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Michael K O’BrienPresident & CEO NGT BioPharma Consultants
San Francisco, CA
January 30th, 2020
Transitioning Decades:The past and future of patient therapies, biopharmaceutical technologies, andfacility design concepts
Today’s Discussion Topics
Looking back: 2010 through 2019• Prominent and emerging therapies• Advances in development and manufacturing technologies• Evolution of facility design concepts
Our crystal ball: 2020 through 2029• Emerging therapies and building on the previous years• The technology ‘keepers’ and what’s on the horizon• What will be the major biopharmaceutical facility platforms in
2029?
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Pre-2010 table setters:
▪ iPhone first released in 2007
▪ EMA/FDA Quality by Design FDA pilot programs 2005 forward
▪ Outsourcing inflection point around– consider the holdouts (Pfizer etc.)
▪ Serious price pressures beginning in the 90’s
▪ Aging facilities and their influence on utilization of fully appreciated assets
2010-2019 at a Glance: What Did We Observe
3
▪ Drug shortages and stock outs
▪ Advent of biologics, biosimilars, CAR T, Cell/Gene therapies, mAbs
▪ Patient focus industry mantra and push for localization
▪ Influence of disruptive Innovation / Clay Christenson – Open Innovatiom
▪ Digital and data revolution – NOTE: IBM Watson
▪ Less conservative industry mindset
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2010-2019 Influencing Trends
4
Precision medicine:
Cell/Gene therapy and mAbs
New development and
manufacturing paradigms
Greater reliance on an outsourcing
model even with the largest
BioPharmaceutical companies
Open innovation and
pre-competitive
collaboration
Continuous, Modular, Podular
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5
Fle
xib
ilit
y &
Ad
ap
tab
ilit
yHigh
Low
Future/EmergingCurrent State-of-the-ArtEstablished
Modularity
Portable
Skid-mounted equipment
Small autonomous POD’s
Rapid deployment & re-deployment
Off-site construction model
Multiple configurations
Rapid process/product changeover
Accept ‘next-gen’ technologies
Off-site design conceptsContinuous Processing
Variable lot size for demand based supply
Same equipment at multiple scales
Miniature
Small footprint
Reduced energy consumption
Enable modularity
Enable miniaturization
Transportability and
Transformational
Development, Manufacturing
& Distribution Models
Batch Processing
Continuous Processing
unleashed an unstoppable chain
of events
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2010-2019 at a Glance: Accelerated Timelines
6
➢ Technological and Informatics Innovations
➢ Responding to external factors
➢ Sustainable technological solutions
Sustainability
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2010-2019 at a Glance: Accelerated Timelines
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▪ Continuous processing
▪ Digital and advanced analytical technologies
▪ Modularization & expanded transportability
▪ Single-Use Technologies
▪ Lyophilization vs Spray Dried Dispersion
▪ Evolving regulatory agencies mindset
▪ 3D Printing – additive manufacturing paradigms
2010-2019 at a Glance: Technologies
8
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2010-2019 Trends: Technologies
9
Continuous processing API and drug product
Digital and advanced analytical technology including APC
Small footprint & modularization
Single-Use technology pros and cons
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▪ ‘Stick built’ vs. modular construction
▪ Modularity and Transportability
▪ Eco-conscious – green (in spite of their being no climate change and our environment is cleaner than ever LOL)
▪ Technology advances to lead the way
▪ The rise of collaborative vs. do it all ourselves models
▪ Game changing consortiums
2010-2019 at a Glance: Facility Design Concepts
10
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▪ Continuous manufacturing firmly established but seems to have stalled – only 6 approvals
▪ Major healthcare shifts – precision med, patient centric approaches, new payor models, gene editing
▪ Gaps that will drive the future
▪ Are there winners and losers?
Lessons Learned
11
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Future Trends and Drivers: Healthcare
12
Gene and Cell Therapies will Continue to Dominate the Next Decade
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Future Trends and Drivers: Healthcare
13
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Future Trends and Drivers: Technologies
14
IoT Wearables and
remote patient care
Machine learning,
predictive analytics, big data
Digital, highly automated AND
transportable equipment and facility
platforms
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Future Trends and Drivers: Facility Designs
15
Celgene:
“Green Fairy” Project
▪ geothermal energy and energy recovery
▪ photovoltaic solar panels
▪ environmentally-friendly and energy-efficient utility equipment, materials, and componentsispe.org/facility-year-awards/winners/2019/sustainability
Sustainability is an Increasingly Important Driver
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Future Trends and Drivers: Technologies
16
End-to-End Continuous
Manufacturing Each transfer point
should be a module
Modules should be
easily transported
and operated
independent for the
larger unit
Podularize the entire
unit – or at least the
API and DP
production units
Has Come a Long Way
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Podular and Transportable Factories
17
▪ G-CON approach• Mini to project; $450K to $30M
• Pharmaceuticals to personalized medicine
• Small to large scale volume
• Adaptable scaling (e.g. cloning and mobility)
• Rapid POD construction (~10 months)
• Increased speed to market
• Highly sterile and sanitizeable
• Reusable
• Adopted by GE Healthcare
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An Exercise in Imagination: Possibility #1
In the perfect near future, pharma manufacturing fully adapts to future trends of personalized medicine and biologics
• End-to-end continuous manufacturing of synthetic and biologics • Goal of zero-waste, GREEN• Units fully modular (plug and play chemistry), scalable, robotic to enable TOTAL flexibility (meet new
personalized medicine demands of ultra small batch but scalable)• Full digitization with no down time when transitioning between personalized treatment demands,
minimal human intervention• No drug burn, no supply depots• 6 sigma quality control due to advances in PAT. Inline, online and automated• Distributed, portable, drug manufacturing at your local pharmacy within an hour • Wearable technology and advanced biosensors immediately detect side effects or sub-optimal
treatment responses
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What Does this all Mean?
We don’t know what we don’t
know!!
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Acknowledgements