Do you want the lawnmower?
http://www.articlecity.com/videos/health/Lawnmower-For-Clogged-Arteries-175286465.php
Or Drano? I would be worried about this, sloughing off chunks
http://www.ivanhoe.com/channels/p_channelstory.cfm?storyid=26404
Israeli study uses gold particles to ‘seek and destroy’ artery blockages
Israeli researchers are developing a novel
method to treat life-threatening blockages in arteries, using gold
nanoparticles to “color” potential problem areas, and possibly even to
treat them.
A
recent study by scientists at Bar-Ilan University examines the use of
gold nanorods to help treat atherosclerosis — a vascular disease in
which artery walls thicken over time due to build-up of plaque in the
blood vessel. These fatty blockages can eventually cause heart attacks
and strokes.
One of the major problems with treating
atherosclerosis is the identification of the disease. Researchers are
tackling this problem by taking advantage of one of the chief
characteristics of atherosclerotic build-ups: they are rich in
macrophages, a type of white blood cell that ingests foreign substances.
Gold nanorods, meanwhile, have unique optical properties that allow
them to be detected using laser scanners.
When injected into the body, the nanoparticles
are absorbed by macrophages, essentially lighting up problem areas and
allowing a fast, low-risk, non-invasive diagnosis, after which doctors
can decide how to best proceed with treatment.
Prof. Dror Fixler, who is leading the
research, noted that “tests offered today include ultrasound, CT scans
and MRI, but these are costly, not readily available and include
ionizing (and thus damaging) radiation. Our test method is
non-ionizing.”
The team is also looking into ways to pair the
nanoparticles with high-density lipoproteins (HDLs), also known as
“good cholesterol,” which help break down fatty cells in blood vessels
clear blockages. Thus the gold particles could potentially be turned
into a targeted delivery system to both identify and treat vulnerable
plaque areas.
The new study will be presented at the upcoming NanoIsrael 2016 conference, to be held at Tel Avuv University on February 22-23.
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