CLIMATE change could lead to "killer cornflakes" with the most potent liver toxin ever recorded, an environmental health conference has been told.
Pastor Dale Morgan
CLIMATE change could lead to "killer cornflakes" with the most potent
liver toxin ever recorded, an environmental health conference has been
told.*
Cornflakes in cereal killer warning
By Rosemary Desmond
May 13, 2008 03:28pm
Article from: AAP
CLIMATE change could lead to "killer cornflakes" with the most potent
liver toxin ever recorded, an environmental health conference has been told.
The effects of the toxins, known as mycotoxins, have been known since
the Middle Ages when rye bread contaminated with ergot fungus was a
staple part of the European diet, environmental health researcher Lisa
Bricknell of Central Queensland University (CQU) said.
"People started suffering mass hallucinations, manic depression,
gangrene, abortions, reduced fertility and painful, convulsive death,"
Ms Bricknell told the 10th World Congress on Environmental Health in
Brisbane today.
"The rye bread, which was known as the staff of life, quickly became
known as the sceptre of death."
The damage was done not from a single exposure but from many small doses
of the toxins over a long period of time.
Mycotoxins can appear in the food chain as a result of the fungal
infection of crops in the field or in storage, either by being eaten
directly by humans, or by being used as livestock feed.
The most important group of mycotoxins in Australian maize is aflatoxins.
They could spread when temperature and moisture conditions were right
and could affect crops including maize and peanuts and in some milk,
dried milk products and some spices, Ms Bricknell said.
Ms Bricknell said there had been outbreaks of high levels of aflatoxins
in Australian crops in recent years and global warming was providing a
new threat to food safety, with temperatures expected to rise and
rainfall drop in inland areas of the eastern states.
"Rainfall is correlated with aflatoxin contamination, so not only do
these conditions favour aflatoxin contamination but they also induce
plant stress, which is going to make our plants more susceptible to
contamination," Ms Bricknell said.
Grain-growing areas of Australia could become unviable, and Australia
may have to import more maize and maize-based food products to meet demand.
"In a situation of climate change, if we are importing more products and
imported products are not regulated ... we can also expect that other
countries may be experiencing similar problems with increased contamination.
"While killer cornflakes may not precisely be around the corner, we do
have potential for increasing aflatoxin exposure," Ms Bricknell said.
"We need to investigate risk management for maize production and we need
to undertake careful monitoring of food products coming into our country."