OVERVIEW

Skin Cancer

It is estimated that almost 2 in 3 Australian will be diagnosed with skin cancer by the time they are 70. Each year in Australia, skin cancers account for around 80% of all newly diagnosed cancers. 

The majority of skin cancers are caused by damage to skin cells through over-exposure to UV radiation in sunlight. Of the three main types of skin cancer (basal cell carcinoma, squamous cell carcinoma, and melanoma), melanoma is  the most dangerous. An estimated 13,000 new cases of melanoma were diagnosed in 2016, and 1770 people were estimated to die from the disease (AIHW, 2016).

Regular skin checks are recommended to monitor for pre-cancerous changes and skin cancers. Treatment usually involves removal of the lesion, and in some cases, may require removal of some surrounding tissue to ensure all cancer cells have been taken out. 

The earlier a skin cancer can be identified and treated, the better - reducing the chances of surgery, or in the case of more dangerous skin cancers such as melanoma, potential disfigurement and even death. 

To improve diagnosis and treatment of skin cancers, a number of groups at TRI are undertaking research projects on melanoma and squamous cell carcinoma.  

Identifying and tracking skin cancers and lesions using 3D digital avatars

Supported by a grant from the Australian Cancer Research Foundation, Professor H Peter Soyer (UQ) will establish the ACRF Australian Centre of Excellence in Melanoma Imaging and Diagnosis. This centre will utilise a cutting-edge, whole-body imaging system to rapidly create a patient’s ‘digital avatar’ in milliseconds - to significantly improve lesion identification and tracking, while greatly reducing appointment times and healthcare costs. Learn more about this project here.

With this grant, 15 of the 3D whole body imaging machines to capital and regional centres across Queensland, New South Wales and Victoria (with the potential to expand the network Australia-wide). The centre is a collaboration between The University of Queensland, the University of Sydney, Monash University, and the Translational Research Institute Australia, together with state-based research and health system partners. Read more.  

Cutting off melanoma's escape routes

Professor Kiarash Khosrotehrani and his team from UQ's Diamantina Institute are investigating how to stop melanoma from spreading to other parts of the body. They have found that by 'switching off' stem cells which form blood vessels in tumours, this may help to inhibit the spread of cancer. Find out more

Other projects

  • Professor Nicholas Saunders (UQ) is working on project to reverse drug resistance in squamous cell carcinoma. By adding a new drug to existing treatment makes cancer cells more responsive to treatment, this may enable lower dose chemotherapy and reduced side effects. Read more
  • Associate Professor Brian Gabrielli (UQ) and his group are researching melanoma, its causes, means of early detection and diagnosis where cures rate are very high. He is also investigating new drugs for late stage disease where the outcome is dismal. They are working in collaboration with Professor Peter Soyer’s clinical team at the Princess Alexandra Hospital and colleagues from across Brisbane on a new non-invasive tool that will diagnose early stage melanoma. His team has developed powerful new technologies to identify new genes that are involved in early stage melanoma and which can be targeted in late stage disease to improve patient survival.
  • Prof Nikolas Haas (UQ) is working on a project to enhance the immune system's anti-tumour responses in melanoma.

Dermatology Research Centre

The University of Queensland's Dermatology Research Centre is based at TRI. The team  are investigating improved diagnosis and surveillance of skin lesions and skin cancer, as well as identifying genes associated with increased skin cancer risk. Read more about their current projects

Recent articles from the Dermatology Research Centre:

Key Researchers
 
Ian Frazer
Andrew Barbour
Brian Giulio Gabrielli
Fiona Simpson
Helmut Schaider
Jatin Patel
Katharina Noske
Kiarash Khosrotehrani
Nicholas Andrew Saunders
Nikolas Haass
Pascal Duijf
H. Peter Soyer
Rick Sturm
Show More ...
GALLERY
Article
Bold bid to beat melanoma gets $10 million boost ACRF funding awarded to revolutionise early detection of melanoma UQ Professor H. Peter Soyer has been awarded $10 million by the Australian Cancer...Read more
Article
Researchers show aspirin added to cancer drug improves effectiveness Adding aspirin to some existing cancer drugs could increase their effectiveness against a group of tumours resistant to treatment...Read more
Article
Australian Skin and Skin Cancer Research Centre (ASSC) Enabling Grant Scheme The Australian Skin and Skin Cancer Research Centre (ASSC) Enabling Grant Scheme is currently open for applications. The...Read more
Event
CLIMB FOR CANCER 2017 - TEAM TRI It's time for Team TRI to unite once again, battling 810 stairs with the same determination we use to battle cancer every day. This year our TRI corporate team is...Read more
Article
Melanoma research breakthrough gives hope to treatment A QUT-driven project has identified the way in which melanoma cells spread, opening up new pathways to treatment via drugs to ‘turn off...Read more
Event
Targeted therapy in melanoma: From response to resistance Professor Kieran Smalley from the MOFFITT Cancer Centre in Tampa, Florida, will be visiting the TRI on the 18th October to deliver a featured...Read more
Event
Does your Research Make a Difference? Translation of Sun Protection and UVR Risk Reduction Behaviour into Community Settings A/Prof Lois Loescher will present on models of research translational and...Read more
Event
Melanotanning: A sociological investigation of Melanotan use among adult Australians In this 60 minute seminar, Sociology PhD Candidate Stephanie Raymond will present the preliminary findings of her...Read more
Article
3d Skin Cancer technology on scope tv Innovation is taking 46 digital SLR cameras and suspending them on scaffolding, connecting them to a router and using the acquired image data to create a 3D...Read more