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New Zealand-led research team wins international tender to hunt the flu virus

 

Flu Infographic
Wellington, New Zealand – 5 October 2011:

A group of world-leading scientists and flu researchers, led by New Zealand’s Institute of Environmental Science & Research (ESR), has beaten out international competition to be awarded a five-year, multi-million dollar contract to study influenza in an effort to better understand the burden of the virus and how to prevent its spread around the world.

Globally the flu results in three to five million cases of severe illness and between 250,000 and 500,000 deaths each year, while billions of dollars are spent on vaccines to prevent its spread.

Funded by the US Department of Health and Human Services for the Influenza Division of the National Center for Immunization and Respiratory Diseases (NCIRD) of the United States Centers for Disease Control and Prevention (CDC), the SHIVERS (Southern Hemisphere Influenza Vaccine Effectiveness Research and Surveilllance) project will look at how the influenza virus and other respiratory pathogens spread through populations.

In addition to providing an extended evidence base and further answers on the epidemiology of influenza, the SHIVERS research will be used to inform public health and vaccination strategies around world in an effort to protect the most vulnerable patients and better plan for and protect against flu epidemics and pandemics, like the Swine Flu.

A multi-agency, multi-disciplinary team of scientists and researchers led by ESR’s team at the National Influenza Centre in Wellington, New Zealand propose to study the autumn and winter ‘flu season’ amongst the Auckland population using New Zealand’s world leading health surveillance systems, which were highly effective in monitoring and combatting the spread of the H1N1 or Swine Flu pandemic in 2009.

Dr Huang and Dr Hope - Click to view larger imageThe Principal Investigator for the study is Dr Sue Huang from ESR. Dr Huang is a virologist and WHO National Influenza Centre (NIC) Director who will be working with co-leaders on the project including ESR’s Dr Don Bandaranayke, Associate Professor Michael Baker from the University of Otago,  Dr Nikki Turner at The University of Auckland, Drs Sally Roberts, Colin McArthur and Cameron Grant from the Auckland District Health Board (ADHB). The New Zealand team will collaborate with Dr Richard Webby, Director at the WHO Collaborating Centre (WHOCC) at St. Jude Children’s Research Hospital in the United States.

Dr Virginia Hope, ESR's Health Programme Manager, says the project will allow researchers to investigate and hopefully answer some fundamental science questions about influenza, which is one of the world’s most serious infectious diseases.

“The SHIVERS project is a comprehensive investigation of influenza epidemiology, etiology and immunology as well as influenza vaccine effectiveness. One of the major themes of the SHIVERS project is to identify those factors that affect whether or not someone gets influenza, and those risk groups that influenza control measures should be targeted at.

“The end goal of this research is to provide needed data for influenza control strategies and also provide knowledge that can improve health around the world,” says Dr Hope.

The SHIVERS project plans to boost New Zealand’s existing influenza surveillance systems by establishing two enhanced real-time surveillance systems, one hospital-based and one community-based, in the Auckland region.

Dr Hope says: “It’s a fresh look with new innovative methods and it could challenge our understanding of the influenza virus.

“The dangerous thing about the flu is that the virus is constantly changing to form new strains that we don’t have an immune response for. By tracking the new strains and looking at the flu’s contribution to serious respiratory disease we can better understand host immune responses to guide better vaccine design, non-pharmaceutical interventions and pharmaceutical preventive measures.”

New Zealand gained a ‘best in class’ international reputation for its response to the Swine Flu pandemic. This reputation, combined with geographic location, unique healthcare and data management infrastructure and world class influenza surveillance systems makes New Zealand a unique location for this type of ground-breaking, population-based research.

ESR Chair, Dr Susan Macken says the Award of the SHIVERS project to this ESR-led team of New Zealand researchers is acknowledgement of the ESR’s excellent track record of collaborating to undertake world-class science and research in New Zealand.

The successful bid was led by the team of scientists from ESR with collaborators from The Universities of Auckland and Otago, Auckland DHB and international collaborators who began working together during the early stages of the influenza pandemic in 2009 and, as a result, were well placed to respond to the CDC’s call for applications.

“A critical success factor in this bid was our capacity to work collaboratively, which allowed us to pool resources and expertise across our separate institutions,” says Dr Macken.

-ends-

 Detailed SHIVERS Briefing Paper

 
 

Dr Virginia Hope is the Health Programme Leader at ESR NCBID and the spokesperson for ESR on the SHIVERS project. For interviews with Dr Hope or any other media enquiries, please contact:

David Talbot
General Manager, Business Development & Marketing
ESR
Ph. +64 4 914 0653
Mb. +64 27 566 5102
E. david.talbot@esr.cri.nz
W. www.esr.cri.nz

Trish Sherson
Sherson Willis
Ph. +64 9 360 8904
Mb. +64 21 570 803
E: trish@shersonwillis.com

Notes to Editors:

 

SHIVERS OBJECTIVES

The two primary research objectives of SHIVERS, commencing in the first year, are:

Objective 1: Estimate the incidence rate, prevalence, clinical spectrum, pathogenesis and outcomes of severe pneumonia and severe acute respiratory infection (SARI) caused by influenza and other respiratory pathogens in population and subpopulations.

Expected outcomes:

  • Guide improved methods for disease surveillance
  • Assist early detection and prediction
  • Optimise clinical case management
  • Optimise laboratory diagnosis


Objective 2: Assess the annual effectiveness and/or efficacy of influenza vaccines in preventing laboratory-confirmed influenza in population and subpopulations.

Expected outcomes:

  • Guide better vaccine design
  • Guide targeted vaccination strategies for population and subgroups
  • Understand host immune response
  • Identify better immune diagnostic markers
  • Optimise laboratory diagnosis

 

In addition to the above primary objectives, additional studies are to be conducted on interaction between influenza infection and other infections, aetiologies and causes of respiratory mortality, non-severe illness due to influenza and other respiratory pathogens, serological studies of annual infection risk, impact of various risk factors for influenza infection or severe disease, immune response to influenza, healthcare and societal economic burden of influenza disease, and assessment of cost-effectiveness of influenza vaccination. These additional studies are provided for in the additional objectives below, which will be conducted in the second to fifth years of the project:

Objective 3: Investigate the interaction between influenza and other respiratory/nonrespiratory infections

Objective 4: Understand aetiologies and causes of respiratory mortality

Objective 5: Estimate annual incidence and attack rates of non-severe illness due to influenza and other respiratory pathogens in population and subpopulations

Objective 6: Estimate annual risk of infection with influenza among population subgroups using serologic methods

Objective 7: Identify and quantify the impact of various risk factors for influenza infection or severe disease

Objective 8: Describe immune response to influenza infection / vaccination and compare the level, duration and cross-reactivity of immune response in subgroups with risk factors for influenza disease.

Objective 9: Estimate healthcare and societal economic burden of influenza and other respiratory pathogens and cost-effectiveness of influenza vaccination among different subpopulations

Project team: 

To undertake the proposed research and surveillance programme ESR’s science staff from its WHO National Influenza Centre based at the Wallaceville National centre for Biosecurity and Infectious Disease (NCBID) and its Health Intelligence Team (led by Dr Sue Huang and Dr Graham Mackereth) will collaborate with numerous researchers and clinicians including:

  • Dr Michael Baker, University of Otago
  • Dr Nikki Turner, The University of Auckland
  • Dr Sally Roberts, Auckland District Health Board (ADHB)
  • Dr Colin McArthur, Auckland City Hospital
  • Dr Cameron Grant, Starship Children’s Hospital
  • Dr Richard Webby, Collaborating Centre at St Jude Children’s hospital in the USA.

 

ESR

ESR is the host institute for the SHIVERS project and one of eight Crown Research Institutes owned by the government on behalf of the people of New Zealand. ESR’s work underpins the health and justice systems in New Zealand through the provision of science services and research, primarily to government clients.

The Health Programme in ESR includes the public health reference laboratory, disease surveillance and the National Influenza Centre (NIC). The NIC was recognised by the WHO in 1954 and serves as the key point of contact for both the WHO and the New Zealand Ministry of Health for the virology and epidemiologic surveillance of influenza.

The NIC provides influenza virus isolates to the WHO Global Influenza Surveillance Network on a regular basis. ESR has made a recent and very significant investment in infrastructure that will support this research, in particular the newly built and refurbished laboratories, a new laboratory information management system (StarLIMS), a platform for web-based surveillance of notifiable infectious diseases, and other information management and surveillance tools and systems. The NIC is situated at a newly purpose-built PC2 facility attached to a PC3+ facility and is fully equipped to conduct the proposed laboratory testing.

ESR is also linked to the Kiwi Advanced Research and Education Network (KAREN) enabling the transfer of large datasets between research and education organisations involved in this study. ESR is committed to ethical research and the research team has considerable experience with ethics and privacy issues, processes and compliance.

All ESR laboratories are IANZ accredited to the ISO 15189 quality standard. Health and safety are organisational priorities. ESR operations have not been halted by the recent Christchurch earthquake and the research forming this proposal will be unaffected.

Programme Leader - Dr Virginia Hope
Dr Hope joined ESR in 2006 to lead the development of its National Centre for Biosecurity and Infectious Disease (ESR NCBID) Programme. She has subsequently merged this with the Communicable Diseases and Population and Environmental Health Programmes to form the current Health Programme.

Dr Hope is a specialist in both public health medicine and in medical administration. She was formerly a Medical Officer of Health in Auckland and a lecturer in Environmental Health at the School of Population Health in Auckland.

Dr Hope has been involved in research on the epidemiology of infectious disease, the transmission of water-borne disease, and biosecurity, and has been involved in numerous emergency responses to food or water-borne pathogens and environmental hazards.

She was previously a member of the Biosecurity Ministerial Advisory Committee and Deputy Chair of the National Health Board and currently serves on the Capital and Coast and Hutt Valley District Boards as Chair.

Principal Investigator – Dr Sue Huang
The Principal Investigator for the study is Dr Sue Huang from the Institute of Environmental Science and Research (ESR), which is based in a new purpose -built facility at the National Centre for Biosecurity and Infectious Disease (NCBID) in Upper Hutt, Wellington. Dr Huang is a virologist and WHO National Influenza Centre (NIC) Director.

As the principal investigator of the SHIVERS project, Dr Huang is responsible for scientific oversight of the project including active leadership and involvement in several objectives.

As the Director of the WHO National Influenza Center (NIC), Dr Huang is responsible for the virological surveillance of influenza, providing reference services for hospital laboratories within the New Zealand Virus Laboratory Network and some Pacific Island countries, as well as providing primary diagnostic services for some sentinel general practitioners (GPs).

She is also responsible for the national sentinel GP surveillance for influenza, overseeing the operation of the system, providing detailed analysis of influenza epidemiological and virological data for New Zealand.

As a member of the Australia Influenza Vaccine Committee, Dr Huang works with other international leading experts to provide the annual recommendation for influenza vaccine composition for New Zealand, Australia and South Africa.

In addition to routine virological and epidemiological surveillance, Dr Huang has published extensively on influenza virology and epidemiology and has successfully attracted multimillion dollar research funding for previous studies..

Dr Graham Mackereth is a veterinary epidemiologist with ESR and NCBID and will be the Project Manager of this research.

During the A(H1N1) 2009 pandemic Dr Mackereth worked as an epidemiologist in the response centre for the New Zealand Ministry of Health. His responsibility during the response was to work on improving and collating surveillance information and designed a serological study to assess the level of population exposure to the pandemic virus.

Dr Mackereth now manages the Health Intelligence Team for ESR. The Team manages the public health informatics associated with influenza sentinel surveillance and notifiable diseases.

Co-Principal Investigator Dr Don Bandaranayake is a Public Health Physician at ESR. He was a principal investigator for the NZ pandemic Influenza sero-prevalence study and has published widely on communicable disease and public health issues in international journals. Since coming back to NZ after eight years with the WHO, Dr Bandaranayake worked as a senior advisor at the Ministry of Health before joining ESR two years ago. He will co-lead the serology component of the project with Dr Sue Huang.

Dr Richard Hall is a Molecular Virologist with ESR at NCBID.

Universities of Otago and Auckland

Universities of Otago and AucklandThe University of Otago and University of Auckland host New Zealand’s two medical schools and New Zealand’s leading research universities (ranked first and second for research excellence in the last New Zealand review). Contributors from the University of Otago are based in the Department of Public Health at the University’s clinical school in Wellington. Contributors from the University of Auckland are based in the University’s Immunisation Advisory Centre and Department of Pediatrics: Child and Youth Health. 

Co-Principal Investigator Dr Michael Baker is an epidemiologist and Associate Professor at the University of Otago, Wellington. As most of the goals of the proposed research are concerned with aspects of the epidemiology of influenza, notably its incidence, distribution, impact, risk factors, and prevention (through vaccination), Dr Baker will co-lead the project with Dr Sue Huang. He will also lead specific components concerned with how influenza interacts to cause other illnesses and to identify risk factors for this infection, particularly the role of household crowding.

Through Dr Baker’s involvement as the Co-director of the Housing and Health Research Programme at the University of Otago, he has researched factors associated with transmission of infectious diseases in the domestic environment. Dr Baker has researched and published extensively on the epidemiology of influenza, and infectious diseases more generally. He is currently the principal investigator on a Health Research Council funded project investigating causes for ethnic and socioeconomic inequalities in pandemic influenza infection rates in New Zealand. He was the principal investigator for a previous (2006-09) CDC funded research project which investigated how influenza crosses borders and how such spread might be contained.

Dr Heath Kelly is an Australian epidemiologist and adjunct Associate Professor at the University of Otago whose interests and outputs are well aligned with the projects aim of assessing the burden of influenza in a southern hemisphere country and estimating influenza vaccine effectiveness in community and hospital settings.

For more than a decade Dr Kelly has had responsibility for laboratory-supported surveillance of influenza-like illness (ILI) in sentinel general practices in the Australian state of Victoria. In addition to reporting surveillance findings on an annual basis, the surveillance scheme has been used to explore seasonal thresholds for influenza, the adequacy of the ILI case definition and the optimal distribution and number of sentinel general practice sites.

More recently the Victorian sentinel surveillance network has been used to estimate influenza vaccine effectiveness (VE) using the relatively novel approach of the test-negative design, where cases are sentinel patients with ILI who test positive for influenza by RT-PCR and controls are sentinel patients who test negative.

Des O’Dea is an Economist at the University of Otago and will lead Objective 9.

Co-Principal Investigator Dr Nikki Turner is a General Practitioner and Director of the Immunisation Advisory Centre (IMAC) and a Senior Lecturer at The University of Auckland. She will also co-lead the project with Dr Huang and lead specific components concerned with vaccine effectiveness.

IMAC is a national service delivery organisation that focuses on immunisation coverage, communication and coordination, which includes an active research division that utilises effective service delivery networks to translational research.

Dr Turner’s areas of interest academically are in general practice and child health, with a major specialty interest in immunisation and she runs a research unit within the Immunisation Advisory Centre. This unit is focused on translational research around all aspects of improving immunisation uptake in New Zealand, vaccine delivery quality issues, matching coverage to disease surveillance and adverse events following immunisation, and overall reducing the impact of vaccine preventable diseases.

Auckland District Health Board (ADHB)

Auckland District Health Board (ADHB) operates NZ’s largest public hospital with almost two million patient contacts, serving more than 449,440 people. ADHB provides a tertiary and quaternary referral service for the rest of NZ and for other pacific nations. There are over 10,000 staff or approximately 7,750 full-time equivalent positions including bureau staff. The clinical staff is fully committed to ethical research when collecting respiratory and blood specimens.

LabPLUS is the IANZ accredited (ISO 15189) medical laboratory of ADHB. The Clinical Microbiology and Virology Laboratories provides a wide range of services and are well supplied with modern processing equipment, work practices and test systems and supported by highly qualified and experienced clinical and technical staff.

Co-Principal Investigator Dr Sally Roberts is a Clinical Microbiologist and Infectious Diseases physician and she is the Clinical Head of Microbiology at Auckland City Hospital.

Co-Principal Investigator Dr Colin McArthur is an Intensivist and Clinical Director of Critical Care Medicine at Auckland City Hospital. He co-ordinated the national intensive care response to pandemic influenza in 2009 and has been the New Zealand intensive care representative for several international severe influenza research projects.

Co-Principal Investigator Dr Cameron Grant is a paediatrician at Starship Children’s Hospital, Associate Professor at the University of Auckland, and Associate Director of Growing Up in New Zealand. His research is focused on child health problems that are common, affect New Zealand children disproportionately, and are preventable either by immunisation or improved nutrition.

They will also co-lead the project with Dr Huang and lead specific components on hospital based surveillance.

Dr Mark O’Carroll is a Respiratory Disease Specialist at Auckland City Hospital.

Dr Craig Thornley is a Public Health Physician with Auckland District Health Board.

WHO Collaborating Centre at St Jude’s Children’s hospital in the USA

St. Jude Children’s Research Hospital is a premier research center that has 112 faculty-level basic science investigators and 165 postdoctoral research associates. Faculty has appointments and direct graduate students at the University of Tennessee, Memphis, Colleges of Medicine and Pharmacy. Each area of research has fully equipped, state-of-theart laboratories, with additional common areas allocated for tissue culture, cold room storage, ultracentrifuges, and other shared equipment. Shared resources in bioinformatics and biotechnology, biostatistics, central data management, molecular resources, and others are available to all investigators.

Dr Richard Webby is a virologist and Immunologist, and WHO Collaborating Center (WHOCC) Director at St. Jude Children’s Research Hospital, USA. His role in the SHIVERS project is to describe components of the immune response to influenza infection and/or influenza vaccination and compare the level, duration and cross-reactivity of immune response in subgroups with risk factors for influenza disease.

Over the past 11 years Dr Webby has been involved in laboratory and clinical research on influenza pathogenesis and vaccinology, all of which will provide the reagents and expertise needed for this study.

Other SHIVERS collaborators

The SHIVERS project will be undertaken in the Auckland region with extensive engagement with Auckland based DHBs and Primary Health Organisations (PHOs).

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Contact Information

David Talbot - General Manager, Business Development & Marketing
ESR Kenepuru Science Centre
PO Box 50 348
Porirua
New Zealand

Tel: +64 4 914 0653
Fax: +64 4 914 0769
Email: David Talbot