Off Script: A Pharma Manufacturing Podcast

Reshoring APIs and Scaling Continuous Manufacturing for Generic Drug Supply

Generic medicines account for the vast majority of prescriptions in the U.S., yet much of their underlying supply chain remains heavily dependent on foreign-sourced active pharmaceutical ingredients (APIs). As concerns around drug shortages and supply chain resilience intensify, attention is shifting upstream toward how APIs are manufactured, where they are sourced, and what it will take to rebuild domestic production capacity. At the same time, advanced manufacturing approaches like continuous flow are gaining traction as a way to improve efficiency, safety, and cost competitiveness in a traditionally low-margin market.

In this episode of Off Script, we spoke with Brian Doty, vice president of R&D and programs at the API Innovation Center (APIIC), about the structural challenges facing generic drug manufacturing and the role advanced technologies could play in addressing them. The conversation explores why API supply is often the cause of downstream drug shortages, the technical and economic limitations of traditional batch processing, and how continuous manufacturing can reduce process steps, improve control, and enable safer production. Doty also discusses the practical barriers to adoption as well as the growing role of FDA engagement programs and policy incentives in accelerating change.

Engineering the Next Generation of ADCs

Antibody–drug conjugates (ADCs) are rapidly evolving from experimental hybrid molecules into mature, platform-driven therapeutics, with the global market projected to reach $36 billion by 2029. As pipelines expand and molecular designs grow more complex, developers are rethinking how ADCs are designed, characterized, and manufactured. In this episode of Off Script, we spoke with Lonza's Sandro Holzer, PhD, director and head of development bioconjugates, and Anette Sommer, PhD, head of bioconjugates research, about how the ADC field has changed over the last several years and what is driving the next wave of innovation.

The conversation explores the industry’s shift toward standardized linker–payload platforms, site-specific conjugation, higher drug-to-antibody ratios, and emerging dual-payload ADCs aimed at overcoming tumor heterogeneity and drug resistance. Holzer and Sommer discuss how rising molecular complexity is reshaping CMC strategy, analytics, and downstream processing, and why early integration of biology, chemistry, and manufacturability is essential to de-risk development and enable scale-up. The episode also examines how ADC manufacturing paradigms are now informing adjacent bioconjugate modalities signaling a broader move toward integrated, multi-component therapeutics beyond oncology.

Automating Cell and Gene Therapy Manufacturing for Scale

Cell and gene therapies (CGTs) have demonstrated transformative clinical potential, but manufacturing remains a major barrier to broader patient access. Highly manual, labor-intensive production processes limit throughput, introduce variability, and drive up costs, making it difficult to scale these therapies to meet growing demand. As the industry looks to expand access, there is increasing focus on how automation, robotics, and digitalization can enable more consistent, efficient, and scalable manufacturing without compromising the underlying biology.

In this episode of Off Script, we spoke with Edwin Stone, PhD, CEO of Cellular Origins, about the core bottlenecks constraining CGT manufacturing and how automation is beginning to address them. The conversation explores why labor remains a dominant cost driver, how process variability extends beyond patient starting material into everyday manual operations, and what it takes to transition from fragmented workflows to fully integrated, robotic production environments. Stone also discusses the importance of preserving biological integrity during automation, the role of digital data capture in improving consistency and regulatory confidence, and more.

Bridging Precision and Scale in Microparticle Drug Delivery Manufacturing

Producing uniform drug delivery particles at scale has long presented a challenge for pharmaceutical manufacturers. Techniques that offer tight control over particle size and structure often struggle with throughput, while traditional industrial methods deliver volume but less consistency. As advanced drug delivery systems become more important for long-acting therapies and targeted treatments, manufacturers are increasingly seeking production methods that can balance precision, scalability, and reproducibility.

In this episode of Off Script, we spoke with Nathalie Pinkerton, PhD, assistant professor of the chemical and biomolecular engineering department at the NYU Tandon School of Engineering, about Sequential NanoPrecipitation (SNaP), a continuous flow technique designed to bring greater control to polymeric particle manufacturing. The conversation explores how separating particle formation into sequential mixing stages enables more predictable control over particle size and composition, the role of micromixer design in achieving consistent mixing and scale-up, and why encapsulation efficiency plays a critical role in manufacturing economics. Pinkerton also discusses the remaining steps needed to translate emerging particle manufacturing technologies from the lab into commercially viable pharmaceutical production platforms.

Fixing the Structural Weaknesses in the Global Drug Supply Chain: Part Two

In this episode of Off Script, we continue our conversation on the structural vulnerabilities in the global pharmaceutical supply chain with Ronald T. Piervincenzi, CEO, USP, turning the focus toward practical strategies for strengthening the resilience of the global medicine supply chain.

Piervincenzi discusses the economic and structural barriers to rebuilding domestic capacity for APIs and key starting materials, and explains why resilience will require coordinated incentives that reward supply security rather than simply the lowest price. He also explores how advanced manufacturing approaches could help make domestic production more viable by improving efficiency and reducing environmental impact.

The conversation also examines how global quality standards can enable trusted international manufacturing networks among allied countries, and how USP’s new Resilience Center aims to bring together data, benchmarking frameworks, and stakeholder collaboration to help industry and policymakers better measure supply chain resilience.

Fixing the Structural Weaknesses in the Global Drug Supply Chain: Part One

The global medicine supply chain faces mounting strain from chronic generic drug shortages, geopolitical tensions, and heavy reliance on geographically concentrated manufacturing. Quality failures, pricing pressures, and opaque sourcing of key starting materials have exposed structural vulnerabilities that extend beyond routine disruptions to broader national security and public health risks. This episode is part one of a two-part series examining the root causes of these vulnerabilities and the structural changes needed to address them.

In this series, we spoke with Ronald T. Piervincenzi, Ph.D., CEO of the U.S. Pharmacopeia, about how these risks emerged and what it will take to build a more resilient pharmaceutical supply chain. In part one, Piervincenzi explains why generic drug shortages and national security concerns are often conflated, how extreme price erosion is driving manufacturers out of the market, and what USP’s data reveals about supply concentration, including the critical role of key starting materials sourced from countries like China and India. The conversation also dives into USP’s new Resilience Center and the strategic role it will serve in improving supply chain security.

Connected Packaging and the Future of Pharma Manufacturing

Pharmaceutical packaging is undergoing rapid transformation as connectivity, sustainability, automation, and evolving regulatory demands reshape how medicines are protected, tracked, and delivered. From smart packaging features and prefilled injectables to e-commerce fulfillment and digital compliance systems, packaging and equipment investment decisions are increasingly tied to flexibility, data visibility, and long-term modernization.

In this episode of Off Script, we spoke with Rebecca Marquez, director of custom research at PMMI, about the association’s latest Trends and Challenges in Pharmaceutical Manufacturing white paper. The conversation explores how connected packaging technologies are strengthening relationships between manufacturers, regulators, and patients; why sustainability initiatives are advancing despite material performance and validation challenges; and how growth in biologics and prefilled injectables is driving new packaging and equipment demands. Marquez also breaks down the regulatory documentation gap between OEMs and end users, the rise of automation technologies, and more.

Why Cell Line Development Determines Biologics Success

As biologics grow more complex, cell line development remains a key driver of speed, yield, and manufacturability. What was once a technical milestone is now a competitive differentiator, directly impacting time to Investigational New Drug (IND), cost of goods, and long-term scalability.

In this episode of Off Script, we spoke with Brett Verstak, director of cell line development at Abzena, to discuss how advanced Chinese hamster ovary (CHO)-based platforms, glutamine synthetase (GS) knockout systems, automation, and AI-driven workflows are accelerating clone selection and reducing downstream risk. The conversation explores persistent bottlenecks in hard-to-express proteins, the value of integrated upstream development models, and how smarter platform design is helping drug developers move complex biologics to the clinic faster.

Designing CGT Manufacturing for Scale, Speed, and Access

As cell and gene therapies continue to deliver promising clinical results, manufacturing remains one of the biggest barriers to broader commercialization. Persistent challenges around cost, complexity, labor intensity, and vein-to-vein timelines—particularly for autologous CAR-T therapies—are limiting the industry’s ability to scale beyond niche and last-line indications. Addressing these constraints will be critical if CGTs are to move earlier in treatment paradigms and reach more patients globally.

In this episode of Off Script, we spoke with Jon Ellis, CEO of Trenchant BioSystems, about the current state of cell and gene therapy manufacturing and where the industry must go next. The conversation explores why traditional centralized manufacturing models are struggling to scale, how automation and digital batch records can significantly compress manufacturing timelines, and how emerging platforms are rethinking cell recovery, analytics integration, and starting material strategies.

Robotics and Automation in Pharma Manufacturing

The technologies are playing an increasingly central role in pharmaceutical manufacturing as companies contend with labor constraints, rising demand, and the need to modernize highly regulated operations. 

In this episode of Off Script, we spoke with Alexander Shikany, executive vice president of the Association for Advancing Automation (A3), about how robotics adoption is reshaping pharma manufacturing today. The conversation explores why automation is now considered a core manufacturing strategy, where demand is emerging across the production lifecycle, how collaborative robots are gaining traction in regulated environments, and why human-in-the-loop automation remains essential for quality, compliance, and operational resilience.