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JDRF
Funded Researcher Recognised Amongst '10 of the Best'
August 15, 2005
A project conducted
by JDRF-funded researcher Professor Elizabeth Rakoczy, which uses
gene therapy to correct blindness, has been recognised by the National
Health and Medical Research Council (NHMRC) as one of the top ten
research projects in Australia today. Professor Rakoczy and her
team are using a harmless, genetically engineered virus to carry
a healthy version of patient's own genetic code into the retinal
pigment cells of the eye, to replace those genes that are unhealthy
or mutated.
The gene therapy
research has proved successful in a mouse model and has progressed
to Briand dogs. It is hoped that human gene therapy utilising this
process will begin in two to three years. The research is most effective
in treating hereditary disorders in cases where the genetic defect
is known and the gene therapy technique is currently being used
to treat a form of retinal dystrophy.
With funding
from JDRF and the Westpac Foundation, Professor Rakoczy is also
conducting research into gene therapy as a treatment for diabetic
retinopathy - one of the most severe complications of diabetes.
Diabetic retinopathy is the leading cause of blindness in people
aged 20 to 74 and is particularly common in those with Type 1 diabetes.
Professor Rakoczy's research will identify new genes that may provide
treatments for diabetic retinopathy and develop animal models for
formulating and testing these treatments.
This new research
is an exciting development for the 140,000 Australians currently
living with Type 1 diabetes who face a risk of blindness 25 times
higher than the general population.
For
further information:
Karolyn Andrews,
Media & PR Manager, JDRF
Ph. 02 9966 0400 (x203) or 0403 787 077 | email: kandrews@jdrf.org.au
About JDRF:
The Juvenile
Diabetes Research Foundation is the world's largest not-for-profit
supporter of diabetes research, investing $130 million in the search
to find a cure for type 1 diabetes each year. JDRF was founded in
1970 by parents of children with type 1 diabetes, a disease which
strikes people suddenly, makes them dependent on multiple daily
injections of insulin to survive and at risk of devastating health
complications like blindness, kidney failure, heart disease and
amputation.
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