical drug delivery is witnessing a significantly stronger progression because of its ability to surpass the metabolism pathways of the stomach and liver.
However, the high cost associated with the drug development process will impede the growth rate of the pharmaceutical excipients market. Additionally, strict government regulations have hindered the pharmaceutical excipients market growth. Safety, quality concerns, and lack of awareness will further challenge the market in the forecast period mentioned above.
This is particularly true for novel excipients, which do have technical, therapeutic, and commercial benefits in oral drug delivery. Despite their formulation-enhancing benefits, novel excipients are sacrificed early in development because of a lack of precedence of use.
Without an independent pathway to allow new excipients or new uses for existing excipients into drug products, except when associated with a drug filing, there are limited tools available for pharmaceutical companies to formulate better performing, and in many cases, life-saving drugs. Meanwhile, drug manufacturers are reluctant to use new excipients and take on the additional layer of scrutiny from regulatory agencies to demonstrate full excipient characterization, safety, quality, function, and appropriateness of use.
Functional Excipients and the FDA
The Food & Drug Administration (FDA) has acknowledged that the lack of novel excipients is indeed a problem. In September 2021, the Agency announced the Novel Excipient Review Pilot Program, which will select and review four novel excipients in the next two years using a new pathway. This will allow manufacturers to obtain an FDA review prior to the use of the novel excipient in a drug formulation.
The FDA’s recent stance and acceptance that the novel excipients are critical in development of new drug candidates, the perceptions around the novel excipients are being changed as the Agency continues to embrace the facts that the pharma industry is in dire need of new excipients for bringing the innovative drugs to the market faster. This is the first time in history that the agency is opening doors for novel excipients to be freely evaluated and used in the innovative formulations for NCEs.
Note, though, that this is not an excipient approval process; the novel excipient would still be evaluated as part of the overall drug product approval. In the next 3 to 5 years, we can expect to see an acceleration in the examination of the composition and purity of excipients.