Select Committee on Science and Technology Eighth Report


4  RESEARCH, DEVELOPMENT AND PROCUREMENT

Universities and Research Councils

49. The Research Councils are not responsible for development of specific countermeasures or related policy. However, as they indicated in their evidence, they "support a good deal of basic and strategic research which is to different degrees relevant to such development".[41]

50. In their evidence to this inquiry, the Research Councils describe research being undertaken that would be of value in developing countermeasures to CBRN terrorism, for example:[42]

  • The Natural Environment Research Council Centre for Ecology and Hydrology has considerable experience of dealing with the impacts of sudden releases of chemicals or radiochemicals e.g. following Chernobyl. Other research focuses on possible remedial actions following releases of hazardous materials.
  • Research at the Council for the Central Laboratory of the Research Councils' (CCLRCs') Daresbury Laboratory may help in the development of in-field detection techniques for bacteria and viruses.
  • Some Research Council-funded work is directed at detection and prevention of criminal acts themselves. CCLRC are undertaking research on unobtrusive security devices for detecting people and weapons through walls. We were impressed by this work when we visited the CCLRC's Rutherford Appleton Laboratory on 1 April 2003.
  • The Engineering and Physical Sciences Research Council is establishing a new Crime Prevention and Detection Programme, which will include support for anti-terrorism technologies, advancement in forensic science techniques and personal security devices.
  • The Economic and Social Research Council is funding research on the domestic management of terrorist attacks, including understanding the causes and social effects of terrorism, and public communication.

51. The important issue is to what extent this basic research is being harnessed for CBRN countermeasures. Much of the basic medical research being undertaken in universities and MRC Institutes is likely to be of dual use. We asked Dstl to what extent it undertook research collaborations externally. It has provided us with an extensive list of organisations with which it has published research jointly. We also understand that around 20% of the CBRN element of the MoD research programme left with Dstl is subcontracted to universities, industry and other research providers.[43] Dstl, along with other Government agencies such as the HPA, should recognise that they benefit from close collaboration with top university departments where there is a strong culture of working in an open way which facilitates constructive criticism.

52. Our view is that the links between Dstl and other bodies need to be strengthened to address the new threats. CCLRC says that its R&D projects involving sensors, detectors and information technology "are a significant part of the CCLRC research programme and, although the development programme is primarily to support the civil and academic research community, there could be potential security applications".[44] There could be security applications yet it is curious that no-one from Dstl or anyone else has made more effort to establish their value.

53. We had noticed a press article describing DNA fingerprinting technology, developed at the University of Ulster by Dr Colm Lowery, which could quickly identify pathogens in the event of a biological attack. While the university's press release may well have oversold the story, Dr Scott's response was disappointing, describing the work as "fairly standard" and does not suggest that Dstl was making the most of the resource that is the UK science base. The press release reports that Dr Lowery had "been invited to the Centers for Disease Control Prevention (CDC), Atlanta, USA, to work alongside the world's leading scientists in the fight against bioterrorism". If Dr Lowery's work was so standard, it is hard to believe that CDC would have shown the interest in the research that it has.[45] We understand that science at the Ministry of Defence will be the subject of a review by the OST Science Review Directorate. This should consider the use being made of academic research by Dstl and what mechanisms could be introduced to maintain quality control at regular intervals.

54. We conclude that the UK science base has huge potential for developing CBRN countermeasures but see only limited evidence that it is being tapped. Sir David King told us that "my office has very strongly encouraged the Home Office to work closely with Research Councils and industry, Research Councils being the entry point into academic research regarding emerging technologies and research base on this particular theme", which implies that not much had been done in the past, although Dr Ian Lawston from the Home Office felt that "My impression is that we are harnessing academia fairly well".[46] An option would be for a cross-Council bid to Spending Review 2004 for funding to develop that potential. Personal and National Security' is one of eight multi-Council themes in a stakeholder consultation on future science priorities published by Research Councils UK on 18 August 2003 in the lead up to Spending Review 2004.[47] We have doubts that the Research Councils should be used so overtly pursue Government's research objectives, however, and it is not obvious that we need more basic academic research in the area. This is consistent with the view of John Marburger, Director of the White House Office of Science and Technology Policy, who stated in April 2002:

    "I realised that the means for reducing the risk and consequences of terrorist incidents were for the most part already inherent in the scientific knowledge and technical capabilities available today. Only in a few areas would additional basic research be necessary, particularly in connection with bio-terrorism. By far the greater challenge would be to define the specific tasks we wanted technology to perform, and to deploy technology effectively throughout the diffuse and pervasive systems it is designed to protect. The deep and serious problem of homeland security is not one of science, it is one of implementation". [48]

A better option to a Research Council initiative would be for relevant Government departments to embark on a more coordinated programme of research in this field but develop extensive links with relevant research groups in universities and Research Council institutes. We recommend the establishment of a Home Defence Research Network under the direction of a new Centre for Home Defence. Part of its role would be to build on the outputs from the Royal Society's study into detection and decontamination and provide an horizon-scanning capability.

Medical technologies

55. During 2000, the DoH reviewed its arrangements for dealing with biological incidents and re-evaluated the medical countermeasures in place to deal with a large-scale incident. A Medical Countermeasures Group was established in February 2001. The purpose of this Group was to provide medical and scientific advice to the department on the medical response to the deliberate release of biological agents and to consider operational requirements. The Medical Countermeasures Group aims to ensure that up-to-date research findings are shared and fed into policy on preparedness to deal with bioterrorism and identified gaps in countermeasures.

56. The DoH evidence provides a comprehensive picture of how it has used science and technology to inform its post-11 September 2001 activities. These include:

David Harper, as Chief Scientist, has taken the lead for DoH on CBRN matters and was involved in the CBRN Science Working Group.

HEALTH PROTECTION AGENCY

57. Getting Ahead of the Curve contained a proposal for the creation of a new Health Protection Agency (HPA).[49] The Agency was not formed as a result of the perceived increased threat after 11 September 2001 but the proposal explicitly recognised that any strategy to tackle infectious diseases needed to consider CBRN terrorism.

58. The Agency, which came into being as a Special Health Authority on 1 April 2003, combines some of the functions of the PHLS with those of CAMR and the National Focus for Chemical Incidents (NFCI). The HPA is working in close partnership with the NRPB this year. There are plans to incorporate the National Radiological Protection Board (NRPB) into the HPA "during or after April 2004", but primary legislation would be required to achieve this.[50] The functions of the HPA (including the NRPB) in relation to CBRN terrorism are summarised in Table 2. Written evidence was received before the HPA was established and oral evidence was taken the day after, on 2 April 2003. In this report we will generally refer to the constituent bodies.

Table 2: Functions of the principal constituent parts of the Health Protection Agency prior to 1 April 2003.

  

Public Health 
Laboratory Service
The PHLS was a national organisation of 47 Laboratories organised into 8 regional groups, and central units - Communicable Disease Surveillance Centre, Central Public Health Laboratory and headquarters
Centre for Applied 
Microbiology and Research
CAMR conducted research on microbial hazards associated with human health, and develops and manufactures diagnostic, prophylactic and therapeutic products.
National Focus for
Chemical Incidents
NFCI worked to improve NHS preparedness with respect to chemical incident management and to advise the Department of Health and the devolved administrations of the potential public health impact of chemical incidents. It also undertook public health surveillance of the impact of exposure to environmental chemicals.
National Radiological
Protection Board
NRPB provides Government and other authorities with advice and practical guidance on radiological protection. It has monitoring facilities as well as providing a monitoring coordinating role.


The House of Lords Science and Technology Committee published its report on Fighting Infection in July 2003. It concluded that the health service does not have the capacity to deal with chemical or biological threats on a major scale. It recommended that the HPA be given responsibility "for integrating surveillance related to human, animal and food-borne infection at national, regional and local levels in order to bridge the gaps that currently exist between these areas of speciality".[51] On 5 August the HPA published its corporate plan. Among its new areas of work will be:

  • Rolling out a training programme for health care professionals so that they can recognise, diagnose, and manage patients who have been exposed to CBRN agents; and
  • Developing new standardised laboratory tests for biological agents to ensure rapid and accurate diagnosis.

59. At the creation of the HPA, a board of non-executive directors was announced. Sir William Stewart, Chairman of the HPA, professed himself delighted with their "high calibre and quality".[52] We have no reason to doubt their credentials but we are surprised that no attempt seems to have been made to recruit internationally. It is vital that the HPA gets the best guidance possible and we should be honest to admit that this does not all reside within the UK.

60. The formation of the Health Protection Agency is a positive move in terms of ensuring good public health surveillance and combating infectious serious disease, and it should also enhance the UK's CBRN counter-terrorism measures. The split of the PHLS between national and local functions within NHS Trusts has been given much attention and we do not plan to repeat the arguments, except to say that expertise in the identification and epidemiology of possible biological agents must be retained at a local level.

61. Before 11 September 2001, the DoH had asked CAMR to provide a Strategic Response Capability. The role was to provide support to DoH, the NHS and other Government agencies in responding to emergencies arising from dangerous micro-organisms. CAMR concentrated on those micro-organisms rarely encountered in the UK. In the case of deliberate release, CAMR focused on the clinical consequences of a release, thereby complementing the role of the Dstl Porton Down.[53]

62. It is not obvious that the events of 11 September 2001 have had a major impact on the DoH's research programme beyond that mentioned at CAMR above. Dr Harper told us that most additional funding in this area is for countermeasures for training and awareness raising. He said that most of their research work had been on modelling the impact of releases, although this "could be substantially increased in the future", and relatively small projects to look for diagnostic tests for different chemical agents.[54] Dr Harper should note the comments by the pharmaceutical company PowderJect that "the role of basic biological research and further product development is central to the development of effective and broad countermeasures against biological weapons".[55]

63. Dr Charles Penn from CAMR told us that "terrorism is a problem which has come not instead of existing health and other problems but as well as, so it is balancing the extra needs and activities which have come with that with the existing commitments and existing programmes of work".[56] CAMR has received an extra £11 million over 5 years to strengthen its diagnostic capability.[57]

64. There is a danger that Government bodies will be expected to enhance resilience with little or no extra funding. Neil McColl from the NRPB told us that its grant had been fixed in cash terms for a number of years and that, as a consequence, it had diverted resources that were addressing other problems. He said that the NRPB had given up some work looking at other accident studies and radioactive waste management issues: "It erodes our knowledge base… our delivery of emergency response has probably been strengthened in some ways … but some of the other aspects of radiation protection are starting to suffer".[58] We have concerns about the funding of the HPA and the NRPB. We have been told that they have been asked to take on new functions but it is unclear whether adequate additional resources will be available to meet the challenges from CBRN terrorism. We recommend that any increase in their activities relating to CBRN countermeasures should be reflected in their budgets. The HPA should not be undermined so soon in its existence by a lack of funds.


41   Ev 221 Back

42   Ev 222 Back

43   Ev 225-226 Back

44   Ev 225 Back

45   University of Ulster press release, 10 March 2003 Back

46   Q 747 Back

47   www.rcuk.ac.uk Back

48   Keynote Address to the 27th Annual AAAS Colloquium on Science and Technology Policy, 11 April 2002 Back

49   Department of Health, Getting Ahead of the Curve: A strategy for combating infectious diseases , A report by the Chief Medical Officer, January 2002 Back

50   Ev 102; www.hpa.org.uk Back

51   House of Lords, 4th Report of the Select Committee on Science and Technology, Session 2002-03, Fighting Infection, HL Paper 138, para 5.38 Back

52   www.hpa.org.uk Back

53   Ev 120 Back

54   Qq 280, 246 Back

55   Ev 201 Back

56   Q 9 Back

57   Q 73 Back

58   Qq 63-67 Back


 
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Prepared 6 November 2003