Dr Jim Harris |
Published in Nature Communications, the research shows how macrophage migration inhibitory
factor (MIF)—a protein that effects the behaviour of cells—could specifically control
a wide variety of immune and inflammatory responses.
Study author Dr Jim
Harris said the discovery shows that MIF plays a very specific role in
regulating particular interleukins, a group of proteins expressed by white
blood cells.
“We’ve known for some
time that MIF is involved in a number of
autoimmune and inflammatory diseases, including arthritis, lupus, Crohn’s
disease and some cancers,” said Dr Harris from the Rheumatology Research Group, School of Clinical Sciences at Monash Health.
“Yet, despite over 50
years of research, exactly how MIF exerts its many reported effects has been
something of a mystery.”
“Our research suggests
MIF regulates specific interleukins that are highly inflammatory and are known
to contribute to many inflammatory diseases including gout, inflammatory bowel
disease, juvenile idiopathic arthritis and some rare cryopyrin-associated autoinflammatory
syndromes.”
Dr Harris said this
discovery has the potential to not only help us understand how MIF controls inflammation,
but also enables us to reliably test potential MIF-targeting therapies, an
issue that has previously hampered attempts to develop effective and safe
MIF-targeting drugs.
The study also demonstrates
the effectiveness of a novel small molecule MIF inhibitor developed by
Professor Eric Morand through previous Monash spinoff company Cortical Pty Ltd.
The work was a collaborative
effort involving researchers from Monash, the Hudson Institute of Medical
Research and the University of Melbourne.