biopharmaceutical development:biopharmaceutical … · 2012-10-29 · consultancy global cmc...
TRANSCRIPT
Biopharmaceutical Development:Biopharmaceutical Development:
Creating and maintaining commercial valueCreating and maintaining commercial value during outsourcing and technology transfer
from research to the market
Crawford Brown PhDChief Executive Officer
Eden Biodesign Ltd
Any questions are welcome and encouraged, they can be asked by e mailing:can be asked by e-mailing:
[email protected] @p p g
Eden Biodesign Maintains a Globally Integrated Biopharmaceutical NetworkIntegrated Biopharmaceutical Network
Liverpool, UKGlobal HQ & cGMP OperationsResearch Triangle Park, NC
North American HQNorth American HQ
Clients onsix of seven continents
San Diego, CABusiness Development Office
Client Assignments Eden Presence Strategic Partners
Eden Biodesign
An unusual breadth and depth of services supported by considerable drug development experience and expertise
Consultancy
Global CMC SupportRegulatoryTrainingStrategic Issues
Process Design& D l t
Strategic IssuesClinical Logistics
Cell Line Development& Development Process Development
Analytical Development
Cell Banking
cGMP ManufactureCell Bank StorageMammalian Cell CultureMicrobial FermentationViral Production
Eden Biodesign“Designing and developing valuable new medicines by the application of good science from day one”
Biopharmaceutical Development -OverviewOverview
Creating and maintaining commercial value duringCreating and maintaining commercial value during outsourcing and technology transfer
Part 1 - The ideal scenario
Part 2 - The ‘real world’ scenario
P t 3 A l i f th t bl &Part 3 - Analysis of the most common problems & some solutions
Part 1 The Ideal Scenario:Product Development PlanProduct Development Plan
Product ProfileTarget Indication
Target Dosing Regimen(dose/route/freq)
Development C t
(dose/route/freq)Efficacy Claims
Pharmacoeconomic Rationale
Pro
fits
Costs+ve NPV
Rationale
Launch Year 1 2 3 4
Today
Part 1 The Ideal Scenario:Regulatory ApprovalRegulatory Approval
Proven quality of the biotechnological productProven quality of the biotechnological product
a validated and reproducible PROCESS
a characterised and consistent PRODUCT
pre-determined acceptance criteria
and specificationsand specifications
Part 1 The Ideal Scenario:Regulatory ApprovalRegulatory Approval
BATCH 1 2 3 4 5
LAL (EU/mg) < 0.04 < 0.02 < 0.02 < 0.02 < 0.02
pH 7.1 7.2 7.1 7.1 7.2
Protein (mg/ml)
20 42 45 48 45
Bioassay 89% 89% 92% 99% 97%
SDS-PAGE
- Purity 98.6% 97.3% 98.0% 98.6% 98.1%
- New Bands None > 0.1% None > 0.1% None > 0.1% None > 0.1% None > 0.1%
- Profile CFS CFS CFS CFS CFS
GF-HPLC
- Purity 99.6% >99.9% >99.9% >99.9% >99.9%
- Identity 0.0 0.0 0.0 0.0 0.0
Bioburden 0 cfu/ml 0 cfu/ml 0 cfu/ml 0 cfu/ml 0 cfu/ml
* MAB data, CBER, obtained through FOI conformance series
Part 1 The Ideal Scenario:Clinical Trial SupplyClinical Trial Supply
Cli i l li k i d• Clinical supplies packaging and labelling completed in compliance with GCP.
• Distribution to clinical centres completed in a timely fashion.
• Shelf-live as declared in labelShelf live as declared in label brackets to completion of clinical studies including follow-up.
Biopharmaceutical Development: Part 2 The ‘Real World’ ScenarioPart 2 The ‘Real World’ Scenario
O t iOutsourcing
TechnologyTransfer
Creating andMaintaining Commercial ValueMaintaining Commercial Value
Part 2 The ‘Real World’ Scenario:Bi h ti l D l tBiopharmaceutical Development
Investigational CommercialInvestigationalProduct
Commercial Product
Laboratory C i lPilotLaboratory Scale
CommercialScale
Rudimentary Full QC Testing
Pilot Scale
QC Testing Full QC TestingProgramme
Initial Process Transitional Optimised/ValidatedTransitionalInitial ProcessScheme
Transitional Process Schemes Process
Transitional Process Schemes
Part 2 The ‘Real World’ Scenario:Bi h ti l D l tBiopharmaceutical Development
Investigational CommercialInvestigationalProduct
Commercial Product
Laboratory C i lPilotLaboratory Scale
CommercialScale
Rudimentary Full QC Testing
Pilot ScaleChange is
UnavoidableQC Testing Full QC TestingProgramme
Initial Process Transitional Optimised/ValidatedTransitional
UnavoidableInitial ProcessScheme
Transitional Process Schemes Process
Transitional Process Schemes
Part 2 The ‘Real World’ Scenario:Product Development Plan
Product ProfileTarget Indication
Target Dosing Regimen(dose/route/freq)
Development
(dose/route/freq)Efficacy ClaimsPharmacoeconomicRationale
Pro
fits
Costs+ve NPV
Rationale
Launch Year 1 2 3 4
TodayP
Part 2 The ‘Real World’ Scenario:Product Development Plan
Product ProfileTarget Indication
Target Dosing Regimen(dose/route/freq)
Development
(dose/route/freq)Efficacy ClaimsPharmacoeconomicRationale
Pro
fits
Costs+ve NPV
Rationale
Launch Year 1 2 3 4
TodayP
Part 2 The ‘Real World’ Scenario:Selection of Contract PartnersSelection of Contract Partners
• Inadequate thought and clarity on clinical operating• Inadequate thought and clarity on clinical operating plan and hence CT supply plan.
• Inadequate detail of manufacturing requirements to permit meaningful dialoguepermit meaningful dialogue.
• Wide range of knowledgeable contract companies but with a variety of strengths in depth.
• Potential contract partners of choice are both very• Potential contract partners of choice are both very busy and often too expensive since inadequate contracting out costs were incorporated into the initial business plan.business plan.
• GMP production capacity available but shortage of development skills to define process and analytics.
Part 2 The ‘Real World’ Scenario:Selection of Contract PartnersSelection of Contract PartnersWide Price Variation
100
120
h
60
80
e pe
r bat
ch
0
20
40
Pric
e
0A B C D E F
Company
Normalised as a % to the highest price quotation
Part 2 The ‘Real World’ Scenario:Technology Transfer
• Technology Transfer protocolTechnology Transfer protocol.– Absent or incomplete.– Not followed due to time or resource pressures.
• Technology transfer completed several times.– Research lab to site for production of Pre-Clin & Phase I CT supplies.– From a Phase I site to new site for Phase II supplies (quite often).From a Phase I site to new site for Phase II supplies (quite often).– From a Phase I site to a new site for Phase III supplies (very often).
• Several interfaces to be managed.– Production site and analytical testing site.– Production of bulk purified product.– Production of medicinal product.p– Packaging and shipment of clinical supplies.
Part 2 The ‘Real World’ Scenario:T h l T fTechnology Transfer
Often associated with
Technology Transfer
Start Up/ Scale Up
Often associated with
p p
Always results in
Multiple ChallengesPEOPLE PLANT PROCESS
Part 2 The ‘Real World’ Scenario:Technology TransferTechnology Transfer
Variability often greatest at start up
30.00
Variability often greatest at start-up
20.00
25.00
5.00
10.00
15.00
rodu
ct Y
ield
0.00
5.00
HB1
HB2
HB3
HB4
HB5
HB6
HB7
HB8
HB9 B1
0
HB1
1
B12
Pr
H H H H H H H H H H H H
Part 2 The ‘Real World’ Scenario:Technology TransferTechnology Transfer
Processes and product are not comparable even ith f l t h l t fwith successful technology transfer
160
100
120
140
160
refe
renc
e)
P A
20
40
60
80
% a
ctiv
ity (o
f r Process AProcess B
0
20
1 2 3 4
Batch Number
Part 2 The ‘Real World’ Scenario:Regulatory Approval
• Company considers IND/CTX’s Agency approval of• Company considers IND/CTX s Agency approval of process and analytics and under resources the Development function.
• Agency questions about the appropriateness of• Agency questions about the appropriateness of integrating the clinical data base from clinical materials produced from transitional processes.Lack of documented evidence of technology transfer• Lack of documented evidence of technology transfer.
• Data integrity and availability to respond to questions impaired since not actively managed.S pport from pre io s contract partners here relations• Support from previous contract partners where relations have been severed.
FDA’s List of Tech Transfer 483s
• No method transfer study performed when methods transferred between sites
• No change control• No procedure for verifying methods from outside sources• No procedure for verifying methods from outside sources• Transfer not formerly approved by QC/QA• Method modification without demonstrating verification
between sites• Method changes which have not been properly justified
Part 2 The ‘Real World’ Scenario:Cli i l T i l S lClinical Trial Supply
• Clinical operating plan changes at the last p g p gminute.
• Recruitment rates dictate CT supplies need to b l b ll d i h i dbe over labelled with new expiry date.
• Importation licences create transportation difficultiesdifficulties.
• Thermal tracking of clinical supplies indicates they exceed stated tolerance.t ey e ceed stated to e a ce
Part 3 Biopharmaceutical Development:Most Common ProblemsMost Common Problems
Analysis of >50 projectsAnalysis of >50 projects
Design of Product Development Programmes includingDesign of Product Development Programmes, including Outsourcing Management
Process and Analytical Science, Rapid Troubleshooting y , p gand Problem Solving
CMC Regulatory Services
Clinical Trial Supply Logistics
Part 3 Biopharmaceutical Development:Most Common ProblemsMost Common Problems
ProjectProjectProject
5
55TechnicalCMC Regulatory
TechnicalCMC Regulatory TechnicalCMC Regulatory
Part 3 Biopharmaceutical Development:M t C P blMost Common Problems
Top 5 Most Common Technical Problems
1) Formulation Issues
Top 5 Most Common Technical Problems
2) Analytical Tech Transfer3) Process Scale-Up4) Process Robustness5) Equipment Calibration & Maintenance
Part 3 Biopharmaceutical Development:M t C P blMost Common Problems
Top 5 Most Common Technical Problems
1) Formulation Issues
Top 5 Most Common Technical Problems
2) Analytical Tech Transfer3) Process Scale-Up4) Process Robustness5) Equipment Calibration & Maintenance
Part 3 Biopharmaceutical Development:M t C P blMost Common Problems
Top 5 Most Common Technical Problems
1) Formulation Issues
Top 5 Most Common Technical Problems
2) Analytical Tech Transfer3) Process Scale-Up4) Process Robustness5) Equipment Calibration & Maintenance
Part 3 Biopharmaceutical Development:M t C P blMost Common Problems
Top 5 Most Common Technical Problems
1) Formulation Issues
Top 5 Most Common Technical Problems
2) Analytical Tech Transfer3) Process Scale-Up4) Process Robustness5) Equipment Calibration & Maintenance
Part 3 Biopharmaceutical Development:M t C P blMost Common Problems
Top 5 Most Common Technical Problems
1) Formulation Issues
Top 5 Most Common Technical Problems
2) Analytical Tech Transfer3) Process Scale-Up4) Process Robustness5) Equipment Calibration & Maintenance
Part 3 Biopharmaceutical Development:Most Common ProblemsMost Common Problems
Focus on Drug Active not Drug ProductFocus on Drug Active not Drug Product
Part 3 Biopharmaceutical Development:Most Common ProblemsMost Common Problems
Focus on Drug Active not Drug ProductFocus on Drug Active not Drug Product
Part 3 Biopharmaceutical Development:Most Common ProblemsMost Common Problems
BATCH FED-BATCH
Production
Refeed Harvest
DRAW FILL CONTINUOUSProcess Design: unnecessary complexity
Part 3 Biopharmaceutical Development:M t C P blMost Common Problems
Importance of Inoculum Quality “Can’t make a bad fermentation better”Importance of Inoculum Quality Can t make a bad fermentation better
Part 3 Biopharmaceutical Development:Most Common ProblemsMost Common Problems
Top 5 Most Common Project Problems
1) Lack of holistic thinking.2) Underestimate of Resource3) Resource focus on R& D not Quality4) No formal risk management5) P j di f i t th th5) Prejudice of one group against the other
– Development– Qualityy– Regulatory – Production
Part 3 Biopharmaceutical Development:M t C P blMost Common Problems
clear responsibilities essentialpResearch Clinic
DiscoveryAnalytical Researchy
Process/Product ResearchProduct Development
Manufacturea u actu eRegulatory
Quality Clinical Development
Part 3 Biopharmaceutical Development:M t C P blMost Common Problems
Actively manage theActively manage the high risks
3
• Product Quality• GMP Compliance
HighLow
HighHigh
3p
• Process Validation• Assay Validation
Low Low
g
obab
ility
y
LowLowHighP
ro
Effect1 Effect1 5
Part 3 Biopharmaceutical Development:M t C P blMost Common Problems
Pre clinical Phase I / II Clinical
Phase III Clinical Application Submission
Post Approval
• Cell banking • Clinical trial • Clinical trial • Dossier • Commercial • Analytical
support • QA • Fermentation
Yi ld
supply• Scale up • Validation:
-Process -Analytical EQ
supply• Scale up • Conformance
batches • Validation:
P
compilation• QA • Responses to
questions arising from
i
Manufacture• Co-ownership • Phase IV
clinical trial supplies C t t• Yield
optimisation • Recovery • DSP • Viral inactivation • Assay
-EQ (IQ/OQ/PQ) • Implement GMP
-MI generation -Documentation
• Formulation
-Process-Analytical -EQ
(IQ/OQ/PQ) • Formulation
development
review• Analytical and
process support
• Contract formulation / filling
• QA • Product testing • Process• Assay
development • Characterisation • GMP
documentation • Formulation
• Formulation development
• Equipment validation
• Stability • QA
development• Stability • QA • Product testing
• Process refinement
• PLV compilation
• Analytical support for post• Formulation
development • QA • Equipment
qualification
• QA • Product release
testing
support for post license commitments
Understand resource requirements
Part 3 Biopharmaceutical Development:Most Common ProblemsMost Common Problems
Top 5 Most Common CMC Regulatory Problems
1) End-Product Specifications, esp. bioassay
Top 5 Most Common CMC Regulatory Problems
2) Development Genetics3) In-Process Specifications4) Transitional Processes5) Analytical Strategy: Link to Key Product Attributes
Part 3 Biopharmaceutical Development:Most Common ProblemsMost Common Problems
Top 5 Most Common CMC Regulatory Problems
1) End-Product Specifications, esp. bioassay
Top 5 Most Common CMC Regulatory Problems
2) Development Genetics3) In-Process Specifications4) Transitional Processes5) Analytical Strategy: Link to Key Product Attributes
Part 3 Biopharmaceutical Development:Most Common ProblemsMost Common Problems
Top 5 Most Common CMC Regulatory Problems
1) End-Product Specifications, esp. bioassay
Top 5 Most Common CMC Regulatory Problems
2) Development Genetics3) In-Process Specifications4) Transitional Processes5) Analytical Strategy: Link to Key Product Attributes
Part 3 Biopharmaceutical Development:Most Common ProblemsMost Common Problems
Top 5 Most Common CMC Regulatory Problems
1) End-Product Specifications, esp. bioassay
Top 5 Most Common CMC Regulatory Problems
2) Development Genetics3) In-Process Specifications4) Transitional Processes5) Analytical Strategy: Link to Key Product Attributes
Part 3 Biopharmaceutical Development:Most Common ProblemsMost Common Problems
Top 5 Most Common CMC Regulatory Problems
1) End-Product Specifications, esp. bioassay
Top 5 Most Common CMC Regulatory Problems
2) Development Genetics3) In-Process Specifications4) Transitional Processes5) Analytical Strategy: Link to Key Product Attributes
Conclusion and Recommendations:Creating and maintaining commercial valueCreating and maintaining commercial value during biopharmaceutical development
I l d t i t d ti b th t l dInclude outsourcing costs and time: both external and internal as a key component of business planning.
Licensing Packages: coherent linkage of process andLicensing Packages: coherent linkage of process and analytics from research and across each clinical study.Documentation: Basis of building and locking in value.Develop a positive two-way relationship with all contract development and manufacturing partners.Anticipate and proactively manage risk: expect challenges!p p y g p g
Any questions are welcome and encouraged, they can be asked by e mailing:can be asked by e-mailing:
[email protected] @p p g
Thank you