Opening up an interest in airways
An undergraduate job in a lab over winter sparked a career focus on lung disease Dr Chantal Donovan’s move to a world-leading respiratory medicine research centre in Newcastle.
Chantal can pinpoint her interest in science as being sparked in high school so she decided to enrol in a Bachelor of Science at the University of Melbourne to help hone her focus. It was while studying pharmacology in her second year, that Chantal found her passion.
Not just content with knowing that drugs worked, Chantal ended up majoring in pharmacology and biochemistry because “I wanted to fully understand how the drugs worked,” Chantal says.
It was during her third year of study that Chantal met a pivotal force in her research: Dr Jane Bourke. “Jane took me on as a winter student and we did a great deal of work into asthma models that really set me on my research path.” Chantal ended up doing honours, and then a PhD with Jane looking at novel therapies for asthma and COPD.
When Jane moved universities, Chantal found a new supervisor, Associate Professor Ross Vlahos who was working with COPD research and smoke models. “I ended up moving what I’d learnt with Jane into Ross’s models and the two ended up combining nicely.”
And this research has continued to inspire Chantal’s work. “We were looking at two different drugs and their impact on airways. The first was rosiglitazone, a drug used for treating type II diabetes which we found actually had an effect relaxing the airways. The second was working with the bitter taste receptors on the tongue. We found that not only are these receptors in the airways, but the drugs that work on them can work to relax the muscle too.
Chantal has already published a substantial body of work, with 18 peer reviewed publications and 25 abstracts as 1st/last author. Her work on understanding the pathogenesis of lung disease, identifying novel targets and therapeutics has been recognised by at the Thoracic Society of Australia and New Zealand and the Australasian Society of Clinical Pharmacologists and Toxicologists society meetings.
A prestigious British Pharmacological Society/ASCEPT Outstanding Young Investigator Award and an array of competitive grants, visiting fellowships and travel awards are testament to Chantal’s standing in the field. Chantal was invited to session chair at the 2016 European Respiratory Society Annual Scientific Meeting in London, and has been a reviewer for a range of journals.
Finding world class facilities in Newcastle
An early career researcher, Chantal has been extremely busy since submitting her PhD in August 2015. The move to Newcastle was considered: Chantal knew she wanted to work with a lung-research lab – so she set about researching the best. And this search led her to the renowned work of Professor Phil Hansbro and his research team. “Of all the labs I’ve looked at in the world, none compares to Phil’s,” Chantal enthuses. “It was quite an easy decision to come here to be honest.”
Before moving from Melbourne, Chantal applied for an NHMRC Early Career Fellowship to work with Phil’s team exploring lung diseases and potential new treatments and preventions. Lung diseases are a major burden on the Australian population and economy. With this work, the team will assess the potential of a new target (IL-33) and therapy (anti-IL-33) in suppressing remodelling in experimental models and human tissues.
Thanks to the success of this application, this work will be a continuation of some of the work that Chantal explored for her PhD “It’s a nice trajectory really,” she adds.
Chantal’s work into IL-33 will explore the role that this protein plays in a number of viral infections and inflammation of the lung. “We know it’s involved, but what’s unknown is how it affects ‘airway remodelling’ which is the scarring of the tissue that you get over time with lung disease.”
“We do know that when you have reduced remodelling you also have reduced IL-33, so what we’re trying to do is understand how and why this happens and whether we can use this information to target the remodelling.”
This work has potential applications for a whole range of lung diseases such as asthma, COPD and IPF. “Remodelling is currently untreated in a whole range of different diseases, so hopefully we can find a link that we can then target.”
Sharing science with parliament
Passionate about raising the profile of science, Chantal attended Science Meets Parliament in Canberra in March 2017. This bi-partisan annual event has been held since 1999 with the aim of urging “all political parties to recognise the importance of science to the nation’s future; economically, socially, culturally and environmentally”.
Chantal was thrilled to have the opportunity to put her respiratory research before the nation’s political leaders. “This event showcases scientific research across all aspects of STEM and provides opportunities to raise issues about the future of research in Australia.”
“By bringing together scientists and politicians, it provides a platform to bridge the gap in knowledge, in particular the needs and concerns of scientists at a government level, with the ultimate goal raising the profile of science in Australia.
“During the meeting I had the honour of meeting the Australian of the Year Emeritus Professor Alan Mackay-Sim and the Honorable Bill Shorten and this two day meeting really provided an eye-opening experience.”
Ensuring that research into lung diseases is effectively funded is a focus on Chantal’s, who acknowledges that science communications and outreach is just another item on a researcher’s to-do list.
Australia has one of the highest rates of lung disease in the world, with one in ten Australians living with a respiratory illness. Chantal’s aim is to help identify gaps in our knowledge which will start to help us identify new therapeutic targets and biomarkers. Watch this space.
The University of Newcastle acknowledges the traditional custodians of the lands within our footprint areas: Awabakal, Darkinjung, Biripai, Worimi, Wonnarua, and Eora Nations. We also pay respect to the wisdom of our Elders past and present.