Alex Kerr, Sam Trotter, and Poppy Maley explain how recent advances in biopolymers and manufacturing technology now enable formulation of injectable drug products to be tailored at will to achieve a target bioavailability in a shorter development time with robust and low cost of manufacture.
Contributor Cindy Dubin speaks with several innovative excipient companies that assert novel excipients – agglomerated, co-processed, and multifunctional – actively and safely affect formulation stability, solubility, and bioavailability as well as foster faster drug disintegration.
GLOBAL REPORT – 2020 Global Drug Delivery & Formulation Report: Part 2, Notable Drug Delivery and Formulation Product Approvals of 2020
In part 2 of this 4-part series, PharmaCircle, in collaboration with Drug Development & Delivery, focuses on notable drug delivery and formulation product approvals.
Jim Huang, PhD, discusses how understanding the properties of ASDs and their relationship to downstream product scale up, stability, and in-vivo performance is critical to successfully utilize them for drug delivery of insoluble drugs in early development and commercialization in a timely and cost-effective manner.
Sandy Munro, PhD, Nikki Willis, and Geraldine Venthoye, PhD, believe selecting the delivery device/platform on the basis of patient needs, nature of disease, and opportunities for accelerating the proof-of-concept or early clinical stages by using fast-to-clinic approaches can help to accelerate the project through later-stage development by combining the approach with seamless scalability, designing in manufacturability, and an appropriate manufacturing strategy.
BIOSIMILAR DEVELOPMENT – Guidance on Biosimilar Interchangeability: The Debate Over Drug Delivery Devices
Darren Mansell says as early experience in following this guidance has recently matured, some issues have arisen that may impede best available outcomes for patients, one of which is the question of whether “interchangeability” guidance may stifle innovation (and therefore improved patient experience) in drug delivery devices.
Keith R. Horspool, PhD, Shirlynn Chen, PhD, and Markus Koester, PhD, discuss an open innovation platform to stimulate scientific understanding, and development of potential new technologies, for delivery of compounds with challenging solubility by offering a set of more contemporary poorly soluble drugs free-of-charge for independent research activities.
Josef Bossart, PhD, introduces, in a series of short articles, a qualitative model to help understand and visualize the potential of a product with prescribers, patients, and payors. This simple model can help weed out product ideas that may at first glance seem attractive but offer little potential in the real world.
Laura Brand, Vice President of Celanese’s Medical & Pharmaceutical Business, discusses her company’s drug delivery platform and the value it brings to the industry.
NUCLEAR β-CATENIN INHIBITOR – TBL1 – A Novel Target for Safe & Effective Blockade of the Nuclear β-catenin Signaling Pathway
Ruolan Han, PhD, explains how targeting TBL1/TBLR1 enables specific silencing of oncogenic Wnt target gene expression without affecting other necessary cellular functions that are disrupted when targeting higher up the Wnt pathway.
EXCLUSIVE ONLINE CONTENT
This e-Book showcases the various types of services that leading testing companies offer and how they are helping industry comply with regulations to get their products approved and commercialized.
EXECUTIVE INTERVIEW – Oasmia Pharmaceutical: Commercializing Technologies While Pursuing the US Market
Julian Aleksov, Executive Chairman of Oasmia Pharmaceutical, discusses his company’s efforts to enter the US market, its strategy to increase commercial adoption, and why it believes its underlying drug delivery system technology is significant not only within the oncology sector, but the entire pharmaceutical industry.
Hywel Williams, PhD, Annabel Igonin, PhD, David Vodak, PhD, and Hassan Benameur, PhD, believe lipophilic salts are being explored in a number of different areas and one interesting application is their potential to boost API loading in lipid formulations.