Biomedical discovery by Melbourne Team!

Biomedical discovery by Melbourne Team!

Biomedical discovery by Melbourne Team!September 2002 - A team of Australian scientists has won the race to determine the three dimensional structure of an important protein molecule in humans.

The protein - the epidermal growth factor (EGF) receptor - was detected on cancer cells over 20 years ago and laboratories all over the world have been trying to understand how it works ever since.

The medical implication is that solving this structure provides the detailed information for the discovery of a new class of anti-cancer drugs based on rational drug design.

These drugs would be designed to bind to the receptor and block its activation by growth factors.

The research team consists of scientists from the 'Parkville biomedical strip' in Melbourne: CSIRO Health Sciences and Nutrition, Walter and Eliza Hall Institute of Medical Research and the Ludwig Institute for Cancer Research, all members of the Collaborative Research Centre for Cellular Growth Factors. Their findings will be published in the September 20 issue of the international journal 'Cell'.

"This is a landmark discovery made amidst considerable International competition,"says Dr Colin Ward of CSIRO Health Sciences and Nutrition.

In 1997 a group of Melbourne scientists formed a large team to tackle the problem. Their combined efforts have revealed an intriguing structure which is already challenging the current views of cell signalling.

Dr Tom Garrett of the Walter and Eliza Hall Institute of Medical Research says the discovery represents a major breakthrough.

"This structure turns receptor biology on its head,"he says. "We have shown that these molecules communicate in different and more subtle ways than had been thought."

The partners are now using the 3D-structure of the EGF receptor to gain further insight into the way it works and to identify potential drugs to act as inhibitors.

"The EGF receptor structure contains a number of surprises which have already pointed the way to new approaches to designing drugs to interfere with the activation of this receptor in cancer cells,"says Dr Tony Burgess of the Ludwig Institute for Cancer Research.

The discovery follows on from long-term research by CSIRO and the Biomolecular Research Institute into the structure of similar proteins.

More information

Warrick Glynn, Communication Manager
Parkville, CSIRO Health Sciences and Nutrition
+61 3 9662 7344, Fax: +61 3 9662 7223, 0408 117 846
[email protected]

Dr Colin Ward (research into the protein structure)
Program Manager - Protein and Pharmaceutical Sciences
CSIRO Health Sciences and Nutrition
+61 3 9662 7291, Fax: +61 3 9662 7101
[email protected]

Prof Tony Burgess (implications of the discovery for cancer research)
Director, Ludwig Institute for Cancer Research
+61 3 9341 3155
[email protected]

Dr Tom Garrett (molecular modelling of protein structure)
Walter and Eliza Hall Institute
+61 3 9662 7311
[email protected]


❊ Web Links ❊


Biomedical discovery by Melbourne Team! 

www.csiro.au




Disclaimer: Check with the venue before making plans...


Trending HOT


View Event: Drive-In Movie Club
Drive-In Movie Club
Drive-In Immersive Cinema Nights Are Coming to Melbourne Put together by our friends at Hot Tub Cinema, a string of family-friendly, social distancing-safe, drive-in ..

View Event: Things to see, hear & do this weekend
Things to see, hear & do this weekend
Make the most of your weekend in Melbourne with these fabulous events. No city does it better than Melbourne, so get out and discover the very best shows, festivals, ..





Update Page