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Australian scientists have developed a molecule that could beat malaria

Molecule that could beat malaria
Photo: Molecule could beat drug-resistant malaria
Researchers at Monash University have developed a new class of molecule that's showing promise against drug-resistant strains of malaria.

Australian scientists have found a new type of molecule that could beat drug-resistant strains of malaria.

Researchers at Monash University were investigating antimalarial compounds in 2018 when they stumbled on one molecule not like the others.

"We were working on trying to make inhibitors against malaria proteins when we found this by-product. It wasn't very active but it appeared to work differently," Dr Shane Devine from Monash told AAP.

They decided to develop more than 100 versions of the new compounds, called "2-aminobenzimidazoles", and tested them against drug-resistant strains of the malaria parasite.
The most effective appeared to be "very potent" where other drugs had failed because they used an entirely new way to attack the parasite while not being toxic to human cells.

Malaria kills about 400,000 people annually, mostly children under five years old from the world's poorest countries.

New drugs are desperately needed because the malarial parasite has become resistant to frontline drugs like artemisinin and chloroquine.

"The parasite is very crafty and it tries to evade all the antimalarials that are out there," Dr Devine explained.

One of the researchers, Jomo Kigotho, grew up in Kenya and has suffered from malaria half a dozen times himself.

"I have seen it do pretty bad things to people. It definitely motivated me," he told AAP.

While malaria is a major problem for many of Australia's closest neighbours, he said the quality of health care in Australia means the disease is less of a problem here.

The research is in its early stages - so far the new compounds have been shown to be effective at killing malaria in blood cells in a laboratory setting, and the scientists have begun to test them in mice.

"It's hard to say whether this will be the one but currently we're really excited," researcher Matthew Challis told AAP.

"There's no reason yet for it not to work."

But it could be a decade before it's ready for the market, with many promising drug candidates falling by the wayside.

The research has been published in the European Journal of Medicinal Chemistry.


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