That proximity to the reef is turning Townsville into an
internationally renowned center for tropical marine science.
And with biotechnology fast becoming one of the globe's powerhouse
industries, scientists at AIMS (located at Cape Ferguson,
55 km southeast of Townsville) and the city's James Cook University
campus are searching the reef for bioproducts that can help
agriculture and human health. "The reef is an enormous source
of natural chemicals," says JCU research pro-vice chancellor
Norman Palmer. "Why synthesize drug compounds if marine plants
and animals have already solved the problem?"
It's an approach that suits Queensland's "smart state" aspirations.
In 1999, the Labor state government of Peter Beattie embarked
on a $150 million plan to reposition the state as a biotechnology
hub for the Asia-Pacific. "Research and its outcomes are our
future," says Premier Beattie. But Townsville's marine experts
say that despite a glowing 1998 report card for their efforts
from Federal government chief scientist Robin Batterham, they're
not receiving enough investment to bring their research from
the benchtop to the marketplace. "It's like gravity," says
Palmer. "Things in Queensland still tend to fall to the southeast."
The cocktail of chemicals found in corals has triggered some
of the region's most promising biotechnology projects. Snorkeling
over the reef one day, Jim Burnell, head of biochemistry and
molecular biology at JCU, noticed that coral-rich areas were
largely free of seaweed. The university is now co-developing
a herbicide based on compounds extracted from coral, supported
by $1 million in funding from Melbourne-based biotechnology
company Nufarm.
Why do shallow-water corals thrive in a region that has the
world's highest incidence of skin cancer? That question led
AIMS principal research scientist Walter Dunlap to the discovery
that corals produce their own sunscreen.
The result: a synthetic version (said to be more effective
and less irritating to skin than current sunscreen lotions)
which Sydney-based company Sunscreen Technologies (STPL) hopes
to have on the market within five years.
Most of the state-government money being invested in Queensland
biotech continues to bypass Townsville for Brisbane and the
Gold Coast, according to local scientists. "We're getting
bugger-all help in comparison," says JCU's Burnell. AIMS,
which is federally funded, is more fortunate-it received an
additional $9 million last May for a new biotechnology wing
and research vessel. And a benefit-sharing agreement signed
with the Queensland government last July gives AIMS the intellectual-property
security that international investors seek-and guarantees
the state a share of any profits from the institute's research.
The high risks involved in biotechnology-only 1 in every
5,000 new-found compounds becomes a drug-may deter some investors.
But Beattie says Queensland's biotechnology policy is about
facilitating entrepreneurship, not handouts. That self-help
mentality is evident in Bio North, a joint project by AIMS
and JCU to commercialize their research discoveries. Townsville's
scientists are also working with local business organizations
like Townsville Enterprise on plans for a technology park,
part of which would be devoted to biotech businesses. But
universities "rarely do well running companies," says JCU
pro-vice chancellor Palmer: "They have to let their projects
go if they want them to really work."
At AIMS, Dunlap says his work on coral sunscreens is done.
It's a sense of accomplishment that most of his colleagues
in the hit-and-miss biotechnology sector have yet to experience.