Using targeted delivery systems to generate therapeutic agents directly within tumors has implications for how oncology drugs are discovered and developed.
- Turning A Historically Limited Modality Into A Respiratory Drug Opportunity
- Why Delivery Is Defining The Next Era Of Neuromuscular Therapeutics
- Inquiries In Inhalation, Part 2: Having A Nose For Innovation
- Inquiries In Inhalation, Part 1: The Breadth Of Breath
- PLGA: A Workhorse Polymer Behind Modern Depot Long-Acting Injectables
- Designing Nanoparticles: Why Size Comes First
- Why Operational Readiness Is The Missing Piece In Biosimilar Adoption
- From Vial To Prefilled Syringe: Mastering The Development Transition
ARTICLES, APP NOTES, CASE STUDIES, & WHITE PAPERS
-
Moving From Vial Systems To Prefilled Syringes And Autoinjector Systems
Moving from vial systems to prefilled syringes and autoinjector systems requires patient and caregiver needs, drug product requirements, system components, and performance.
-
FAQs On The Revised EU GMP Annex 1: Volume 1
The revised GMP Annex 1 guidelines emphasize quality risk management, enhanced environmental monitoring, and data integrity, which aim to minimize contamination and ensure patient safety.
-
MIDBA: A New Regulatory Approach To Clinical Device Bridging
When devices evolve, evidence expectations can shift. Explore a risk-based clinical bridging approach to support regulatory decisions.
-
Decoding the FDA Guidance on Essential Drug Delivery Outputs
The FDA’s draft guidance Essential Drug Delivery Outputs for Devices Intended to Deliver Drugs and Biological Products discusses general concepts around essential drug delivery outputs (EDDOs). The guidance’s potential impact spans several device development topics, including design outputs, verification/validation, and control strategy.
-
Reducing Lead Time & Optimizing Costs
Explore how the use of this component platform produces significant savings, reduces elastomer SKU complexity, and increases speed to market.
-
Vials Vs. Cryobags For Cryopreservation Of Therapeutically Relevant T Cells
Explore how COP 50 mL vials could serve as a basis for cell therapies and storage solution to help facilitate the manufacture and commercialization of cell products.
-
Closing The Care Gap: Clinician Assistive Technologies
This technology addresses workforce shortages and growing medical complexity by helping healthcare providers manage rising demands, improve efficiency, reduce errors, and extend care access.
-
Scaling Safe, Consistent Drug Delivery in Modern Care
Assistive drug delivery technologies, including wearable injectors, smart infusion systems, and guided delivery tools, help standardize dosing, reduce variability, and expand access across care settings.
-
Nasal Inhalation Delivery – An Introduction Guide
Unlock the potential of nasal inhalation for delivering active pharmaceutical ingredients by exploring the benefits of both liquid and dry powder formulations as companies drive innovation in the field.
-
Formulation Research Strategy For Discovery- Stage New Drug Candidates
Early stage formulation studies, which should support the emerging target product profile, will often yield important experimental results to aid subsequent development of clinically relevant dosage forms.
TOM'S TAKES ON DRUG DELIVERY
TALKING WITH TOM VIDEOCASTS
DELIVERED BY DEGRAZIO
-
Unpacking The FDA Draft Guidance On Container Closure Systems
In this article, Fran DeGrazio reflects on the significance of the FDA Draft Guidance on Container Closure Systems, the first update since 1999. DeGrazio places the CCS draft guidance in the current context of science-based and risk-based product development for combination products and other injectable drug product delivery systems. She also addresses the integration of CCS guidance into the development organization’s QMS (Quality Management System).
FREE EBOOK
Why Human Factors Are Critical To Drug Delivery Device Success
In today’s highly competitive biopharma market, successful therapies prioritize the patient experience. Increasingly, patients expect to receive advanced therapies at home or in decentralized care settings, which require delivery methods that are easy to use and comfortable.
This collection explores how drug delivery teams can incorporate patient-centricity across development, from early human factors strategies to modality selection, ensuring safe, effective therapies that translate to real-world care.

