ADVANCING ONSHORING: Strengthening U.S. Pharma Through Innovation and Oversight

The recent US Administration announcement regarding domestic manufacturing of Pharmaceuticals demonstrated the intent to facilitate onshoring of drug manufacture and included meaningful measures to support this goal. This announcement, coupled with the more recent executive order to reduce the costs of prescriptions in the US and the FDA announcement regarding unannounced foreign inspections, happened against a background of escalating tariffs on foreign products. Taken together, these announcements represent a great start for dramatically increasing US manufacturing of finished pharmaceuticals, APIs, and materials.  

First, some background:  It is estimated that 90% of the prescriptions currently written by US doctors are filled using drugs made outside the USA, with 40% of those same prescriptions being generics produced in India. Historically, the US produced a much larger fraction of its own supply of drugs, but the drive for cost management and cheaper prescriptions drove the offshoring of this production to India and other Asian countries.  Today’s reality is that everyday staple medicines are usually supplied in generic form, made by foreign manufacturing plants, where cost is the driving factor in determining the source.

At the same time, the US is dominant in the research and development of complex, advanced therapies, such as cell and gene therapies, radioligands and other high-value, life-saving medicines.  This is because the US is very good at basic science, applied research and innovation in product development.  Therefore, the current state is that most generics are manufactured outside of the US, while many branded drugs are manufactured within the US.  

The FDA announcement regarding unannounced foreign inspections has highlighted how the playing field, from the perspective of assurance of product quality and compliance to US regulation, is not level.  FDA has the responsibility to evaluate (and approve, if appropriate) new drugs for the US market.  FDA is also tasked with monitoring drug manufacturers who supply the US, regardless of their location.  When FDA conducts inspections of domestic manufacturers, they usually do so unannounced, so there’s a good chance of the investigator seeing the true state of that manufacturer.  However, for a number of reasons, including logistics, visa applications, politics and other considerations, FDA’s inspections of foreign manufacturers are typically arranged with lots of notice up front, sometimes months.  It's easy to see how a foreign manufacturer can present a positive aspect when given plenty of warning of an inspection.  On top of that, regulatory standards in other countries may not be as stringent as within the US.  In fact, many Indian manufacturers operate to dual standards – one for product destined for the US, another for markets in lower middle-income countries without regulatory oversight.

More than half of the US population takes at least one oral solid dosage medicine for chronic disease.  When we add that fact to the combination of the reduced level of assurance of quality from some foreign manufacturers, and the uncertainty of assurance of supply of foreign-made medicines, for geopolitical, logistics and other reasons, we have a national health and security risk.

FDA is also commonly (and sometimes unfairly) seen to be resistive to change.  In particular, FDA is seen to be slow to adapt to or enable innovation in manufacturing technology.  Manufacturers conservatively hold to established methods and processes for the production and testing of even new products to reduce the uncertainty and risk around application review or during routine inspection.  Precedent and established standards are seen as safe harbor, even if technically inferior to the state of the art.

And so, now we get back to the White House and FDA announcements.  To be clear, we consider this announcement and all its provisions as positive and very helpful.  It includes:

  • Requiring quicker and more efficient review of approval of domestic manufacturing plants
  • Instructions for increased fees charged to foreign manufacturers for review of new applications and inspections
  • Stronger requirements and enforcement of clarity and reporting on the origin of the chemical components of medicines
  • Requiring improvements in cooperation by the EPA for new domestic construction
  • Instructions for increased inter-agency coordination and cooperation in supporting construction of domestic manufacturing plants
  • Measures that level the playing field when it comes to inspections

However, what this does not address is the cost pressure, brought about by both the administration itself and the insurance companies (and their Pharmacy Benefit Managers).  Making a drug in the US, using the same technology as in, for example, India, will cost more, in labor alone, aside from other basic costs and fees.  The solution here is to play to America’s great strength in biosciences… innovation.  For example, most medicines are still made by batch processes.  The regulatory community favors this approach since it allows for specificity and segregation of drug product identity.  However, other industries, such as the food industry, have adopted continuous processing to a great degree.  While FDA has many programs to enable and accelerate the introduction of therapies for unmet medical need, it has precious few initiatives for introduction of improved technology and methods for manufacture, especially for production of established products. So, in addition to the recently announced measures, we need FDA to be more flexible in assessing changes to existing products and in evaluating novel technology for domestic supply of everyday medicines.  Our case studies and projections indicate that using state of the art manufacturing technology, it is possible to make staple drugs and medicinal products to equivalent or better quality standards, domestically, under the watchful eye of unannounced FDA inspections, at a cost that is comparable to those seen with production in Asia.  And we can do all of this in the US, for the US, thus avoiding the national security risk of dependence on foreign supply.

As consultants and advisors to the pharma, biopharma and device industry, Quality Executive Partners understands the technical and organizational challenges that come with this opportunity, and we can help you take advantage of this shifting landscape.  

Bottom line: The current thrust towards domestic supply of medicines is very positive and will need to be supported by greatly increased flexibility and adoption of new or improved manufacturing technology if it is to be successful financially.  Getting the right expertise and support in place early will enable maximum advantage.


Mark Roache, QxP VP of Cell and Gene Therapies, has spent his 30-plus year career in GXP. Mark was the Chief Quality Officer for AveXis (now Novartis Gene Therapies) at the time of Zolgensma launch. He was previously Senior VP of Quality for KBI (a CDMO with cell-therapy capabilities) and has held other senior Quality roles at Novartis, Merck and Bayer.


Glenn Barbrey, a Consultant on the Quality Executive Partners team, has more than 35 years of diverse domestic and international experience in Biologics, Pharmaceuticals, and Medical Devices.  He was previously Senior VP of Quality for a CDMO and has held other senior Quality Assurance, Technical Operations, and Consulting roles at Novartis, Seqirus, FujiFilm, KBI, and Barry-Wehmiller.

The recent US Administration announcement regarding domestic manufacturing of Pharmaceuticals demonstrated the intent to facilitate onshoring of drug manufacture and included meaningful measures to support this goal. This announcement, coupled with the more recent executive order to reduce the costs of prescriptions in the US and the FDA announcement regarding unannounced foreign inspections, happened against a background of escalating tariffs on foreign products. Taken together, these announcements represent a great start for dramatically increasing US manufacturing of finished pharmaceuticals, APIs, and materials.  

First, some background:  It is estimated that 90% of the prescriptions currently written by US doctors are filled using drugs made outside the USA, with 40% of those same prescriptions being generics produced in India. Historically, the US produced a much larger fraction of its own supply of drugs, but the drive for cost management and cheaper prescriptions drove the offshoring of this production to India and other Asian countries.  Today’s reality is that everyday staple medicines are usually supplied in generic form, made by foreign manufacturing plants, where cost is the driving factor in determining the source.

At the same time, the US is dominant in the research and development of complex, advanced therapies, such as cell and gene therapies, radioligands and other high-value, life-saving medicines.  This is because the US is very good at basic science, applied research and innovation in product development.  Therefore, the current state is that most generics are manufactured outside of the US, while many branded drugs are manufactured within the US.  

The FDA announcement regarding unannounced foreign inspections has highlighted how the playing field, from the perspective of assurance of product quality and compliance to US regulation, is not level.  FDA has the responsibility to evaluate (and approve, if appropriate) new drugs for the US market.  FDA is also tasked with monitoring drug manufacturers who supply the US, regardless of their location.  When FDA conducts inspections of domestic manufacturers, they usually do so unannounced, so there’s a good chance of the investigator seeing the true state of that manufacturer.  However, for a number of reasons, including logistics, visa applications, politics and other considerations, FDA’s inspections of foreign manufacturers are typically arranged with lots of notice up front, sometimes months.  It's easy to see how a foreign manufacturer can present a positive aspect when given plenty of warning of an inspection.  On top of that, regulatory standards in other countries may not be as stringent as within the US.  In fact, many Indian manufacturers operate to dual standards – one for product destined for the US, another for markets in lower middle-income countries without regulatory oversight.

More than half of the US population takes at least one oral solid dosage medicine for chronic disease.  When we add that fact to the combination of the reduced level of assurance of quality from some foreign manufacturers, and the uncertainty of assurance of supply of foreign-made medicines, for geopolitical, logistics and other reasons, we have a national health and security risk.

FDA is also commonly (and sometimes unfairly) seen to be resistive to change.  In particular, FDA is seen to be slow to adapt to or enable innovation in manufacturing technology.  Manufacturers conservatively hold to established methods and processes for the production and testing of even new products to reduce the uncertainty and risk around application review or during routine inspection.  Precedent and established standards are seen as safe harbor, even if technically inferior to the state of the art.

And so, now we get back to the White House and FDA announcements.  To be clear, we consider this announcement and all its provisions as positive and very helpful.  It includes:

  • Requiring quicker and more efficient review of approval of domestic manufacturing plants
  • Instructions for increased fees charged to foreign manufacturers for review of new applications and inspections
  • Stronger requirements and enforcement of clarity and reporting on the origin of the chemical components of medicines
  • Requiring improvements in cooperation by the EPA for new domestic construction
  • Instructions for increased inter-agency coordination and cooperation in supporting construction of domestic manufacturing plants
  • Measures that level the playing field when it comes to inspections

However, what this does not address is the cost pressure, brought about by both the administration itself and the insurance companies (and their Pharmacy Benefit Managers).  Making a drug in the US, using the same technology as in, for example, India, will cost more, in labor alone, aside from other basic costs and fees.  The solution here is to play to America’s great strength in biosciences… innovation.  For example, most medicines are still made by batch processes.  The regulatory community favors this approach since it allows for specificity and segregation of drug product identity.  However, other industries, such as the food industry, have adopted continuous processing to a great degree.  While FDA has many programs to enable and accelerate the introduction of therapies for unmet medical need, it has precious few initiatives for introduction of improved technology and methods for manufacture, especially for production of established products. So, in addition to the recently announced measures, we need FDA to be more flexible in assessing changes to existing products and in evaluating novel technology for domestic supply of everyday medicines.  Our case studies and projections indicate that using state of the art manufacturing technology, it is possible to make staple drugs and medicinal products to equivalent or better quality standards, domestically, under the watchful eye of unannounced FDA inspections, at a cost that is comparable to those seen with production in Asia.  And we can do all of this in the US, for the US, thus avoiding the national security risk of dependence on foreign supply.

As consultants and advisors to the pharma, biopharma and device industry, Quality Executive Partners understands the technical and organizational challenges that come with this opportunity, and we can help you take advantage of this shifting landscape.  

Bottom line: The current thrust towards domestic supply of medicines is very positive and will need to be supported by greatly increased flexibility and adoption of new or improved manufacturing technology if it is to be successful financially.  Getting the right expertise and support in place early will enable maximum advantage.


Mark Roache, QxP VP of Cell and Gene Therapies, has spent his 30-plus year career in GXP. Mark was the Chief Quality Officer for AveXis (now Novartis Gene Therapies) at the time of Zolgensma launch. He was previously Senior VP of Quality for KBI (a CDMO with cell-therapy capabilities) and has held other senior Quality roles at Novartis, Merck and Bayer.


Glenn Barbrey, a Consultant on the Quality Executive Partners team, has more than 35 years of diverse domestic and international experience in Biologics, Pharmaceuticals, and Medical Devices.  He was previously Senior VP of Quality for a CDMO and has held other senior Quality Assurance, Technical Operations, and Consulting roles at Novartis, Seqirus, FujiFilm, KBI, and Barry-Wehmiller.

Why You Need a Consultancy During Uncertain Times

Christine Feaster
May 23, 2025

Building Supplier Resilience Amid Onshoring and Tariff Risks

Christine Feaster
May 19, 2025

Virtual Reality - Reshaping Education Across the Pharmaceutical Landscape.

Christine Feaster
May 14, 2025

Transferring Success: Best Practices for Pharma Onshoring

Christine Feaster
May 6, 2025

Quality Metrics in Pharma

Christine Feaster
May 2, 2025

The Value Of Quality

Mark Roache
May 2, 2025

From CRL to Approval: QxP Navigates FDA Feedback with Timeliness and Precision

Christine Feaster
April 24, 2025

Training for Impact and Excellence

Sarah Boynton
April 15, 2025

Deviation and OOS Investigations in Pharmaceutical Manufacturing

Tamer Helmy, PhD
April 10, 2025

Is Your Contamination Control Strategy Delivering What It Should?

Christine Feaster
April 9, 2025

The Hallmarks of a Successful Pharma Consultancy

Christine Feaster
January 14, 2025

Pharmaceutical Predictions for 2025

Christine Feaster
December 11, 2024

The Crucial Nexus: Data Integrity in Pharmaceutical Manufacturing

Christine Feaster
May 17, 2024

Pharmaceutical Industry Trends for 2024 So Far

Christine Feaster
April 24, 2024

Decoding the Technical Transfer Process in Biotech Manufacturing

Sarah Boynton
April 23, 2024

Quality Executive Partners - IACET Accreditation

Ken Mead
April 9, 2024

Coaching and Correcting: A Focus on Behavior Over Blame

Sarah Boynton
November 1, 2023

The Importance of Roles and Responsibilities in Biotech Manufacturing & Human Error Prevention

Sarah Boynton
October 26, 2023

Remote cGMP Inspections and AI in Drug Manufacturing

Michelle Fishburne
October 11, 2023

4 Best Practices for Effective Investigation into Deviations

Sarah Boynton
September 19, 2023

The Art of Viral Vector Manufacturing: 4 Essential Controls to Prevent Cross-Contamination

Sarah Boynton
September 13, 2023

Practicing Risk Acceptance

Mark Roache
August 28, 2023

Annex 1 – Can we all take a deep breath now?

Vanessa Figueroa
August 24, 2023

In Cell and Gene, Good Science is Necessary, But Not Sufficient

Mark Roache
August 21, 2023

6 Ways To Achieve Manufacturing Audit And Inspection Readiness

Sarah Boynton
August 14, 2023

Experience is What You Get Just After You Needed It, Part 1

Mark Roache
August 10, 2023

Experience is What You Get Just After You Needed It, Part 2

Mark Roache
August 10, 2023

Sterility Assurance Matters to This ONE

Greg Gibb
August 8, 2023

Enhancing Quality and Safety: 3 Essential Human Error Prevention Tools for cGMP Manufacturing

Sarah Boynton
August 3, 2023

Asia-Pacific Happenings: Samsung Bioepis Implements QxP Virtuosi®

Michelle Fishburne
August 2, 2023

CDMOs – Selecting the Right One for Each Manufacturing Stage

Christine Feaster
July 24, 2023

3 Types of Human Error and Potential CAPAs to Prevent Them

Sarah Boynton
July 20, 2023

Drug Shortages: Causes & Solutions

Christine Feaster
July 10, 2023

The 5 Questions You Need to Ask After a Human Error Event Occurs

Sarah Boynton
July 5, 2023

Understanding How Adults Learn

Mike Levitt
June 30, 2023

Annex 1 and Ensuring Filling Technologies Fit the Need

Natasha Howard
June 21, 2023

How to Solve Pharma’s Skilled Workforce Deficit

Jeff Roy
June 20, 2023

ChatGPT Told Me AI is “Imperative” in Pharma Manufacturing

No items found.
June 18, 2023

Get Ready: FDORA’s Unannounced Foreign Inspection Pilot Program is On!

Crystal Mersh
June 6, 2023

Nitrosamines Impurity Challenges

Christine Feaster
June 2, 2023

All You Need to Know About Contamination Control Strategies, Parts 1 and 2

No items found.
June 1, 2023

When is ISO 8 Not ISO 8?

Bob Ferer
May 30, 2023

Cost Of Quality: Worth Every Cent In Bio/Pharmaceutical Manufacturing

Crystal Mersh
May 24, 2023

Pharmaceutical Quality is NOT a Spectator Sport

Mike Levitt
May 22, 2023

The Six Keys for Effective Deviation Investigators

Mike Levitt
May 18, 2023

There Has to be a Better Way to Train

Tyler DeWitt, Ph.D.
May 15, 2023

Cell and Gene: Article Series on CGT’s Key Drivers

Mark Roache
May 8, 2023

Bacterial Endotoxin Testing is on the Move

Christine Feaster
May 5, 2023

Top 20 Pharma Company Chooses QxP Virtuosi® Platform

Vanessa Figueroa
May 3, 2023

Crystal Clear: Controls Are Not Enough

Crystal Mersh
April 22, 2023

Myth #2: Proactively Remediating Bad Inspection Outcomes: What’s the benefit?

Brian Duncan
April 20, 2023

Myth #1: Complying with Regulations and Product Specifications

Brian Duncan
April 20, 2023

Is it Time to Outsource Internal Auditing?

Mike Levitt
April 18, 2023

Quality is Number One, Even When Trying to Address Supply Chain Issues

Christine Feaster
April 14, 2023

Don’t Be a Daredevil When Retrofitting Your Facility, Part 1

Bob Ferer
April 10, 2023

Don’t Be a Daredevil When Retrofitting Your Facility, Part 2

Bob Ferer
April 10, 2023