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New Vaccines

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The New Vaccines Group, led by Professor Kim Mulholland, works across three distinct but closely-related sub-groups to develop, evaluate and enhance vaccination strategies worldwide:

  • Clinical and Epidemiology
  • Microbiology
  • Immunology

The group is currently conducting a vaccine clinical trial in Ho Chi Minh City and vaccine impact studies in Mongolia, Lao PDR, and Papua New Guinea. In Fiji, the group is currently conducting a clinical trial.

The pneumococcal research program covers three main areas:

Serotype replacement
The only way to study pneumococcal population biology, and the impact of vaccines on it, is to study nasopharyngeal carriage of pneumococci.  It is known that children frequently carry two or more serotypes, and that density of carriage is important for the likelihood of disease and transmission.  Yet all major studies have relied on simple microbiology, sampling only a few pneumococcal colonies from the agar plate.  In 2006, Murdoch Children's secured a small sub-grant from the Helsinki-based PneumoCarr mathematical modelling consortium to address this.  With support from the Bill and Melinda Gates Foundation this grew to be a global program (PneuCarriage project), led by Dr Catherine Satzke, which brought together field sites from Asia and Africa, along with 15 leading pneumococcal research groups around the world.  This has established the most appropriate methodology that is now being used in major field sites.

With the support of the Australian National Health and Medical Research Council (NHMRC), the team has established a major research program in Ho Chi Minh City, in partnership with Menzies School of Health Research and the Pasteur Institute.  The main trial, which compares various schedules of Pneumococcal Conjugate Vaccines (PCV10 and PCV13) with co-administered Infanrix-Hexa, uses the full range of pneumococcal immunological tests, along with a novel new B-cell assay developed in Fiji, and the microbiology technology developed as part of the PneuCarriage project, to evaluate the vaccines and schedules.  Already the most detailed and comprehensive pneumococcal vaccine trial, it is now being developed further and extended, with a grant from the Bill and Melinda Gates Foundation.  

Vaccine Impact in Asia
There are two components to this issue: the burden of pneumonia in Asia, and the contribution of pneumococcus to that burden.  To contribute to the first component we are undertaking, in partnership with Menzies School of Health Research in Darwin and the Pasteur Institute of Ho Chi Minh City, a study of the pneumonia burden in Ho Chi Minh City.  Vaccine impact is the only way to accurately determine how much of the pneumonia burden is vaccine preventable. We are currently leading studies in Laos and Mongolia to evaluate the impact of pneumococcal vaccine introduction on pneumonia incidence and pneumococcal carriage. Most countries are unable to show evidence of vaccine impact. The Bill and Melinda Gates Foundation is funding a study to demonstrate how carriage surveillance in children with pneumonia can be used to estimate the pneumococcal conjugate vaccine coverage required to show evidence of herd immunity, and monitor the vaccine’s impact on carriage, and thereby provide information for national planners to maximize the effectiveness of their immunization programs. This is led by Professor Fiona Russell.

Group Leaders: 
Team Leaders: 
Group Members: 
Professor Anne Balloch
Honorary Research Fellow - Immunology
Dr Nick Fancourt
Honorary Research Fellow
Dr Sophie La Vincente
Honorary Research Fellow
Dr Odilia Wijburg
Honorary Research Fellow
Dr Sam Manna
Senior Research Officer - Microbiology
Dr Cattram Nguyen
Biostatistician (Research Fellow)
Dr Claire Von Mollendorf
Senior Research Officer
Dr Lien Anh Ha Do
Senior Research Officer - Virology
Eleanor Neal
Research Assistant and PhD Candidate
Belinda Ortika
Senior Research Assistant - Microbiology
Casey Pell
Research Assistant - Microbiology
Ahmed Alamrousi
Research Assistant - Microbiology
Monica Nation
Research Assistant - Microbiology
Rachel Marimla
Research Assistant - Immunology
Leena Spry
Research Assistant
Dr Jocelyn Chan
PhD student
Dr Ruth Lim
Master's Student
Helen Thomson
Research Manager
Kathryn Bright
Clinical Coordinator - based in Vietnam
Dr Anushi Rajapaksa
Senior Research Officer
Dr Kerryn Moore
Research Officer
Beth Temple
Program Manager - Vietnam Project
Dr Jayne Manning
Research Officer - Microbiology
Dr Ryan Toh
Research Officer - Immunology
Dr Laura Boelsen
Honorary Research Assistant
Rita Reyburn
Honorary Research Associate
Haset Samuel
Personal Assistant
Emma Watts
Project Manager
Dr Alicia Quach
PhD Student

Current Projects are listed below.  All projects involve a combination of team members from clinical epidemiology, microbiology and immunology:

Pneumococcal Vaccine Research and Development

A. Vietnam reduced dose pneumococcal clinical trial

Led by Professor Mulholland and funded by the Australian National Health and Medical Research Council.  The trial is designed to answer the remaining questions needed to implement a 2+1 schedule on a global scale. These include:

  • Evaluation of the immunogenicity of the two new-generation conjugate vaccines (PCV10 and PCV13) in a 2+1 schedule, in comparison with existing recommended schedules;
  • Evaluation of the impact on carriage of the two new-generation conjugate vaccines (PCV10 and PCV13) in a 2+1 schedule, in comparison with existing recommended schedules and an unvaccinated control group;
  • The immunogenicity of co-administered Hib containing combination vaccines in a 2+1 schedule;
  • Evaluation of the immunogenicity and impact on carriage of PCV10 in an experimental 1+1 schedule (2 and 6 months).

Vietnam study extension funded by Bill and Melinda Gates Foundation
The add-on study proposes to fully evaluate the 0+1 and 1+1 schedules for both the existing PCVs and to extend the length of follow up of the existing trial to strengthen its power to address the key questions.

B. Mongolia pneumococcal vaccine impact evaluation
A new project began in 2019, led by Dr Claire von Mollendorf, to evaluate the impact of PCV introduction (in children) on pneumonia in adults. This project is funded by Pfizer. 

Blog post: Fighting a forgotten killer in the land of Chinggis Khan

C. Nasopharyngeal carriage surveillance (PneuCAPTIVE Project)
Principal Investigator Professor Fiona Russell. Collaborating with WHO Western Pacific Regional Office, Lao Ministry of Health, Lao-Oxford- Mahosot Hospital-Wellcome Trust-Research Unit (LOMWRU), the University of Western Australia, the Institute of Medical Research, PNG and Mongolia Ministry of Health, and St George’s Hospital, UK. This project aims to estimate the PCV coverage required to show direct and indirect immunity, by using innovative methods suitable for low- and middle-income countries.

D. Lao PDR pneumococcal vaccine impact evaluation
This project, funded by the GAVI Alliance, is co-led by Professor Fiona Russell in collaboration with the World Health Organization (WHO) and the Lao Ministry of Health, and will provide information on the impact of the newly introduced pneumococcal conjugate vaccine on childhood pneumonia and carriage. The study’s design was presented by Prof Russell at the WHO Expert consultation on PCV Impact Evaluation meeting, Geneva, in 2013.

E. Fiji new vaccine evaluation project
This project is a collaboration between Murdoch Children's and the Fiji Ministry of Health. It is co-led by Associate Professor Fiona Russell and Professor Kim Mulholland, and funded by Australian Aid. The NVEP aims to improve surveillance at the Fiji government’s public health laboratory and evaluate the impact of pneumococcal conjugate vaccine, rotavirus vaccine, and human papillomavirus vaccines which the government recently introduced. The team will evaluate the pneumococcal conjugate vaccine’s impact on carriage and disease, and we are transferring technology from MCRI to the Fiji Ministry of Health to support meningitis surveillance. The NVEP is measuring the impact of rotavirus vaccine on diarrhoea in Fiji; monitoring for intussusception; and providing support for surveillance. In addition, the NVEP is evaluating reduced dose HPV schedules, and will establish surveillance for human papillomavirus infection in Fiji. 

F. Typhoid project (Fiji)
While typhoid has long been recognized as a problem for Fiji and other Pacific nations, that dramatic increase in cases since 2007 has now placed Fiji in the highest category of typhoid endemic countries, along with countries like Nepal and Pakistan.  The reasons for this are unknown. 
Following the perceived failure of a vaccination program initiated by WHO and CDC in 2010, the Fijian Ministry of Health requested Murdoch Children's to help them to find a solution.  In 2012, the Institute convened a meeting of leading typhoid specialists in Fiji to address the issue. The paradoxes of typhoid in Fiji and the lack of objective epidemiological, clinical and microbiological information were highlighted in the meeting. 
This led to an AusAID (now Australian Aid) funded project to implement the recommendations of the meeting and get to the bottom of the problem. Murdoch Children's is now leading a project in collaboration with Melbourne University (Professor Dick Strugnell).

Currently, the only pneumococcal vaccines licenced for use in children are pneumococcal conjugate vaccines (PCVs). Although PCVs are successful at reducing pneumococcal disease overall, they are expensive to produce and they only protect against a subset of pneumococcal serotypes, so their use can lead to increased carriage and disease caused by non-vaccine serotypes (serotype replacement).

S. pneumoniae whole cell vaccine (PATH-wSP) has been developed as a low-cost alternative to pneumococcal conjugate vaccines (PCVs), which could deliver broad protection against the pneumococcus. PATH-wSP has undergone safety testing (Phase I clinical trials) in healthy adults, and the first clinical trials in children are planned to take place in Kenya and Indonesia.

Indonesia is the world’s fourth most populous country and there are no plans to introduce PCVs to the Indonesian National Immunization Program.
In collaboration with Professor Cissy Kartasasmita of Universitas Padjadjaran (UNPAD) in Indonesia, we are leading a new research project to acquire baseline information on pneumococcal carriage that will help inform the design of (PATH-wSP) efficacy trials.

The research will also provide additional evidence that the pneumococcus is an important and common pathogen in Indonesian infants. Understanding nasopharyngeal carriage of the pneumococcus, in both urban and rural populations, will be essential for evaluating the vaccine’s true impact.
The baseline carriage study will have two components:

a longitudinal study to investigate pneumococcal carriage dynamics including serotype-specific acquisition and clearance in the first year of life, and
a cross-sectional study to generate pan-Indonesian data on the carriage rates of pneumococci and other important colonizing pathogens. 

  • DFAT
  • Bill and Melinda Gates Foundation
  • GAVI Alliance
  • National Health and Medical Research Council
  • Centre for International Child Health, The University of Melbourne
  • Lao PDR Ministry of Health
  • Laos Oxford Mahosot Wellcome Research Unit 
  • London School of Hygiene and Tropical Medicine
  • Medical Research Council (MRC)
  • Menzies School of Health Research
  • Ministry of Health, Fiji
  • Mongolian Ministry of Health
  • Papua New Guinea Institute of Medical Research
  • Pasteur Institute, Vietnam
  • The Respiratory and Meningeal Pathogens Research Unit (RMPRU) /Wits, Johannesburg, South Africa
  • St George’s Hospital, London, UK
  • St George’s, University of London (SGUL), UK
  • Telethon Kids
  • Universitas Padjadjaran (UNPAD), Bandung, Indonesia
  • University of Oxford, UK
  • World Health Organization (WHO), Western Pacific Regional Office
  • World Health Organization (WHO) HPV Reference Laboratory, The Women’s Hospital
  • World Health Organization (WHO) Rotavirus Regional Reference Laboratory, MCRI
  • Women’s Centre for Infectious Diseases, University of Melbourne