I am a Lecturer in Small Animal Surgery at The University of Queensland with expertise in veterinary oncology, cancer immunotherapy, clinical trials, and veterinary surgical education. My work integrates clinical practice, research, and teaching to improve animal health outcomes while advancing veterinary training.
My research focuses on comparative oncology, translational cancer research, and veterinary education innovation. I am involved in clinical trials investigating novel immunotherapies for naturally occurring cancers in dogs and collaborate with academic and industry partners to develop new approaches to cancer diagnosis, treatment, and biomarker discovery.
A second area of focus is veterinary surgical education. I develop and evaluate simulation-based learning tools, low-fidelity surgical models, and curriculum innovations that support clinical skills training while promoting the ethical use of animals in teaching.
Current areas of interest include:
Cancer immunotherapy
Comparative oncology
Clinical trials
Canine and feline cancer
Cancer epidemiology
Veterinary surgical education
Simulation-based learning
Clinical skills training
Surgical outcomes research
Veterinary curriculum development
I coordinate major surgical courses within the Bachelor of Veterinary Science program and supervise undergraduate and HDR students in projects spanning oncology, epidemiology, clinical research, and veterinary education. I am particularly interested in research that creates opportunities for student training, industry engagement, and translational impact.
Dr. Laura Grogan is a qualified veterinarian, Senior Lecturer in Wildlife Science and Leader of the Biodiversity Health Research Team (https://www.biodiversity-health.org/) - a collaborative multiple-university research group focused on finding sustainable solutions for the most challenging threatening processes currently affecting biodiversity.
Dr. Grogan has a background in research on wildlife diseases, ecology and conservation. She's particularly interested in investigating the dynamics, relative importance, and impacts of infectious diseases among other threats affecting wildlife across both individual and population scales, to improve conservation management.
While she works across taxa and methodological approaches, her main study system currently involves the devastating amphibian fungal skin disease, chytridiomycosis, where at the individual scale she focuses on the pathogenesis and amphibian immune response to the disease, untangling the roles of resistance and tolerance in defense against infection. At the population and landscape scale she explores mechanisms underlying persistence in the face of endemic infection, focused on the endangered Fleay's barred frog. She also studies population and infection dynamics of chlamydiosis in koala using a mathematical modelling approach, exploring the relative benefits of different management approaches. In addition to working on amphibian and koala diseases, Laura is a keen birdwatcher, wildlife photographer and artist. She supervises projects across wildlife-related fields (predominantly vertebrates).
You can find out more about her research team here: www.biodiversity-health.org.
Dr. Grogan has been awarded around $1.3 million in research funding since 2018. In late 2019 she was awarded an Australian Research Council Discovery Early Career Researcher Award (DECRA; DE200100490), worth $426,742. This project, titled "Understanding infection tolerance to improve management of wildlife disease", commenced in late 2020. Dr. Grogan was identified as one of the four top-ranked science DECRA awardees by the Australian Academy of Science’s 2020 J G Russell Award, and was also recipient of the highest award of the Wildlife Disease Association Australasia Section with their 2019 Barry L Munday Recognition Award.
PhD and Honours projects are now available in the following areas (plus many more areas - please get in touch if you have an idea):
Can frogs be ‘vaccinated’ by antifungal treatment of active infections to develop protective immunity to the devastating chytrid fungus? (Principal Supervisor)
Establishing the conservation status of south-east Queensland’s amphibians - occupancy surveys and species distribution models (Principal Supervisor)
Tadpoles as a reservoir of the lethal frog chytrid fungal disease – measuring sublethal effects on growth, time to metamorphosis and ability to forage (mouthpart loss) (Principal Supervisor)
Impacts of chytrid fungus on the survival of juvenile endangered Fleay’s barred frogs, Mixophyes fleayi, and importance for population recruitment (Principal Supervisor)
Measuring the infection resistance versus tolerance of barred frogs to the devastating chytrid fungal disease to improve management outcomes (Principal Supervisor)
Mapping the impacts of fire-fighting chemicals on endangered frog habitats (Co-Supervisor)
Bowra birds: what do long-term monitoring data reveal about bird communities in the semi-arid region? (Co-Supervisor)
Impacts of fire-fighting chemicals on endangered frogs: Implications for conservation and management (Co-Supervisor)
Queensland Alliance for Agriculture and Food Innovation
Availability:
Available for supervision
Kieren McCosker has expertise in tropical beef production. Kieren completed an Agriculture Science - Animal Science degree (University of Queensland) and later a PhD (School of Veterinary Science, University of Queensland) deteriming the factors associated with reproductive performance in northern Australia beef cows, otherwise known as the Cash Cow project while working in the Agriculture Division of the Northern Territory Government's Department of Industry, Tourism and Trade. In 2021, Kieren commenced working with the Centre of Animal Science, Queensland Alliance for Agriculture, Food and Innovation and comes with approximately 20 years of experience investigating production issues across many facets of the northern beef production system and south-east Asia. Some of his current projects examine the impact of shade and paddock infrastructure on calf mortality, and utilising remote technologies to remotely detect key production events, such as calving and associated maternal behaviours.
