Prospective Models of Vaccine Security Collaborations in Research and Development Georges Thiry, PhD IVI (International Vaccine Institute) Phuket, Oct 01, 2014
Prospective Models of Vaccine Security Collaborations in Research and Development
Georges Thiry, PhD IVI (International Vaccine Institute)
Phuket, Oct 01, 2014
Content
• R&D • Examples of collaborations from international • Examples involving ASEAN Countries • The ASEAN R&D Network • Conclusions
Research and Development
Research Develop Deliver
Lab Lab Scale- Pilot Regulatory
Manufacture
Animal Pre-Clinic Clinic Use
Epidemiology, Marketing, Regulatory
Example: Transfer ‘product’
• IVI, International Vaccine Initiative
• Cholera whole killed vaccine – Vabiotech, Vietnam – To Shantha (Sanofi), India: Shanchol – To two additional partners in Asia
• Typhoid conjugate vaccine
– To Shantha – Three new partners, in Asia
Source: IVI web site
Example : Transfer ‘technology’
• University of Lausanne, Switzerland – Center of excellence for adjuvants and formulation – Course, training, tech transfer – Material transfer agreement – Projects with academia and industry
• INTRAVACC, NL
– Conjugation, process and QC – Tech transfer
Source: University of Lausanne – Nicolas Collin – Intravacc
Example : Technology Platform
• PATH, New Rotavirus program (ARVAC) – Four licensees of NIH Rotavirus vaccine – PATH created a technology platform available to all
• Cell line, viiral seeds • Process development and formulations • QC assays • Technical documents, SOPS • Expert supports: pre-clinic, clinic, RA
– Course, training, tech transfer
Source: PATH
Example : manage consortium
European Foundation - Supports the development of new TB vaccines - Accessible and affordable to all people
www.tbvi.eu
Germany: VPM
Max Planck (2x) Uni Tübingen
Spain: Uni Zaragoza/Biofabri (2x)
Switzerland: Uni Zürich Uni Geneva
France: Inst.Pasteur Paris (2x) Inst. Pasteur Lille CNRS Toulouse (5x) Institut Mérieux
Italy: Uni Padua
UK: Uni Oxford (3x)
Finland: FIT Biotech
Denmark: SSI (4x)
The Netherlands: Uni Leiden NVI
Belgium: GSK
TB research centers in Europe
PDT - CDT
Research Development
Entry criteria:
• Candidate(s) selected
• Process feasible
• Proof of concept in animals
• Develop plan and strategy
• Review process & characteristics
• Select manufacturer
• Review animal data; prepare tox & pre-clinical studies; select CRO
• Prepare clinical trial approval form
• Prepare protocol Ph 1& 2; select PI
• Project management & IP
Go Human
Manage expertise in Development
Source: G. Thiry, TBVI
10
Gate From To 1 Discovery Preclinical 2 Preclinical Phase 1 – 1st in man 3 Phase 1 Phase 2 4 Phase 2 Phase 3 5 Phase 3 Market authorization 6 MA Introduction
Discovery
Pre-clinic Ph 1 Ph 2 Ph 3 MA Market 1 2 4 3 5 6
Manage product development
Manage animal testing
• Guinea pigs • Non human primates
– Head to head
comparison of multiple candidates
Manage community: annual meeting
Example: industries
Source: www.DCVMN.org
BioNet
Suppliers R&D GMP
DCVMN
Hepatitis B (HBV) Influenza (Flu) Japanese Encephalitis (JEV) Measles Measles-Mumps-Rubella (MMR) Monovalent Oral Poliomyelitis (mOPV) Bivalent Oral Poliomyelitis (bOPV) Trivalent Oral Poliomyelitis (TOPV) Inactivated Poliomyelitis (IPV) Rabies (CPRV) Yellow fever (YF)
Acellular pertussis (recombinant aP) Haemophilus influenzae type b (Hib) Meningococcus ACYW135 (Men PS) Tetanus Toxoid (TT) Tuberculosis (BCG) Typhoid (Vi) Tetanus Diphtheria for adult (Td) Diphtheria, Tetanus, Pertussis (DTwP) Tetravalent vaccine (DTP-HBV) Pentavalent vaccine (DTP-Hib-HBV)
Example: Capacity in Regulatory - Dengue
• DVI • NRA:
– Indonesia, Malaysia, The Philippines and Thailand
– Brazil, Columbia, Mexico
• Meetings in – Brasilia, March 2013 – Bangkok, Oct 2013 – Jakarta, June 2014 – Beijing, Nov 2014 (DCVRN)
• Propose a new mechanism of a common review – For Phase 3 protocol; – For Marketing Approval;
Example: ADVA, surveillance, advocacy
ASEAN Dengue Vaccine Advocacy
• Regional surveillance system – Data base
• Diagnostics • Modeling • Set up a base line
Preparing for dengue vaccine introduction in ASEAN countries: recommendations from the first ADVA regional workshop. Thisyakorn U, Capeding MR, Goh DY, Hadinegoro SR, Ismail Z, Tantawichien T, Yoksan S, Pang T. Expert Rev Vaccines. 2014
Network for vaccine R&D
(…)
Conclusions
R&D is present (knowledge, know-how) and future (pipeline) R&D builds on education, innovation and
entrepreneurship, capacity (infrastructure, funds), environment (collaboration, regulation) Models and mechanisms build on willingness to
solve problems, to be effective, to share knowledge and … success.
[email protected] [email protected]
Thank you
Prospective Models of Vaccine Security Collaborations in Research and DevelopmentContentResearch and DevelopmentExample: Transfer ‘product’Example : Transfer ‘technology’Example : Technology PlatformExample : manage consortiumSlide Number 8Manage expertise in DevelopmentSlide Number 10 Manage animal testing Manage community: annual meetingExample: industriesBioNetExample: Capacity in Regulatory - DengueExample: ADVA, surveillance, advocacyNetwork for vaccine R&DConclusionsSlide Number 19