Search Results for: antibody characterization

Scientific and Technological Advancements in Applications of Single-Use Technology: A Conference Report

Single-use technology (SUT) has been used increasingly both in clinical and commercial biomanufacturing (1). Proven major advantages include relatively low capital investment, elimination of batch-to-batch cross contamination and reuse cleaning validation efforts, flexibility in manufacturing, and shortened product lifecycles. However, some challenges and barriers to implementation remain: Consumables costs are increasing. Specific regulatory guidance is lacking, as is component interchangeability and standardization. And few if any leak-proof components/systems are available. International groups and associations focused on setting best practices and…

2019 BioProcess International West Event Report

At the BPI West conference in Santa Clara, CA, common themes wove throughout multiple tracks specific to process stages and levels of regulatory scrutiny. The BPI West program brings upstream and downstream experts together into the same sessions based on whether they share early or late-stage concerns. Even though special tracks addressed viral safety and technological advancements this past March, and preconference symposia focused on specific topics, a significant amount of session overlap throughout the week ensured that attendees could…

Introduction: Drug Product Discussions

Quality by design (QbD), risk management, and new technologies are shaping biologics formulation work in the 21st century. We saw much evidence of this at the BioProcess International Conference and Exhibition in Boston last fall, where a wide range of talks filled the Drug Product, Fill–Finish, and Formulations track during the week after Labor Day. Dingjiang Liu (Regeneron) offered a high-level discussion from the BioPhorum Development Group (BPDG) on “An Intercompany Perspective on Biopharmaceutical Product Robustness Studies.” Such studies ensure…

Analytical Strategies for Fixed-Dose Coformulated Protein Therapeutics

Coformulation of two or more proteins in a single formulation is an emerging approach to delivering multiple biotherapeutics that previously have been administered in sequence. This approach brings multiple benefits to all stakeholders. Foremost for patients, the primary benefits are combined therapeutic effects and improved convenience (e.g., fewer administration events). Healthcare providers see logistical benefits and decreased risk of medical errors. Additionally, coformulations also simplify manufacturing logistics, reduce costs of packaging and distribution, and provide new opportunities for product portfolio…

Aspects of Acceleration: Biomanufacturers Need Smart Strategies to Speed Products to Market

No matter what the industry, it’s widely accepted that slow-moving companies give their nimbler competitors an advantage, allowing them room to dominate the market even if their products are not superior. “Me-too” products and their sponsors often are seen as followers rather than leaders — even if they offer improvements over what is already available. Fast movers are flexible and adaptive to a dynamic business environment. They capitalize on opportunities and navigate risks and challenges by responding quickly to changes…

Partnerships in Immunotherapy for the Future of Cancer Treatment

Immunotherapy seeks to harness the power of our human immune system to fight disease. In this rapidly evolving field, collaboration among different stakeholders is essential to bringing new treatments to market. Patient advocacy groups, researchers, hospitals, manufacturers, and government entities all are working together to translate promising new research into life-saving products. Types of immunotherapy include monoclonal antibodies (MAbs) and antibody derivatives, checkpoint inhibitors (immune-modulating proteins), cancer vaccines, T-cell therapies, and cytokines — so the approach involves a range of…

Qualitative and Quantitative Host Cell Protein Analysis Using Mass Spectrometry

Host cell proteins (HCPs) originate from host organisms that are used to produce biopharmaceutical products. They are in-process contaminants that must be minimized during downstream process operations. According to regulatory agencies, the maximum permitted level of total HCP in a biopharmaceutical product is 100 ng per mg (100 ppm) (1). HCPs can decrease drug efficacy and pose a risk to patient safety because they can bring on undesirable immune responses. Thus, HCPs are a critical quality attribute that should be…

Sanofi licensing deal validates Ab platform, says Biomunex

Sanofi has licensed the plug-and-play BiXAb platform to generate multi-specific antibodies. The deal validates the technology and will help fund Biomunex’s internal pipeline, says CEO Pierre-Emmanuel Gerard. Under terms of the deal, Biomunex will receive an initial upfront payment from fellow French firm Sanofi, and will be eligible to receive future milestone payments. Specific figures have not been disclosed. This is the first licensing deal for Biomunex’s BiXAb bi- and multi-specific antibody generation and optimization technology, and according to CEO…

Spray Freeze-Drying Technology: Enabling Flexibility of Supply Chain and Drug-Product Presentation for Biologics

Biopharmaceutical drug substances (DSs) and drug products (DPs) commonly are stored frozen or refrigerated to maintain stability through long-term storage, handling, and transportation (1). Temperature excursions during storage and transport can affect product quality adversely by compromising the safety and efficacy of these molecules. Thus, cold-chain management throughout the shelf life of these products is a critical component in the supply chain strategy for them. The cost and complexity of cold-chain management is a well-known challenge faced by the biopharmaceutical…

Rolling with the ‘Tides: Elucidating the Role of Peptides and Oligonucleotides in the Biopharmaceutical Industry

In earlier issues of BPI we published a few “Elucidation” closers that we called “Defining Moments.” Since then, we have tried to distinguish key confusable terms from one another. Those presented (and sometimes “elucidated”) have been analytical and bioanalytical, spectroscopy and spectrometry, and biosimilars and biobetters. They are just a few of the many confusable terms in the biopharmaceutical industry. For example, when someone says “drug delivery,” a formulator will think of a syringe or transdermal patch, but a logistics…