by Alexandra Klausner
28 September 2013
from
DailyMail Website
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10 million bee hives
have disappeared in 6 years
-
The drug boosts bees'
natural immune systems
-
Bees are responsible for
pollinating 80 per cent of the food humans
and animals survive on
Researchers from Sweden announced on Friday that they have developed
a new medicine to protect bees from diseases that kill entire bee
populations in the US and in Europe.
They launched the drug in Russia today at an annual conference of
beekeepers and have been working on the drug for ten years.
The drug, invented by microbiologists at Lund University, is
cleverly named SymBeeotic and helps bees survive by greatly
boosting their immune systems.
Façade of the Lund
university in Sweden,
where the drug
SymBeeotic was invented to combat foulbrood disease
At first, scientists were perplexed as to how 10 million bee hives
managed to disappear from the world after only 6 years.
They later discovered that bee deaths
could be attributed to things like pesticides, parasites, stress,
and poor nutrition all of which weaken bees' immune systems. A
weakened immune system makes bees more susceptible to foulbrood
disease, the fatal disease known to wipe out entire populations.
The drug is made of lactic acid and bacteria from the stomachs of
healthy bees. Scientists believe this new drug can slow down the
rate at which bees die.
It is given to bees as nutrition,
ideally before their winter hibernation.
'The bacteria in this product is
active against both
American and European foulbrood disease,'
said Dr. Alexandra Vasquez who co-created the product.
Alejandra Vasquez is a Lund university researcher
and one of the
co-creators of the drug SymBeeotic
Bees are responsible for pollinating
80 percent of the
food humans and animals consume
The medicine is preventative as oppose to the antibiotics used to
treat bees that are already infected. Antibiotics have not been
entirely effective in saving the bee population.
In a statement from the university, co-researcher Dr Tobias
Olofsson said it was,
'the only existing product that
boosts bees' natural immune system', as resistance to
antibiotics grows.
Why save bees?
Bees are vital to agriculture and human
health. According to Mother Nature Network (MNN)
bees are responsible for pollinating 80 per cent of our flowering
crops. That's about 1/3 of food in the human diet.
It goes beyond plants, though. Losing bees could terminate the
beef and dairy industry. Other animals, such as the animals we
eat, rely upon food pollinated by bees.
Bee venom has also been found to
have medicinal properties.
It can be used for treating,
-
arthritis
-
multiple sclerosis
-
fibromyalgia,
...and more recently to treat,
-
sexual dysfunction
-
cancer
-
epilepsy
-
depression
Swedes Develop Drug to...
Combat Bee Deaths
28 September 2013
from
TheLocal Website
Researchers in Sweden said Friday
they had developed a new medicine
to protect bees from diseases
that kill entire populations of the
insect
in the US and Europe.
A team of microbiologists at Lund University have patented the
treatment, known as SymBeeotic - made from lactic acid bacteria from
the stomachs of healthy bees - which they described as a major
"boost" to bees' immune system and are hopeful that it could slow
down the rate at which bees are dying.
"The bacteria in this product is
active against both American and European foulbrood disease," Dr
Alejandra Vasquez, who co-developed the product, told AFP.
Foulbrood is the fatal bacterial disease
which threatens bees.
"We hope that beekeepers will see
this as a good preventative medicine so that they can
avoid using antibiotics."
The researchers, who worked on the
medicine for nearly ten years, planned to launch it at an annual
conference of beekeepers in Russia on Saturday.
In a statement from the university, co-researcher Dr Tobias
Olofsson said it was,
"the only existing product that
boosts bees' natural immune system", as resistance to
antibiotics grows.
Pesticides, parasites, stress and poor
nutrition are believed to be some of the factors causing a
deterioration of the immune systems of bees around the world, making
them more susceptible to disease.
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