“Transformations in the Pharma Industry”
Andrew M. Dahlem, Ph.D. Vice President, LRL Operations/LRL Europe August 31, 2012 9/20/2012 Copyright © 2012 Eli Lilly and Company
The Current Biopharma Environment: Challenges and Opportunities Patients
Payers
More cost aware and informed but still adherence issues
Cost pressure and want real-world drug information
Legal IP challenges, Product Liability
Media Regular reports on drug/health care issues
Better Value
Regulators Increased drug safety concerns, benefit/risk
Providers Want assurance on how to use drug
Global Unmet Medical Need, Increased Patient Population, Science & Technology Advances 9/20/2012
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Drug Discovery and Development Process Hypothesis Generation
Candidate Development
Commercialization
Target Identification and Validation
Assay Development
Lead Optimization
First Human Dose
Phase IA
Phase IB/II
Phase Submit III
Global Global Launch Optimization
Lead Generation
Project Sanction
Project Phase 9/20/2012
Product Decision
Program Sanction
Program Phase Copyright © 2012 Eli Lilly and Company
Product Phase
Launch Launch
The Drug Development Pathway
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Public and Private Sector Investment in R&D
Pharma $49.4B
NIH $30B
Biotech $18B Can we extract greater synergy? Pharmaceutical Industry Profile 2011, PhRMA, pg. 19
Dr. Andy Dahlem Copyright © 2012 Eli Lilly and Company
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A FIPNet Model for Drug Development: The Emergence of Innovation Nodes
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Academic/Gov’t and Biopharmaceutical Companies: Complementary Partnerships for New Medicines FUNDING/CONTRIBUTION Academic & Biopharmaceutical Government Labs Companies
BASIC RESEARCH
PRE-CLINICAL TESTING
PHASE I
PHASE IB/II
PHASE III
FDA REVIEW AND APPROVAL PRODUCT LAUNCH & POST-MARKETING TESTING
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Trend in R&D Efficiency
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Emerging Threats to Academia Business Model
• Free Education – Stanford, Harvard, MIT, etc. (Coursera)
• Flat Federal Research Funding – More competition for grants
• Philanthropy effected by economy • Tuition and fees creating large student debt • Federal and state subsidies changing from direct grants to student loans • For profit universities Company Confidential Copyright © 2012 Eli Lilly and Company
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Transforming R&D Strategy: Open Innovation Partnerships
9/20/2012
Copyright © 2011 Eli Lilly and Company
Chorus: An Early Phase, Virtual Drug Development Group Is a full-service, operationally independent R&D division of Lilly Research Laboratories (LRL) located in Indianapolis, Indiana …that functions as an alternative R&D platform to efficiently move select molecules through early phase development Accepts molecules between Candidate Identification (CI) and end of Phase I Develops molecules to Proof-of-Mechanism(PoM) or Proof-of-Concept (PoC) Discovery
Asset flow
Phase I
Phase Ib
CI
PoM
Phase IIa
Phase IIb/III
Launch
PoC
…that develops New Molecular Entities (NMEs) across all therapeutic areas Neuroscience, Endocrine, Cardiovascular, Bone/Inflammation, Oncology, Women’s Health Currently prosecuting mix of Lilly and External early phase assets ~30% of molecules in Chorus portfolio are biologics
9/20/2012
Chorus was an early alternative development pilot aimed at the industry’s productivity problem Copyright © 2011 Eli Lilly and Company
Principles for Selecting Compounds for the NCATS Program • Parked compounds not under active development • Must have completed Phase I
• Safety profile does not limit moving to Phase II • Small molecule only at this stage • API already exists or can be easily made • Mechanisms with broad scientific literature on potential use • Compounds where Lilly has IP filed 9/20/2012
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NCATS Repurposing Initiative: Contractual Framework Lilly 3 Memorandum of Understanding
1
5 2
NIH 4
Collaborative Research Agreement
License Agreement
Requests for Applications Grant Agreement(s)
Academic Institutions
1
Lilly and NIH capture the public private partnership framework and initial list of Lilly nominated assets in a Memorandum of Understanding.
2
NIH solicits and evaluates applications from academic institutions based on the list of Lilly nominated assets. A sub-set of the applicants (each a “Qualified Applicant”) will be invited to submit a full proposal.
3
Lilly and Qualified Applicants will negotiate Collaborative Research Agreements, which will become part of the full proposal.
4
NIH evaluates submitted full proposals and decides which one(s) to fund.
5
Based on the results of the pre-clinical and/or clinical studies, Lilly will decide if it would like to take a license to the resulting intellectual property and/or data.
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Probability of Technical Success • We have improved the success rates of new molecules by taking causes of technical attrition in development and moving them forward in drug discovery. • We can further optimize success by improving: disease mechanism validation, tailoring earlier in development and focusing on therapeutics which affect more than one disease pathway.
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Probability of Technical Success Concerted steps already implemented to increase development success of candidates: • In situ salt screening
• Pre clinical toxicology • In vitro genetic toxicology • Metabolism studies
• Quantitative pharmacology • Bioavailability in two species • Pre clinical pharmacology (animal disease models) • Expanded biomarker discovery and testing • Investment in Translational Science and Medicine •20/09/2012
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•Company Confidential - Internal Use Copyright © 2012 Eli Lilly and Company
Reasons For NME “Technical” Termination By Phase 2005- 2009 Industry Portrait Preclinical 4%
Number of events = 295 2%
6%
Number of events = 277
Efficacy Toxicology
Formulation
6%
Phase 1
Clinical Safety
17%
3%
27%
PK/Bioavailability
27% 25%
82%
Phase 2
Phase 3
Number of events = 207
1% 3%
3% 19%
17%
10%
77%
68%
•20/09/2012
Number of events = 31
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•Company Confidential - Internal Use Copyright © 2012 Eli Lilly and Company
Future Strategies: Timely and Affordable Precision Molecules Becoming Medicines • Targets validated in humans and understanding of underlying causes of disease progression • Early intervention in disease progression with therapeutic agents • High-quality multi-specific therapeutic agents addressing key pathways
• Human patient data and identification of best indication early in development • Tailoring for specific patient populations using biomarkers and companion diagnostics • Clinically meaningful outcomes with relevant comparators.
Supported by Innovation Ecosystem Confidential 2012 Eli Lilly and Company
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Innovation Ecosystem in Pharmaceutical Research: Checks and balances should be maintained FDA
Academia
Industry
Checks and balances are important to protect public. • FDA – No financial interest in outcome • Academia – Perceived lack of bias in interpreting risk/benefit • Industry – Financial interest in outcome creates issues in perception of data interpretation 9/20/2012
Copyright © 2012 Eli Lilly and Company
Collaboration Opportunities: Tailoring for Specific Patient Populations •
All candidate programs need a biomarker and diagnostic strategy
•
Better clinical effect vs. safety (benefit/risk) understanding
•
Avoid treating non-responders
•
Overall faster and less costly R&D (more investment early)
•
Higher regulatory acceptance
•
Higher healthcare acceptance (Payer, Provider, Patient) 9/20/2012
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Collaboration Opportunities: Generation of Right Therapeutic Agents •
Agonist vs. Antagonist
•
Single Mechanism vs. Multispecific
•
Small Molecule vs. Biologicals
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Add on to Standard of Care vs. Combo and Bio-betters
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Competitiveness and IP
•
Better, more predictive, animal models
•
Collaboration for Signal Searching in Clinic
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Research Project Grants Competing applications, awards, and success rates
NIH Data Book – (http://report.nih.gov/ndb/index.aspx)
Data provided by the Division of Information Services, Reporting Branch