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A
Foothold on Foot-and-Mouth
If
you've been traveling in Europe lately, you won't
find a warm welcome on some parts of campus. In fact,
if you try to go into the Dairy Cattle Instruction
and Research Center or one of the other campus
buildings that houses animals you'll be met by
a block-lettered sign telling you to stay out.
The
signs, which forbid recent visitors to England, France,
Germany, and the Netherlands, are part of an extraordinary
effort the university is making to try to keep its
animals free from foot-and-mouth disease, the highly
contagious infection that has ravaged farms in parts
of Europe, but has yet to make its way to the United
States.
"We
are taking any steps that we can to improve the situation
and reduce the risk," says Mark Cook, an
animal science professor who, along with dairy scientist
Dave Combs, helped draft the new rules, which
took effect this spring at all campus animal facilities
and university-run farms. The policies prohibit anyone
who has traveled in infected areas from having contact
with animals here for at least five days after returning
to campus. Other measures call for faculty and students
to wear protective boots and clean clothes when working
with animals, either on or off campus.
Cook
says the new rules are necessary because the university
has so many international connections. "We have
faculty who go all over the world; we have students
who go all over the world; and we have visitors from
all over the world," he says. "If any place
is vulnerable, it is a university."
People
have cooperated with the rules, Cook says, most likely
because they appreciate the potentially devastating
effects of infection. Because the disease is highly
contagious, a case on campus would require drastic
measures including wide exterminations of animals
to keep it from spreading into Wisconsin's farms.
The cost would be enormous, wasting millions of dollars
and years of research, he notes.
And
although it was the foot-and-mouth threat that brought
on the new rules, most of the measures will remain
in place indefinitely, Cook says, noting that they
should help prevent the accidental spread of other
viruses and diseases.
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