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Eurosurveillance, Volume 7, Issue 5, 01 May 2002
European regulation
Roles and functions of a European Union Public Health Centre for Communicable Diseases and other threats to health

Citation style for this article: Van Loock F, Gill N, Wallyn S, Nicoll A, Desenclos JC, Leinikki P. Roles and functions of a European Union Public Health Centre for Communicable Diseases and other threats to health. Euro Surveill. 2002;7(5):pii=371. Available online: http://www.eurosurveillance.org/ViewArticle.aspx?ArticleId=371

F. Van Loock1, O.N. Gill2, S. Wallyn1, A. Nicoll2, J.-C. Desenclos3, P. Leinikki4

1 Scientific Institute of Public Health, Brussels, Belgium
2 PHLS Communicable Disease Surveillance Centre, London, United Kingdom
3 Institut de Veille Sanitaire, Saint-Maurice, France
4 National Public Health Institute, KTL, Helsinki, Finland


An international consensus has been reached that a European Union (EU) Technical Coordination Structure (TCS) for communicable diseases is needed to improve Europe’s future response to international communicable disease threats within and beyond its boundaries. After the American events of September 11 2001 and the deliberate releases of anthrax, the EU created a Health Security Committee, adopted a civil protection decision, and established for 18 months a team to develop responses for deliberate releases of biological and chemical agents. These two initiatives, the network’s approach and health security work, must converge into a single stream addressing health protection for the people of Europe. They could be combined into a European Centre for Communicable Diseases that is planned to become active by 2005.

 

The network approach to the prevention of communicable diseases (1) within the European Union (EU) is recognised to have been a remarkable accomplishment and a demonstrable success for surveillance and control of some priority diseases (2,3). The Network has a number of parts (table 1) that are supported or subsidised by Directorate General SANCO (DG SANCO) following Decision 2119/98 and subsequent decisions (1). There is a growing appreciation, however, of the need for greater technical support to the Commission if the strengths of the network approach are to be built upon and current limitations overcome (4). A consensus has been reached by European State Epidemiologists (the heads of national communicable disease surveillance and control centres) that a technical coordination structure (TCS) or centre should be established to facilitate the various EU activities in this field. For such a structure to function effectively, careful thought must be given to the needs that the TCS should address, to its relationship with designated national centres, and to the means for ensuring recruitment and retention of staff with the required expertise.

Table 1: Parts of the DG Sanco Network approach to combating communicable diseases at European Union level

  1. A Network Committee of representatives of EU national authorities and heads of surveillance and control centres responsible for health protection,

  2. Disease specific networks for high priority diseases (e.g.: HIV and AIDS, legionellosis, Salmonellosis, Verocytotoxin producing E. coli, etc.),

  3. A secure electronic early warning system,

  4. Subsidised infrastructure projects:

  • Pan European training (EPIET),

  • Information for professionals and the public (Eurosurveillance Weekly and Monthly),

  • European communicable disease resource inventory (IRIDE).

During 2001, a EC funded feasibility study on developing an EU capacity to respond rapidly to international public health threats was completed (5). It concluded that the best preparation for threats from communicable diseases or chemical incidents, at both the EU and national levels, was to reinforce existing national public health surveillance and response capacity as well as co-ordinating joint international activities. The principal mechanism proposed to achieve co-ordination at the EU level was the urgent creation of a small and effective TCS (15 to 20 people) to deliver health protection, particularly with regards to communicable disease.

Since events in the United States in 2001 (those of September 11 and subsequent anthrax releases) and ‘copy cat’ anthrax hoaxes across Europe, the grave threat of bioterrorism has accelerated the need to improve arrangements for a coordinated health protection response to emergencies (6). The United States experience has shown that deliberate releases may be dispersed geographically, that health services will be key to early detection of releases, and that national and international technical collaborations are an essential part of any effective public health response. Structural arrangements must be so arranged that, as emergencies evolve, a timely flow of accurate and authoritative information between involved national institutes is guaranteed. These emergencies also require frequent, probably daily, technical summary reports for dissemination both within the Commission and to member states that are not directly involved.

A European Union Council Decision has established a Community mechanism to facilitate reinforced cooperation in civil protection (7). In October 2001, the European Council at Ghent asked the Commission to prepare a limited term programme for the detection and identification of infectious and toxic agents as well as the prevention and treatment of chemical and biological attacks (8).

To avoid duplication, and to enhance public protection these two initiatives, the network approach to combating communicable disease and arrangements for civil protection, must soon converge. The foundations for a communicable disease structure should be laid as an integral part of the programme of cooperation on preparedness and response to biological and chemical agent attacks. To an extent this was anticipated by the Commissioner for Health and Consumer Protection when he announced in April 2002 mechanisms both for reinforcing emergency planning and preparedness and the creation of a European Centre on Communicable Diseases (to be operational in 2005) (9).

This paper aims to identify the roles and functions of a TCS and to consider their implications for both civil protection and a future European Centre on communicable diseases. 

The need for a EU rapid outbreak response capacity

The EU Public Health Programme for 2001 to 2006 (Strand 2) proposes three key measures in relation to infectious diseases (10). Firstly, it is intended that information on infectious disease problems including prevention and control measures should be exchanged regularly. Secondly, there is a commitment to support and develop surveillance methods. Thirdly, arrangements are to be devised that support a rapid and coordinated response to health threats. Considerable technical input will be needed to address each of these measures as effectively as is possible.

Experience since the formation of the Network Committee indicates that although emergencies have rarely involved all Member States, communicable disease emergencies and incidents involving more than one member state and requiring rapid responses occur regularly. There have also been significant infectious disease threats to member states from outside the EU. The specific surveillance networks have been a major source for timely realisation that a problem in one member state is also affecting others simultaneously (11). ‰ ‰ At the beginning of each incident all countries must be kept informed, as it is impossible in an evolving situation to know which countries will remain uninvolved.

Critical appraisal of past responses to international emergencies within Europe leaves no doubt that arrangements for international co-ordination must be improved (5). Careful planning is essential. The best preparation for a major crisis such as the next influenza pandemic, bioterrorism or a chemical disaster (table 2) will be through regularly exercising coordination arrangements in lesser emergencies and reviewing performance subsequently. Therefore, a European rapid outbreak or emergency response capacity must be a service that is activated regularly for the sorts of emergencies that we can expect to continue, regardless of the nature or magnitude of the threat.

Table 2: Potential major European health protection emergencies

  1. A major community-wide outbreak of gastrointestinal disease,
  2. An outbreak of an unknown illness – either biological or due to chemical or radiological exposure,
  3. The appearance of a previously unrecognised pathogen in the blood supply,
  4. Chemical, biological, or radiological contamination of a water supply,
  5. A lost source or an accidental release of radiation affecting a number of countries,
  6. An emergent or re-emergent infection abroad that could be imported to European countries,
  7. International concern over the safety of a vaccine,
  8. A serious imported infection affecting a number of countries;
  9. The emergence of a new sexually transmitted infection (STI) or the re-emergence of a previously recognised STI;
  10. The next influenza pandemic,
  11. Suspected deliberate or accidental release of a serious biological agent,
  12. A major international epizootic with implications for human health.

It is especially important these rapid European arrangements be engaged, in collaboration with WHO, in responding to infectious disease threats outside the EU (12). In this way, the abilities of European reference laboratories and field epidemiology services will be challenged continuously, as will their capacity to work together. This will further underline the need for EU shared reference laboratories for rare infectious agents, because it will become increasingly more difficult to maintain such centres in each member state. Providing a coordinated EU service to other parts of the world will also improve preparedness for whenever new problems threaten EU citizens.

The report on EU responses to international epidemiological emergencies acknowledged that the networking approach to surveillance within the EU has increased the recognition of international outbreaks and improved the management of their investigation (3). At the same time, the report noted that poor case ascertainment and notification in some countries limits the outbreak detection power of international surveillance networks. By improving the response to particular international outbreaks, a functioning EU rapid response capacity is likely to enhance the performance of the EU network.

Providing a rapid outbreak and emergency response

The outbreak response service of a TCS must have certain essential attributes (table 3). Once a TCS ascertains possible incidents from surveillance activities, reports, and ‘early warning’ messages, this initial information must be evaluated against pre-established criteria, and a formal assessment conducted through the national surveillance centres. The initial technical appraisal and risk assessment may determine the nature of the threat, its rate of change, its seriousness, and its potential to spread to other states. If the threat is sufficiently serious, arrangements should be made with national surveillance and control centres for the immediate deployment of appropriate personnel with the necessary field epidemiology and microbiology skills. The data gathered, together with information on the quality of this data, will inform the outbreak coordinator(s) who can then judge the special expertise, range of laboratory tests, and other investigations that may be needed. While the coordinator is arranging the expert back-up, investigators in the field can obtain further data and begin the collection and transportation of appropriate specimens. All must be done in harmony with national and sub-national investigating teams.

Table 3: Essential attributes of an effective rapid European outbreak and emergency response service

  1. Immediate deployment of assistance with core skills,
  2. Access to relevant expertise,
  3. Expeditious specimen collection and transportation,
  4. Appropriate laboratory back-up,
  5. Clear mandate and leadership,
  6. Rapid response – simple activation – phased escalation,
  7. Diplomatic support,
  8. Subsequent review

In major incidents involving citizens in a number of countries, the international investigation co-ordinator must work together with the lead investigators of each national investigating team. In many instances, it may be possible for the lead investigator in the country most affected to combine the role with that of co-ordinator of the associated international investigation. On occasions, it can be anticipated that the pressure may be too great for both roles to be combined. The TCS personnel can link with national authorities and draw on the Committee of European State Epidemiologists (CESE). Explicit ‘rules of engagement’ should be available so that both roles can function effectively. It is essential to maintain the flow of authoritative information to member states and to the European Commission on the evolving investigation and the control measures being employed. These liaison and co-ordination challenges, however, are no different from those that are regularly overcome by national centres when responding to their own major national incidents.

This approach will require the TCS to develop a model contract between designated national institutes (those that are likely to arrange for staff to be seconded at short notice to an outbreak investigation), the European Commission, and the member states or the international body that request assistance, that sets out the duties and obligations on all parties once a formal ‘outbreak response’ has begun. A simple objective procedure can be established for activating the response.

After completion of the response to the incident, it will be important to conduct an appropriate review that makes recommendations on how the response could have been improved.

EU-readiness to respond rapidly to outbreaks

The European Commission must establish a process, managed by the TCS and assisted by the Network Committee on Communicable Diseases and the Civil Protection structures, that unlocks the considerable and diverse expertise in designated national centres and deploys it wherever and whenever needed (1). Field epidemiology, risk assessment and good communications are essential to almost all emergencies. Beyond these core skills, however, the exact expertise required differs according to the emergency or outbreak, for example whether microbiological or toxicological skills are preferable. It is unlikely that an international European centre, however large, could ever possess the staff, let alone the necessary language skills required for even the majority of circumstances. Nevertheless, almost all the appropriate staff will be available within the 15 national centres and national laboratories. The TCS could arrange for technical experts and representative officials to develop a consensus over each of the issues to be addressed and types of expertise required in the outbreak response contract. Close involvement of the Network Committee should ensure linkage with the national political points of contact for the Network Decision and related communicable disease issues. Particular work needs to be undertaken to strengthen and co-ordinate European laboratory services to ensure that appropriate levels of technical expertise are available rapidly during emergencies (13).

EU Technical co-ordination against biological and chemical attacks

The objectives of the EU programme of cooperation on preparedness and response to biological and chemical agent attacks have been specified as: a) to set up a mechanism for information exchange and consultation, b) to create an EU-wide capability for the timely detection and identification of biological and chemical agents, c) to create a medicines stock and health services database, and d) to prepare and disseminate guidance on responding to attacks. Over the following eighteen months the programme will be directed by an Inter-Service Task Force under DG SANCO, a Health Security Committee, and about 15 persons in a Technical Coordination Team.

In coordination with the Commission, the Health Security Committee will address immediately all public health responses to attacks in which biological and chemical agents might be involved, will provide advice for emergencies related to such attacks, and will help to implement relevant strategies that may be agreed at EU level.

The rapid detection and identification of cases and aetiological agents will be aided by surveillance and notification guidelines, the preparation of common investigation protocols, and an international inventory of laboratory capabilities. Strategies will be developed to secure production of appropriate medicines and stockpiles will be created in each member state. Rules and guidelines on the management of people, products (food, materials, precursors), produce and animals, and decontamination procedures will be compiled.

While the mandate of this initiative is confined to bioterrorist attacks, civil protection and deliberately released agents, the Commission’s team will have to recognise the vital role of surveillance and international outbreak management to an effective public health response. In the United States, following September 11 and the anthrax attacks, local public health infrastructure is being strengthened with an investment of over a billion dollars in 2002-3 (14). Similarly, these European aims cannot be achieved without strengthening surveillance and enhancing the capacity to respond to non-deliberate communicable disease outbreaks.

The Technical Coordination Team on the health aspects of bioterrorism will not cover the range of provisions for non-deliberate outbreak response. Nevertheless, an effective rapid response service is indispensable for full preparedness for deliberate releases. The creation of a TCS, by strengthening the EU framework for surveillance and prevention of communicable diseases, would provide a means to establish and sustain the rapid outbreak response service. It could also be ready to host the preparations laid down by the bioterrorism team when plans for an EU Communicable Disease Centre come to fruition in 2005, not long after the bioterrorism team completes its work.

A critical component of any outbreak or emergency response service is the rapid deployment of personnel trained in the core skills of field epidemiology and investigation. The universal way the necessary ‘surge capacity’ is maintained is through the development and maintenance of an appropriate training programme. In the face of the new urgency posed by bioterrorism, member states and the Commission should endorse their commitment to the European Programme for Intervention Epidemiology Training (EPIET) (15).

Functions of an EU TCS

In the light of the above it is clear that any central technical capacity to support communicable disease surveillance, prevention and control, along with broader aspects of civil protection, should have a range of functions other than simply being the means for coordinating a rapid outbreak response service. It is necessary to consider the wider range of functions that a TCS could perform on a day-to-day basis that would support and strengthen the network approach, while avoiding competition with designated national institutes (table 4).

Table 4: Functions of an EU Technical Co-ordination Structure for Communicable Diseases

  1. Moderation and development of the EU Early Warning System,
  2. Maintenance and development of a Rapid European Outbreak Response Service by co-ordinating the use and supplementation of resources in the national centres and disease specific networks in the EU,
  3. Co-ordination of the rapid preparation of technical advice in emergency situations for the Commission,
  4. Provision of technical briefings on policy issues for consideration by the Network Committee and the Public Health Program,
  5. Co-ordination of the structured evaluation of disease specific networks on behalf of the Network Committee,
  6. Production and dissemination of authoritative information for professionals and the public (eg Eurosurveillance weekly and monthly),
  7. Facilitation of a ‘Designated EU Reference Laboratory Service’ that commissions international reference services,
  8. Management of the European public health training for health protection (e.g. the EPIET training programme) and other international training initiatives,
  9. Maintenance of the inventory of resources for communicable disease prevention and control in the EU (IRIDE),
  10. Advising the related research programme of DG-Research so that it supports the Public Health Programme on communicable disease,
  11. Liaison and co-ordination action with national European surveillance and response centres and Ministries of Health,
  12. Liaison with other international bodies, e.g. WHO-Euro, WHO-GOARN, to ascertain health threats from communicable diseases outside the EU and to assist the co-ordination of international responses.

This range of functions envisages the TCS taking responsibility for technical co-ordination of some of the infra-structural arrangements already developed on behalf of DG-SANCO such as the EPIET training programme, publishing the bulletins Eurosurveillance and Eurosurveillance Weekly and extending surveillance outputs from the existing disease specific networks to provide more information for the public as is required under Commission directives. It can also be anticipated that a system for designating EU reference laboratories is likely to evolve, analogous to that co-ordinated by WHO. Such designations already exist under particular EU legislation (16). The Structure will need a clear line of accountability back to the Commission and the Network Committee. However the TCS should also work with comparable national and international technical bodies (e.g. WHO-Euro, WHO-GOARN) especially in the context of the current WHO attempt to revise the international health regulation and in mounting responses to global threats and emerging diseases. It should also be the linkto EU research funding bodies to ensure that these best serve public health priorities.

Challenges for the EU TCS

A range of functions that is broader than just the co-ordination of emergency outbreak response and complementary to any bio-terrorism preparedness planning is essential for an EU based TCS and poses a greater challenge for the proposed centre or unit. When putting in place the procedures, guidelines, and technical capacity to respond to international communicable disease events, DG-SANCO should consider the implications for its programme for deliberate release preparedness.

It is probable that national public health institutes or their designated structures will broadly favour a TCS whose primary function can be seen as supporting the communicable disease network approach, and hence support and reinforce their own national activities. By facilitating an explicit responsibility for national units to provide a rapid outbreak response service in support of each other, an EU TCS should have a positive working relationship with designated national institutes from the outset. This will be reinforced if national centres are the prime source of the TCS core technical staff who could be seconded into the centre for extended (2 to 3 year) periods. This would also overcome the difficulty the European Commission has had in recruiting public health staff with sufficient field experience.


References

1. Decision 2119/98/EC of the European Parliament and of the Council of 24 September 1998 setting up a network for the epidemiological surveillance and control of communicable diseases in the Community. O.J. L268 of 3/10/1998

2. Health ministers wish to strengthen the network approach in response to bioterrorism threat. Eurosurveillance Weekly 2001; 5: 011129

3. MacLehose L, McKee M, Weinberg J. Responding to the challenge of communicable disease in Europe Science 2002; 295: 2047-50.

4. Petersen, L. R, Catchpole, M. (2001) Surveillance for infectious diseases in the European Union. BMJ 2001 323: 818-819

5. Project ‘Development of a EU Rapid Response Team for Threats of Public health’ (EC-IPH / Brussels Agreement SI2.225063 (2000 CFV4-006)).

6. Lightfoot N, Wale M, Spencer R, Nicoll A. Appropriate responses to bioterrorist threats. BMJ 2001; 323: 877-78. http://www.bmj.com/cgi/content/full/323/7318/877

7. Civil Protection Decision, No: 792, October 23rd 2001.

8. Communication from the Commission to the Council and the European Parliament. "Civil protection - State of preventive alert against possible emergencies". Brussels, 28.11.2001; COM(2001) 707 fin.

9. Byrne D. Reinforcing the frontline of European public health – tackling Communicable Diseases in a changing environment (Speech). Berlin 15 April 2002.

10. Amended proposal for a Decision of the European Parliament and Council adopting a programme of Community action in the field op public health, Brussels 01.06.2001; COM (2001)302 Fin.

11. MacLehose, L. Brand, L. Camaroni, I. Fulop N. Noel, G., et al. Communicable disease outbreaks involving more than one country: systems approach to evaluating the response. BMJ 2001; 323: 861 – 863

12. Moren A. Nicoll A. The World Health Organization Global Outbreak and Response Network – what can Europe learn from this example? Eurosurveillance Weekly 2001; 5: 011205. (http://www.eurosurv.org/2001/011205.htm)

13. Suspected cutaneous anthrax in a laboratory worker—Texas, 2002. Morb Mortal Wkly Rep. 2002; 51(13): 279-81

14. Greenberg, DS. US health bodies reap funds for bioterrorism, The Lancet, 2002; 359, 772.

15. Van Loock F, Rowland M, Grein T, Moren A. Intervention epidemiology training: a European perspective. Eurosurveillance 2001; 6: 37-43

16. Directive 92/ 117/ EEC. of 17 December 1992 concerning measures for protection against specified zoonoses and specified zoonotic agents in animals and products of animal origin in order to prevent outbreaks of food-borne infections and intoxications. Official Journal L 062, 15/03/1993 P. 0038 – 0048

 



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