The Influenza Resource Centre (IRC) of the NIBSC has played a
key role in influenza vaccine standardisation and control for over
30 years, and its scientific expertise in the field is highly
respected internationally. NIBSC has a central role in supporting
the selection of WHO recommended viruses for vaccine use,
development of candidate influenza vaccine viruses suitable for
vaccine manufacture and in the development of reagents for
influenza vaccine standardisation which support quality assurance
of the finished vaccine products. NIBSC is recognised by WHO as an
Essential
Regulatory Laboratory for developing, regulating and
standardising influenza vaccines.
The main functions of the NIBSC Influenza Resource
Centre are as follows:
- Viruses and reagents - NIBSC is the leading
WHO International Laboratory for Biological Standards, holding and
distributing different standards around the world. A major function
of the IRC within NIBSC is the provision of candidate influenza
vaccine viruses and associated reagents for influenza vaccine
standardisation to influenza vaccine manufacturers and laboratories
concerned with the control and development of influenza
vaccine.
- Vaccine batch release - NIBSC is the UK’s
Official Medicines Control Laboratory (OMCL) for biological
medicines, as designated by the Council of Europe’s European
Directorate for the Quality of Medicines and Healthcare (EDQM).
Assuring the safety of influenza vaccines by IRC batch release
activities is particularly critical because the vaccines are used
in very large numbers of individuals during national immunisation
programmes. NIBSC is accredited to ISO/IEC 17025 for compliance
testing of biological medicines including influenza vaccine batch
release.
- Pandemic response - IRC staff responded
positively and rapidly in 2004 to a request from the WHO to develop
a human candidate influenza vaccine virus against the avian H5N1
virus that was spreading rapidly in South-East Asia. Due to the
pathogenic nature of wild type H5N1 virus, it had to be handled in
our BSL4 high containment laboratory, whilst the technique of
reverse genetics was used to make a safe vaccine virus that grew
well in eggs. The NIBRG-14 virus and reagents for influenza vaccine
standardisation derived from it are now being used worldwide in
clinical trials of human H5N1 vaccine. The IRC continues to respond
to the emergence of new H5N1 viruses by developing new candidate
influenza vaccine viruses as they are needed.
- Research - research to improve NIBRG-14, to
generate a library of pandemic candidate influenza vaccine viruses
and corresponding reagents and to test novel pandemic vaccines all
feature in the IRC research programme. IRC research is
state-of-the-art and recognised internationally; it attracts
outside funding from bodies such as:
- EU DG Research (for the rapid development of a pandemic vaccine
strain through the project FLUPAN),
- UK Medical Research Council (MRC) (for improving antigen yield
of pandemic vaccine strains),
- EU DG Research (for investigating novel pandemic vaccine
strains through the projects PANFLUVAC and NASPANVAC),
- EU DG Sanco (for developing a library of pandemic strains and
reagents, on contract to project FLUSECURE).
- Control and Standardisation of new influenza
vaccines - The IRC helps to assure the safety and efficacy
of influenza vaccines while helping to minimise the time taken to
bring new products into clinical use. New influenza vaccines, such
as cell culture vaccines, adjuvanted vaccines and vaccines
developed to combat pandemic influenza all require novel approaches
for their control and standardisation. The IRC works with vaccine
manufacturers, national and European regulatory authorities, WHO
and research funding agencies to initiate research at NIBSC or to
coordinate international collaborative studies.
Contract work
- IRC staff are international experts with a high level of
experience in influenza serology, immunogenicity and challenge
studies, influenza molecular analyses and reagent preparation. The
IRC can provide this resource to outside organisations on a
contract basis. Please contact our business manager at enquiries@nibsc.ac.uk for
further information.
Expert Advice
- The expertise of IRC staff is recognised worldwide by
governments, international agencies and the vaccine manufacturing
industry and staff are often called upon for the provision of
advice. Expert advice is provided to bodies such as the UK Dept of
Health, the UK Medicines and Healthcare Products Regulatory Agency
(MHRA), the European Medicines Agency (EMEA), the World Health
Organisation (WHO) and the International Federation of
Pharmaceutical Manufacturers and Associations (IFPMA).
The provision of goods and services by
NIBSC
- The National Institute for Biological Standards and Control
(NIBSC) is a not-for-profit, public body whose purpose is to
safeguard and enhance public health through the standardisation and
control of biologicals used in medicine.
- NIBSC produces and supplies over 90% of all WHO International
Standards introduced for the quality assurance of biological
medicines. These International Standards are provided
free-of-charge (with the exception of third party shipping charges)
to National Control Laboratories. Other recipients are charged a
‘handling’ charge’ which is calculated on a cost-recovery basis.
NIBSC’s seasonal influenza reagents are charged on the same basis
as the WHO International Standards.
- The Institute’s scientists possess world leading know-how
relating to the standardisation of biological medicines, and we
receive requests from external organisations related to this
expertise.
- NIBSC provides advice to third parties, in some cases on a
free-of-charge basis. In other instances it is appropriate for
NIBSC to charge commercial organisations for its products and
services in line with guidance issued from HM Treasury (‘Fees &
Charges Guide’ and ‘Selling into Wider Markets’). NIBSC endeavours
to make the same products and services equally available to
commercial organisations, without prejudice.
- All external contract work is assessed with respect to
potential conflicts of interest. Where there is a significant risk
of a conflict of interest the work is either declined, or the
conflict of interest is managed using a transparent, auditable
framework