Discussions on current research in biotechnology written in non technical language. My goal is to de-construct biotechnology topics so that they are palatable, exciting and informative for the layman. I feel passionate about the advancement of science for good. “Nothing in life is to be feared, it is only to be understood. Now is the time to understand more, so that we may fear less.” ― Marie Curie
Dahlia, Butchart Gardens, Victoria, B.C.
Thursday 17 October 2013
Scientists develop virus to combat superbug
Scientists
develop virus to combat superbug that causes serious diarrhoeal disease
A
collaboration of scientists are in the advanced stages of developing a
bacteriophage, a type of virus to combat a serious hospital acquired infection
caused by the bacteria Clostridium
difficile (C. difficile). Scientists with AmpliPhi
BioSciences Corporation have
entered a licencing agreement with UK-based University of Leicester to develop
bacteriophage viruses to target the infectious agent C. difficile.
C. difficile causes a serious diarrhoeal disease in
humans and many strains have become increasingly resistant to antibiotic
therapy developing into “superbugs”. C.
difficile is one of the most prevalent species of bacteria found in
hospital acquired infection. The US Center for Disease Control notes its September
2013 report on antibiotic resistance, that C.
difficile is as an urgent threat, causing 250,000 infections in the US
every year and costing $1 billion a year in excess medical costs. Philip J. Young, CEO of AmpliPhi said "C. difficile causes at least 14,000
deaths a year in the US alone.”
Bacteriophages
are viruses that can infect and destroy bacteria. Although bacteriophages have been used in
both clinical applications and for genetic manipulation of bacterial species in
laboratories for over 100 years they are only recently being commercially developed
for therapeutic purposes. Current
studies using bacteriophage in a human colon model of C. difficile infection have shown a significant reduction in
bacterial load in addition to a decline of the toxin produced by the bacteria.
The bacteriophage is a beacon of hope for new therapies in the grim face of
emerging antibiotic resistant bacterial infections.
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