Australian and European researchers have released updated, evidence-based guidance for managing iron deficiency, a serious worldwide health problem.
Iron deficiency is a major cause of anaemia, a blood condition, but can also have other health consequences.
Iron deficiency is a major cause of anaemia, a lack of oxygen-carrying red blood cells or haemoglobin, which is experienced by two billion people worldwide – including almost one in 20 Australian adults. Iron deficiency and anaemia can have serious long-term health consequences, particularly for young children. They can also be a sign of other serious health conditions that should be treated.
Recent research has led to significant updates in the best practice for clinicians to diagnose and manage iron deficiency, and implementing these would lead to significant long-term health benefits both in Australia and around the world.
Iron deficiency is a very common health condition both in Australia and around the world, and is a common cause of anaemia in people of all ages.
Anaemia and iron deficiency have serious long-term health consequences, and it is important that they are appropriately diagnosed and managed.
A new review in The Lancet has outlined cutting-edge, evidence-based guidance for how iron deficiency should be detected and managed, to ensure long-term health benefits.
A serious health concern
Associate Professor Sant-Rayn Pasricha is a haematologist who investigates iron deficiency.
Iron deficiency is a common problem worldwide, including in Australia, where it impacts people of all ages, from young children through to the elderly: twelve per cent of Australian women are currently iron deficient, and one in 10 Australians have been iron deficient at some point in their lives.
Iron deficiency can lead to a range of health problems, including heart problems or, when pregnant women or children are iron deficient, the child can be at risk of developmental problems, said Associate Professor Pasricha, who is also a haematologist at The Royal Melbourne Hospital.
“Being able to diagnose iron deficiency, and to understand and manage the causes of that anaemia, can provide a critical boost to the health of people of all ages,” he said.
“Our review has provided clear guidelines for how to test for iron deficiency and the best approaches to treating it, both in Australia and internationally.” Associate Professor Pasricha leads the World Health Organisation (WHO) Collaborating Centre for Anaemia Detection and Control at WEHI, which provides up-to-date, evidence-based advice to the WHO. His research has included leading large-scale clinical trials of iron supplementation in low-income countries.
“In Australia, there have been many advances in how iron deficiency is managed in the last two decades, but as a haematologist I can see that some people are still not getting the best care. For example, some people who might benefit from intravenous iron are not being offered this, despite clear evidence it can quickly restore iron levels.
“We hope this review will provide clear information for doctors in Australia and around the world on how to improve the management of iron deficiency, which will have widespread benefits on people’s health.”
More than a dietary problem
Associate Professor Jason Tye-Din studies coeliac disease, a serious condition that can be a cause of iron deficiency.
While iron deficiency is often caused by a lack of iron in the diet, it can also be a sign of serious health problems including bowel cancer or coeliac disease, said Associate Professor Tye-Din, who is a gastroenterologist at the Royal Melbourne Hospital.
“It’s really important that the cause of iron deficiency is properly investigated, rather than patients just being instructed to take iron supplements,” he said. “If doctors don’t take iron deficiency seriously and investigate why it is happening, serious health problems could be overlooked. In some cases, these could be potentially life-threatening. This is something we’ve really highlighted in the review.”
Associate Professor Pasricha’s research is supported by the Gates Foundation, the Australian National Health and Medical Research Council, The RACP Foundation, and the Victorian Government.
