2. Jan S. Rosenbaum, Ph.D.
Rosenbaum holds a Ph.D. in pharmaceutical chemistry from
the University of California at San Francisco and a
postdoctoral fellowship in clinical pharmacology from
Stanford University. She is the author of more than 50
original papers, short communications and abstracts in peer
reviewed journals and has been an invited speaker at
numerous international meetings.
She holds an adjunct professor appointment in the
Department of Pharmacology at The Ohio State University
where she lectures in Pharmacogenomics, and a Visiting
Scholar appointment in the Department of Pharmacology at
the University of Cincinnati, where she co-developed a
graduate course in New Drug Discovery-Preclinical
Development, for those individuals seeking to understand
process in the context of current global market forces and
Jan S. Rosenbaum, Ph.D., is a director of life sciences for CincyTech and founder
of BRK-1 Technical Advisors Inc. a pharmacology and technical due-diligence
consulting services practice supporting the pharmaceuticals and biotechnology
communities.
To learn more about Dr.
Rosenbaum, click here.
the drug development
opportunities.
3. Objectives
What has happened to the Pharma industry?
What is “Innovation” and where do we look for it?
What does it mean to be second to the market?
How does this affect me as a Pharmacologist?
4. Productivity in the last
60 yearsb
• Productivity has remained flat despite increased R&D spending
Source: a: B. Munos, Nat Rev Drug Disc 8:959-968 (2009)
b: KI Kaitin, Clin Pharmacol Ther 87(3): 356-361 (2010)
5. Can This Trend Continue?
Let’s examine the various pressures that
have converged on the Industry
R&D output/What happens as we hit the Patent Cliff?
The rising cost of healthcare in the US and world-wide
The US Regulatory environment
6. “Business as Usual” is No Longer an
Option for the Industry
The Patent Cliff is a problem
36 blockbuster drugs (annual sales > $1B) saw patents expire between
2009-2012
WW sales for these products exceed $112B
Third party payers are demanding demonstration of therapeutic
and/or economic advantages over ALL competitive products (including
non-therapeutic options)
This is increasingly challenging in the ex-US market
Improvement in safety profile is no longer sufficient to get on the market
The bar has been raised for Regulatory approval in the US
Greater focus on pre-approval safety as well as post-marketing surveillance in
the post-Vioxx era
7. What is Innovation?
Innovation means different things to
different people
Scientists
Patent attorneys
Consumers/Customers
Third Party Payers
8. Research vs. Innovation
Research: Transforming knowledge into
information
Innovation: Transforming knowledge into
products to create value for the consumer
Medicinal Product Innovation: Chemistry
(structure/drug class), Method of Synthesis
(process), Formulation, PK/PD, Pharmacogenetic
The Consumer: Patient, Physician, Third Party Payer
(health-care systems, government)
9. Innovation-Novelty
Novelty and “Newness” are distinct concepts
“Newness” implies a new creation (i.e. a new
chemical entity)
Novelty can be a NCE or it can be a new use for a
known compound, or a new
method, formulation, etc.
From a patent standpoint, it must be something that is
“non-obvious” to someone skilled in the Art
Novelty/Newness is a key
component of Innovation
10. Innovation-Usefulness
Unless an invention is useful, it is not innovative
Utility depends on the perspective of the user
Source: JK Aronson et. al. Nat Rev Drug Discovery 11:253-254 (2012)
11. What do Physicians
Consider Novel?
Survey of 184 expert physicians across 15
medical specialties and 30 US academic centers
Improved efficacy (55%)
Novel mechanism of action-first in class (37%)
Impact on practice in field (24%)
Less Important
Improved safety, ease of patient use, re-application
potential, scientific merit (7-15%)
12. Why Are There Me-Toos?
If you are working on a new MOA, someone else
is too
For new drug classes approved since 1990, >80% of
the follow-on drugs were in clinical trials before
approval of the first-in-class drug
For new drug classes where the first-in-class was
approved since 1990, >70% of the follow-on drugs
were in Phase II, and > 60% were in Phase III
Source: DiMasi JA and Faden LB Nat Rev Drug Disc 10:23-27 (2011)
13. Is It Important To Be
First-To-Market?
Source: Schultz U and Ringel M Nat Rev Drug Disc 12: 419-420 (2013)
Value
14. Source: Schultz U and Ringel M Nat Rev Drug Disc 12: 419-420 (2013)
Value How Quick To Market
Do You Have to Be?
15. Achieving Commercial
Success With a Me-Too
Differentiating characteristics in a subgroup of
patients-unique unmet need
Distinctive mechanistic class dynamics
Right drug for the right patient requires cycling
through multiple drugs with the same MOA
Sales force can drive market adoption
16. Why Do Drugs Fail?
Source: Khana I DDT 17: 1088-1102 (2012)
Commercial Failure = Strategic, lack of discrimination vs. competition,
efficacy & economic risk/benefit ratio
17. Where Do Drugs Fail?
The majority of drugs fail in Phase II
Source: Khana I DDT 17: 1088-1102 (2012)
18. What is Pharma Doing?
M&A between major & mid-size Pharma was an
attempt to address the Patent Cliff issue
Short-term “fix” that led to massive layoffs in the industry without
an increase in R&D efficiency
Pharma is looking to develop drugs for rare
diseases, on the assumption that the orphan drug
can be reapplied to the treatment of a more common
disease
Pharma is looking to Biotech and Academia to
provide a portion of their pipeline
19. The Orphan Drug Approach
Requires disease pathology understanding
Companion diagnostics to select patient populations and
streamline clinical trials
Provides priority drug status and shorter timelines for
clinical development
Has tax incentives for development
Potential upside to capture multiple markets after
demonstration of safety & efficacy in initial orphan market
20. Increased Effort to Develop
Orphan Drugs
Source: FDA Law Blog Feb 13, 2013 http://www.fdalawblog.net/fda_law_blog_hyman_phelps/orphan-drugs/
21. Source: I. Melnikova, Nat Rev Drug Discovery 11: 267-268 (2012)
Where Are Orphan Drugs
Successful?
22. Developing New
Drugs/Targets
Everyone is a player at the Discovery Stage
Only Biotech/Pharma have the capacity to get to
NDA/BLA
Biotech continues to be the primary source for
development and marketing of biologics
24. Source: SM Paul et. al. Nat Rev Drug Disc 9:203-214 (2010)
Understanding the Cost of
Clinical Trials
25. •Approval phase is shorter for orphan drugs because of priority status
•For standard NMEs, Clinical phase and Approval phase length varies by therapeutic class
Source: KI Kaitin & JA DiMasi, Clin Pharmacol Ther 89 (2): 183- 188 (2011)
Not All Trials Are Created
Equal
26. Source: SM Paul
et. al. Nat Rev
Drug Disc 9:203-
214 (2010)
Move to the “Fail Fast” Model in
Clinical Trial Design
27. A New Model of
Pharmaceutical Innovation
Pharma simply cannot afford to do it alone!
Source: KI Kaitin, Clin Pharmacol Ther 87(3): 356-361 (2010)
28. Then vs. Now
Blockbuster Model
Large patient population with high sales potential
Crowded markets, difficult to differentiate
Difficult to demonstrate enhanced value
The evolving model
Targeted therapies for specialized markets
Biomarkers & companion diagnostics inform clinical trial
design & streamline patient selection
Pharmacoeconomic endpoints incorporated into trial
design
Enhanced post-marketing surveillance
Dependence on CROs
29. What Does This Mean For the
Discovery Pharmacologist?
• In order to be successful in today’s Pharmaceutical
marketplace, it is no longer sufficient to demonstrate a
drug is safe and effective
• The NME must also be offer significant economic and
therapeutic value
– Disruptive technology-only distinctive “me toos”
– The clinical trial setting and patient population must be
considered at target selection
– The Discovery program must be designed to meet both customer
(unmet medical) and third-party payer objectives
• If the drug does not add value, no one will reimburse it!
30. Pharmacologists are Ideally
Suited to Guide the Transition
Rational target selection and target validation to meet the
unmet need
Development of biomarkers and functional imaging tools
to assess efficacy and inform dose selection in
preclinical, proof-of-concept, and later-phase trials
Development of modeling & simulation and resource-
sparing adaptive trial design strategies.
31. Are YOU Ready To Meet the
Challenges That The
Industry Faces?
For more about CincyTech visit our
website at www.cincytechusa.com