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Proprietary and Confidential © AstraZeneca 2008FOR INTERNAL USE ONLY
Collaboration in Biobanking: sustainingR&D activities of the Pharmaceutical Industry
Julie Corfield, AstraZeneca R&D Charnwood BBMRI: Stakeholders forum 16th September 2009Renaissance Hotel, Brussels
Patients………Patients………Patients………PatientsUnmet needs
Cancer, Brain disorders, Inflammatory, Metabolic and Infectious diseases
R&D bottlenecks/IMI
Belonging to Europe……….sustaining R&D
Sustaining R&D activities in Pharma?Providing the foundation for the treatments of today
and the cures of tomorrow
Time
Risk
Cost
Change
Discovery. Effective risk assessment, failing drugs faster and improving productivity and cost-efficiency are becoming even more important…… a walloping average €895 million on researching and developing a single new medicine.
LEADERSHIP
Revisit the Current R&D Model? Estimated > 90% of medicines in use today have been discovered or developed by the industry. Late-stage attrition, with increasing development costs.
NEW OPERATING MODEL
Industry’s best hope for survival lies in innovation, its traditional strength. The business model of a vertically integrated approach to developing, manufacturing and selling drugs changed in favour of
outsourcing. INNOVATION, OUTSOURCING
…..unprecedented challenges. Business model is economically unsustainable and unsuited to act quickly enough to produce the types of innovative treatments that will be demanded. The industry requires a bold new vision and leaders who have the willingness to embrace a fundamentally new approach to
their business NEW APPROACH
‘Biomarkers increasingly important in development of new drugs ….conditions at molecular level. …..New molecular markers, new assays….to help us define new diseases, …… more specifically, more
differentially.’ BETTER DEFINED DISEASES, BIOMARKERS, PERSONALISED MEDICINE BIOBANKS
The big picture
Discoveryresearch
Preclinicaldevelop.
Translationalmedicine
Clinicaldevelop.
Pharmaco-vigilance
Discoveryresearch
Preclinicaldevelop.
Translationalmedicine
Clinicaldevelop.
Pharmaco-vigilance
DiscoveryResearch
Preclinical Develop-ment
Translationalmedicine Clinical
development Pharmaco-vigilance
Benefit/Risk
Assessment Target ID Cell/TissueRelevant to Disease
Hit Target
Validate Target
Safety
Efficacy
Bench to bedside
Biobanks
Clinical Studies
Biomarkers
Definitions
Biobank: is a place, a room, or container where human biological samples are physically stored, indefinitely or for a specified time. (This is distinct from the term ‘biobank’ when defined as a “collection of human
biological samples” in some legislation).
Biobanking:
the capability that covers the governance and infrastructure of biobanks with associated facilities and personnel who are engaged in the lifecycle management of human biological samples from acquisition and use for a defined purpose(s) and through to disposal.
Montreal
AstraZeneca global biobank organisation and local biobanks at R&D sites
Shanghai
CharnwoodBostonAlderley
Bangalore
Mölndal
Lund
Wilmington
Södertälje
Research Areas:
Cardiovascular; Cancer; Infection; Gastrointestinal;
Neuroscience (Central Nervous System; Pain Control/Anaesthesia)
Respiratory (COPD/Asthma) and Inflammation (Rheumatoid arthritis)
Global Head
Local HeadBiobank operations manager
Department operations managerSample owner
CustodianSample User
Collaboration in biobanking………
AZ biobank……..a capability from collaborations
Sample Sources
Healthy
Commercial
suppliers
Post
mortem
Patients
Legacy
AZ
Customers
TI/TV
Disease
strategy
PGx
Collaborations/
Investigators
Bespoke
Clinical
studiesLiving
Archived
1999 2009
Reduced risk/fewer scandals Increased demand for samples in AZIncreasing scrutiny/regulationWider scope for consent
Increasingly competitive R&DStandardisation/best practice….global project
Tactical
ProtocolsInformed consentEthicsContractSubject dataMonitoring/Sample trackingQuality/acceptance criteria
Biomarkers
RA/OA disease area biobanks: 2001 to 2006Profile
•2 collaborations in 2000; 12 collaborations in 2006• 2 R&D sites
Collaborations •UK: RA/OA joint replacement surgery •UK: Post mortem (knees) •UK: Case-controlled large joint OA; interaction of genes and environment •UK and Australia: OA biomarkers •Sweden: early RA •Sweden: biomarker validation in healthy volunteers•Nederlands: early RA •US: OA TI/TV, biomarkers•Commercial suppliers
Profile of biobanks/collections
Biobanks• Coded samples• Dynamic not static/stock- piled• Controlled release/access; custodians• Quality/molecular characterisation/library
• Donor characteristics• Medical history, concurrent disease, current/past medication, MRI, X-
ray
Plus lifestyle/environment
Sample Types• Synovium, cartilage, meniscus, bone, tendons, synovial fluid, blood
(plasma;serum; DNA), urine;
Sample Format• Fresh, arthroscopic samples; paraffin embedded; fresh frozen
Identification/validation of efficacy biomarkers for Chronic Obstructive Pulmonary Disease AstraZeneca R&D Lund
The Malmö Smoking Induced Systemic Inflammation Study (MSIS)
MSIS:An exploratory study of endothelial progenitor cells, circulating endothelia cells, endothelial function, inflammatory blood markers and physical exercise capacity in subjects with chronic obstructive pulmonary disease (COPD) and lung-healthy never-smokers
Patient flow57 included (randomised)• 10 severe COPD patients• 10 moderate COPD patients• 13 mild COPD patients• 12 healthy smokers• 12 healthy non-smokers
Biomarkers in plasma:
Nine out of thirty-one plasma markers are elevated in COPD patients in comparison with lung healthy individuals
Fostering Collaboration
AZ Biobanks
Internal Collaboration
MD/PhdQualifications
Academic research
Publications
Better understanding of disease
New targets
Opportunities for collaboration ………to sustain R&D?
Sample collections• Use of retrospective sample collections?
• Retrospective samples adequate quality?• Prospective samples costly
• Visibility/transparency of existing pre-competitive collections
• Not an unlimited supply of subjects to provide samples……need to engage patient groups
• More ‘networks’ to provide access to existing biobanks
Standards• Standardised protocols/laboratory manuals
• Adopt consistent approaches/technologies for analysis of samples
• Information standards
• Storage capability
What can be done to enable more collaboration?
More broadly
Ethics/regulation• Harmonisation of regulations• Greater consistency in process for informed consent and ethics committee
process……….broad consent
Infrastructure/approach• Access to experts/different skills and knowledge/centres of excellence• Creation of translational and multidisciplinary research collaborations to overcome
cultural differences• Translational research to validate initial findings and explore practical use• Greater co-ordination of activities across Europe and elsewhere
• Infrastructure development for large scale population studies…to enable implementation of protocols; collection of data and samples
• Continuing technology development• Training ‘gap’
Priorities to be addressed
• Ethical and legal issues……obstacle to collaboration; consent does not routinely allow sharing
• Governance to enable sharing and exchange of material
• Data and samples contained in biobanks are variable: content and quality
• Few standardised quality controlled protocols for data collection, sample storage and analysis and access. • Difficult to pool data
Customer Needs
The Future
Thank you