A EUROPEAN TECHNOLOGY PLATFORM 
FOR GLOBAL ANIMAL HEALTH (ETPGAH)

 

Working Group 3 “Horizontal Issues” - Report

Brussels, 13 October 2005

 

Final, 7 November 2005

 

HMA UK / S. Dean (Chair)

IFAH / P. Jones (Vice-chair)

European Commission / B. Arbelot

BBSRC / P-P. Pastoret

BBSRC / D. McKay

CEVA / M. Chaton-Schaffner

COPA-COGECA / P. De Winter

CVO Netherlands / M. Weijtens

Fort Dodge / R. Banks

FVE / J. Vaarten

HMA Hungary / T. Soos

INRA / A. Rodolakis

Intervet / M. Gravendijck

 

Liverpool University / J. Scudamore (minutes)

OIE / Ch. Bruschke

OIE / S. Edwards

Pfizer / A. Peters

Universidade Técnica Lisboa / T. Fernandes

IFAH-Europe / D. O’Brien

IFAH-Europe / H. Marion

 

Apologies

European Pharmacopoeia / P. Castle

Merial / J. Lechenet

 

Agenda

 

 

Minutes

 

Introduction

 

1. The first meeting of the working group was held at the COPA-COGECA offices on Thursday 13 October 2005. A total of 18 participants attended. 

 

2. Mr D O’Brien, Managing Director of IFAH-Europe who is the Chairman of the Steering Council for the platform, welcomed the participants. He explained that the platform had a wide range of stakeholders. It had an important role to play in the development of the research environment for the next decade especially in the control of animal disease of major importance. He also thanked COPA/COGECA for their hospitality in providing the meeting facilities, DG Research of the European Commission, the Presenters and Participants.

 

The European Technology Platform for Global Animal Health

 

3. Professor Jim Scudamore provided an update on the development of the ETPGAH. Full details of his presentation are available as a PowerPoint presentation (available on the website referenced at paragraph 7). He described the background to the technology platforms and summarised the current status of platforms generally. Stage one in the development of the ETPGAH is now completed with the final vision of the platform on the web and due for publication in the next weeks. This defines the scope for the Strategic Research Agenda (SRA) and will assist in forming the structure and focus of the SRA. The EU Commission in developing their framework 7 work programme will draw on the SRA developed by the industry led platform.

 

4. Three working groups had been established of which this group would be working on Horizontal issues.  Working group 1 would deal with basic research and mapping and working group 2 would cover technology transfer and interchange.

 

5. The first meeting of the working groups would be a brainstorming session, which would seek to identify the challenges to be met in converting the vision into a Strategic Research Agenda. The second meeting of the groups would seek to draft a SRA, which would then be provided to all the stakeholders for comment before being finalised.

 

Presentations

 

6. In order to focus the discussions a series of presentations were given during the morning. Each of the presentations was followed by discussion. In his introduction the chairman, Steve Dean said that the presentations and subsequent discussions would provide the basis for the work of the group during the afternoon.

 

7. The three comprehensive presentations covered a wide range of horizontal issues and needs. Details of the presentations are on the ETPGAH web site at http://www.ifah.be/europe/euplatform/platform.htm. Each presentation stimulated discussion and the comments, which are summarised in the paragraphs below.

 

Emerging and existing diseases.  C. Bruschke.

 

8. The presentation raised many queries in particular the problem of funding for vaccine development and delivery especially in developing countries. Cheaper marker vaccines were required but without the appropriate price the vaccines could not be used in developing countries where the disease was endemic. Pen-side tests were required for speed of diagnosis and for use in countries where there was a problem with poor laboratory facilities. The question whether farmers, vets, or official vets were authorised to use the pen-side tests was important. In the case of pen-side tests they should be well characterised, validated and fit for purpose.

 

9. The presentation had concentrated on viruses but bacterial diseases were also important in the context of public health. The societal benefits of vaccines further down the food chain ultimately at the consumers level should be assessed and incorporated into the cost and benefits of using vaccines in animals. The benefits of salmonella vaccine in poultry reducing food contamination and ultimately human infection should be quantified. There are still gaps in the fundamental understanding of the zoonoses in particular basic epidemiology, immunology and potential control measures using competitive exclusion or bacterial phages.

 

10. One of the major issues for Europe is the availability of research facilities to undertake research on high risk organisms. The problem is not financing the building of the facilities but in the cost of funding the maintenance and use of the buildings. More coordination is needed between countries to avoid duplication. Sharing these facilities with industry could also be considered.

 

11. Other areas for research included the use and development of anti-virals, the potential for developing immuno-stimulants as boosters of the immune system, marker vaccines, DIVA (Differentiate Vaccinated and Infected Animals) tests and methods for discriminating infected from vaccinated animals.

 

12. Participants also recognised that there is a significant difference between the market for veterinary vaccines and human vaccines. In particular where there seems to be a greater commitment on the part of the human pharmaceutical industry to develop new vaccines, the ROI on veterinary vaccines is far less because of the fragmentation of the market and the absence of any subsidies from government funds because there are no national health systems for veterinary medicine in the EU. Therefore the delegates recommend that some thought be given to the possibility of state funding for vaccine development and registration for these important veterinary diseases which is in synchrony very much with the objectives of the 7th research framework programme.

 

Barriers to the development of new tools.  R. Banks.

 

13. The quantity of data required for the efficacy evaluation by the regulatory authorities in Europe prior to authorisation of the product was considered to be an issue to be followed up. The question was raised whether efficacy data requirements might be reduced with a greater reliance on post-authorisation safety monitoring according to Pharmacovigilance requirements therefore reducing the initial data required for authorisation. It was not always clear whether the quantity of efficacy data provided to the regulator provided added value in relation to the costs of generating the data from field and other trials. Field studies after the release of a compound could provide useful information. Because the requirements for dose titration and dose confirmation studies are often very extensive this provides for considerable amounts of investment having to be made into the development programme and it was suggested that consideration be given to a greater reliance from field studies after the release of a compound to provide the necessary efficacy data.

 

13. The example of the development and authorisation of the West Nile Fever vaccine in the USA demonstrated that the industry could in some circumstances react very quickly. A benchmark review of the situation in the USA compared to Europe would be of use to identify the similarities and difference in the regulatory procedures. Two areas especially highlighted were GMP and the efficacy data required by the US regulators in order to authorise a product. The last sentence needs some clarification. The point that was made is that the requirements for GMP and efficacy data are less than that in the EU thereby facilitating easier and faster authorisation in the US and that the benchmarking study would elaborate whether in fact this is the case.

 

14. Changing the antigen in a vaccine to adapt vaccination to antigenic change in pathogens requires a resubmission of a full dossier even though the change relates only to the initial seed strain or virus and not in the manufacturing process. This was not required in the case of human influenza vaccines but created unnecessary complications in the case of animal vaccines where there was considerable antigenic variation in the virus. (eg FMD, Bluetongue, Avian influenza.). From a vaccine production perspective the ability to exchange one strain for another provided the seed strain was correctly evaluated would improve the rate at which the new vaccines could be authorised and reduce costs. Novel ways of addressing this problem were needed such as developing an approved antigen bank of seed strains any one of which could be used without the need to revise the manufacturing procedures or obtain new authorisations. However it should be recognised that there appears to be disjoint amongst the network of laboratories testing for equine influenza than there is for the human equivalent which is why the Commission has not to date been happy to follow the human line with a simple variation requirement. There was also a major contrast between the requirements of the regulators and that of the animal health authorities who when faced with an outbreak of disease where a vaccine was urgently required for control purposes could issue an emergency authorisation.

 

15. At present much of the basic information on a disease and the pathogen was not fully understood.  Basic research was still needed in many areas. Historically when approaching the authorisation of a product the regulators had evaluated risk alone with little or no assessment of the benefits. Research was needed into the way in which the risk/benefit component could be incorporated into the process. There was a general view that there should be closer links and networks between the research workers and the industry with the development of centres of excellence.

 

 

Societal acceptance of technology.  M. Weijtens

 

16. Much of the discussion centred around the need to understand public perception, risk communication and societal views on a range of issues such as risk, benefits, genetically based products and the seemingly large information gaps which exist between public perception and the situation in reality.  One such topic related to the public perception of the vaccination of food animals for disease control purposes. Good vaccines and tools were needed but the retailers could in some circumstances require the products from these animals to be labelled and to be traceable.

 

17. The animal health industry was well aware of the regulations in place but academics often carried out research with little understanding of the Intellectual Property (IP) issues involved or the potential use of their discoveries. It was considered important that research scientists should be encouraged to understand the importance of IP and to assess the potential future use of their discoveries.

 

18. In many countries there is a free unregulated market in veterinary diagnostic tests. However in Germany and the US diagnostic kits are subject to regulation as are the medical diagnostic kits used throughout the EU. A diagnostic test validation procedure has recently been introduced by the OIE which sets standards but is not a regulator. The registration will be based on a comprehensive validation using a template requiring a dossier of information from the company seeking registration. The OIE registration will be based on the concept of fit for purpose which will relate to sensitivity and specificity of the test and whether it  is to be used for screening or confirmation of disease. Whilst attendants appreciated the benefits of the OIE validation scheme, some concern was expressed that such a scheme does not acknowledge the different field and epidemiological influences that can exist on a regional basis. It was proposed that a better means of assessing the suitability of such test would be through a regulatory procedure. In the European Union there is such a directive for human diagnostic test and it was recognised that this should be facilitated on the veterinary side as well.


Conclusions

 

19. During the afternoon the conclusions and summaries from the morning session were discussed in order to identify the challenges for the Strategic Research Agenda.

 

20. Professor Scudamore summarised the provisional conclusions of the working group. He indicated that the conclusions from the 3 working groups would be brought together to form the basis of the draft Strategic Research Agenda which would be available for the next meeting. He reminded the working group of their terms of reference:

 

 

21. The difficulty would be in translating the discussion of the working group into a Strategic Research Agenda. It was important to clearly identify at the top level the main challenges facing the ETPGAH. If there were too many challenges the SRA would loose its impact. It was important to start with the main challenges and then to identify the general topics or initiatives at the next level. Finally the specific details could be worked out but this may be more appropriate as ongoing work for the platform. This detail could be included as annexes or separate documents to the Strategic Research Agenda at a later stage.

 

22. From the discussion 6 major challenges became apparent. These are listed below:

 

 

23. At the general level the need for detailed initiatives were identified in the following areas:

 

 

24. Finally, the specific detail was considered at the level of research and disease priorities. A wide range of suggestions were made and included:

 

 

Producing the SRA: Work Plan

 

25. The following work plan was agreed by the working group:-

 

Date of Next Meeting

 

26. The next meeting of the working group on horizontal issues would be held in Brussels on Friday 2 December 2005.