By
MALUM NALU
The National
Monday, March 25, 2013
Several years of hard work for a small group of
Papua New Guinean researchers, led by an Australian scientist, may soon result
in development of a new treatment for one of PNG’s most neglected public health
problems.
Clinical trials of a new Papuan Taipan snake
anti-venom will start in May, 2013, and it is hoped this anti-venom will save
hundreds of lives every year.
Williams
and Prof Worrell at the clinical trial office at the Port Moresby General
Hospital.-Nationalpic by MALUM NALU
|
PNG has some of the highest snakebite rates in the
world and in some parts of Central, the mortality rate is several times higher
than malaria, tuberculosis and pneumonia, largely because of a lack of interest
in the problem.
This has made access to safe, effective treatment
scarce and unaffordable.
The high cost of imported Australian anti-venoms has
made it increasingly difficult for the PNG government to meet the demand, and has contributed to the existence of a
black market in these products, which
often sees them stolen from hospitals and sold illegally for up to US$3,200.
In 2011, researchers from the University of PNG
collaborating with scientists from the University of Costa Rica and the
University of Melbourne’s Australian Venom Research Unit (AVRU) and Nossal
Institute for Global Health, announced the successful pre-clinic testing of a
new, low-cost Papuan Taipan anti-venom, that not only offers a sustainable
solution to the problem, but provides the opportunities for PNG to eventually
produce its own anti-venoms.
They show that the new anti-venom, manufactured by
the University of Costa Rica’s Instituto Clodomiro Picado, effectively neutralises
the lethal effects of Taipan venom in laboratory tests, and is suitable for
human trials.
Leading snakebite expert, Professor David Warrell, who
is in the country to help set up the trials, appealed to snakebite victims to
take part in the trials.
“The most-important thing to emphasise is that we
have a new candidate anti-venom, whose performance in laboratory tests and
animals is very, very promising, and which we are confident will be the answer
to the long-term problem of Taipan bites in PNG,” he said.
“We have to do clinical trials before we can launch
this new antidote for snakebite with complete confidence.
“It depends on patients with snakebite coming in as
quickly as possible to the hospital so that we can care for them, and that we
can advance medical knowledge at the same time.”
Project coordinator, David “Snakeman” Williams, said
legal agreements between all parties concerned had to be put in place before
trials could start.
“We expect that all of that will be done over the
next three weeks,” he said.
“Our aim is to start formally recruiting patients
into the clinical trials around the beginning of May.”
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