- Health and medical research has played an important role in improving the life of Australians since before the 20th century, with many Australian researchers contributing to important advances both locally and internationally.
- The establishment of the National Health and Medical Research Council (NHMRC) to support research and to work to achieve the benefits of research for the community was significant.
- The NHMRC has also provided guidance in research and health ethics.
- Australian research has broadened to include basic biomedical science, clinical medicine and science, public health and health services.
- In October 2002, the NHMRC adopted Indigenous health research as a strategic priority.
- In 2013, government expenditure through the NHMRC was $852.9 million.
- This article highlights some important milestones in the history of health and medical research in Australia.
Health and medical research has significantly contributed to improvements in human health and wellbeing throughout the world, and Australia has played its part. As a result of this research, Australians have benefited by remaining healthier for longer through better treatments and improved health care, and from contributions to national wealth through the development of innovative industries. Despite the significant role of research in Australia, there have been few specific compilations on the Australian history of health and medical research. This article is a brief overview of Australian health and medical research, with the role of the National Health and Medical Research Council (NHMRC) as a main focus.
The early years
Before the 1900s, medical research efforts of Australian scientists were focused on Australian flora, parasitology and bacteriology.1 Early accounts record significant observations made by medical practitioners on unique or emerging diseases that then led to major advances in medical knowledge. Examples include observations on smallpox in the late 1700s, successful smallpox vaccination by John Savage and Thomas Jamison in the early 1800s, and Harry Allen's study of the pathology of syphilis as well as John Thomas's work on hydatid disease in the late 1800s.2
In 1862, the University of Melbourne began teaching its first medical students, followed by the University of Sydney in 1883, and other states and territories over time. At first, most research was done in traditional academic departments but, increasingly, it was carried out in dedicated research centres and institutes.
Australian research in the 20th century
Independent medical research institutes have long been a distinctive feature of Australian health and medical research. In 1910, the first formal medical research facility, the Australian Institute of Tropical Medicine, was established in northern Queensland,3 closely followed by the founding of the Walter and Eliza Hall Institute in Melbourne in 1915.
The establishment of the NHMRC in 1936 was arguably the most significant event between the two World Wars for medical research here. The NHMRC was established to better understand and treat the causes of diseases, including “vitamins, viruses, endocrine disorders”.4 In defining the scope of the new Council, the Minister for Health, William Hughes, said “Research must be actively pursued and developed, and as fast as new knowledge is acquired it must be applied”.5 This early recognition that the role of a body such as the NHMRC was to support discovery research and also to work to achieve the benefits of research for the community has remained an important focus for the NHMRC over its almost eight decades and is expressed as a priority action in its current strategic plan.6
- epidemiological studies on the 1900 Sydney plague outbreak — John Thompson
- development of the first portable electrocardiograph — Edward Both
- development of a respirator — Edward and Donald Both
- treatment of bipolar disorders with lithium — John Cade
- isolation of a strain of the influenza A virus — Sir Frank Macfarlane Burnet
- better understanding of malaria and development of an antimalarial drug— Sir Neil Fairley.
From the early days of the 19th century, medical researchers in Australian universities (and then independent institutes and hospitals) have corresponded and collaborated with researchers and health professionals overseas.8 Such collaboration has continued, and the extent of international collaboration has nearly doubled over the past 20 years. In the period 2005–2009, 41% of Australian health and medical research publications involved international collaboration,9 compared with 21% during 1993–1994.10
Research ethics and integrity
Australia has had standards and guidelines on research ethics and integrity for over 50 years.
National guidance on general scientific practice and responsibilities began with the NHMRC statement on scientific practice (1990)11 and the Australian Vice-Chancellors' Committee's Guidelines for responsible practice in research and problems of research misconduct (1990).12 The current Australian code for the responsible conduct of research (2007)13 provides extensive guidance on the responsibilities of institutions and researchers when conducting research, and a framework for investigating allegations of research misconduct.
The NHMRC also administers the legislation passed by the Australian Parliament in 2002 (and since amended) on the use of human embryos in research and prohibition of human cloning for reproductive purposes.
Areas of health and medical research
After a restricted early focus of research,1 Australian health and medical research has broadened and today includes basic biomedical science, clinical medicine and science, public health and health services. This is evidenced by the Australian Government's expenditure on health and medical research through the NHMRC in 2013 that totalled $852.9 million, including $365.1 million for basic biomedical science, $282.9 million for clinical medicine and science, $120.4 million for public health and $42.1 million for health services.
Research involving Aboriginal and Torres Strait Islander peoples
Early research involving Indigenous people was largely observational.8 In October 2002, the NHMRC adopted Indigenous health research as a strategic priority and made a commitment to allocate at least 5% of the medical research endowment account to Indigenous health. Between 1995 and 2013, the NHMRC funded over $410 million in research of relevance to the health of Aboriginal and Torres Strait Islander people.
Research into the health of Aboriginal and Torres Strait Islander people receives particular focus in the NHMRC's consideration of grants, through assessment against the specific criteria of community engagement, benefit, sustainability and transferability, building capability, priority and significance. Further, the NHMRC has published guidance on ethical conduct in Aboriginal and Torres Strait Islander health research.18
Much remains to be done to better ensure that research is conducted with the consent and participation of Indigenous (and other) communities and that the findings from research are used to improve the health of Aboriginal and Torres Strait Islander people.
Leaders in Australian health and medical research
There are seven Australian-born Nobel laureates in medicine or physiology, five of whom conducted their research wholly or partly in Australia:19
- 2005 — Barry Marshall and Robin Warren for discovering the bacterium Helicobacter pylori and its role in gastritis and peptic ulcer disease
- 1996 — Peter Doherty for discoveries concerning the specificity of the cell-mediated immune defence
- 1963 — Sir John Eccles for discoveries concerning the ionic mechanisms involved in excitation and inhibition in the peripheral and central portions of the nerve cell membrane
- 1960 — Sir Frank Macfarlane Burnet for discovering acquired immunological tolerance.
Other Australians who have won a Nobel Prize for research conducted outside Australia include Elizabeth Blackburn (2009) and Howard Florey (1945).
Community support and recognition of health and medical research has been high in recent decades. This is indicated by the number of Australian researchers who have been made Australians of the Year, including Sir Frank Macfarlane Burnet (1960) and Sir John Eccles (1963), and in more recent years, Peter Doherty (1997), Sir Gustav Nossal (2000), Fiona Stanley (2003), Ian Frazer (2006) and Patrick McGorry (2010) — all of whom have been supported in their research careers by NHMRC funding.
Australian health and medical research rates highly against international benchmarks. Bibliometric analyses of Australian health and medical research publications for the past two decades have demonstrated the international competitiveness of Australian health and medical researchers.8,20,21-23
Government funding of health and medical research through the NHMRC
From 1937 until 2013, the Australian Government, through the NHMRC, has appropriated an estimated $8.46 billion for health and medical research (adjusted for inflation). In 2013, research expenditure through the NHMRC was $852.9 million, compared with total health funding of $140.2 billion in 2011–2012.24 Some key funding milestones are outlined in Box 2.
Government reviews of Australian health and medical research and of NHMRC funding,25-27 as well as independent reviews commissioned by the NHMRC28-30 in recent years, have recommended and led to improvements to the research framework in Australia.
The NHMRC has been an innovative funder. It has implemented novel research funding approaches in efforts to encourage the faster translation of research into health policy and clinical practice. For example, Centres of Clinical Research Excellence were introduced in the 1990s and expanded to cover public health and health services research excellence in 2010; and Practitioner Fellowships for researchers delivering health care were introduced in 2000. Starting in 2009, the NHMRC's Partnerships for Better Health initiatives introduced two flexible models for policy and practice research, cofunding these with organisations (from the government, non-government and private sectors) that have a need for research to inform their work. Support for early and mid career researchers across biomedical, clinical and population health research has been a feature for a decade, and the NHMRC's longstanding Research Fellowship scheme has been an important factor in growth of the medical research sector over more than three decades.
The NHMRC was also one of the earliest funders to introduce specific criteria for peer review into its grant assessment practices, predating the recent call for this in the San Francisco Declaration on Research Assessment.31
Research in the 21st century and conclusions
The success of Australian researchers in contributing to major advances continues in this century. Already, Australian researchers have led developments in vaccines against human papillomavirus, malaria and group A streptococcus; have developed spray-on skin cells for burns victims; and have led discoveries in genetics (eg, human enhancer sequences in DNA and functions for “junk DNA”).7
Countries with a high-quality health system need an active, involved health and medical research effort. The challenge put by Hughes in 1936 remains — that research must be actively pursued and developed, and as fast as new knowledge is acquired it must be applied.
1 Examples of Australian health and medical advances between 1950 and 20007
Discovery that kuru disease in Papua New Guinea was transmitted via cannibalistic practices
Identification of rotavirus
Ruth Bishop, Ian Holmes
Isolation of inhibin
Purification of granulocyte-macrophage colony-stimulating factor
Antony Burgess, Donald Metcalf
Development of an artificial heart valve
Prevention of spina bifida with folate
Development of a multichannel cochlear implant
Discovery of neuraminidase inhibitors for influenza
Peter Colman, Mark von Itzstein, Graeme Laver
Describing a major risk factor for sudden infant death syndrome
Leadership of the World Health Organization campaign for the eradication of smallpox
Advancement of the understanding of the role of antibodies in the immune system
Discovery of the link between headache powders and kidney damage
Development of antivenoms for spider and snake bites
Discovery of Helicobacter pylori and its role in gastritis and peptic ulcer disease
Barry Marshall, Robin Warren
Investigation and naming of Q fever, leading to identification of Coxiella burnetii bacterium
Defining the role of neuropeptides in hypertension
Discovery of the role of the thymus in the immune system
Demonstration of chemical synaptic transmission being responsible for most central and peripheral synapses
Identification of links between fragile sites of chromosomes and mental retardation
Development of in vitro fertilisation
Provenance: Commissioned; externally peer reviewed.
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