Honey For Sinuses. Let The Research Speak

Honey For Sinuses. Let The Research Speak....

The outstanding health benefits of raw honey continue to be reinforced by science. Honey for sinuses can be checked off the long list of body parts this wonder food heals!
The following article outlines a recent study conducted by scientists at Ottawa University and show the very strong anti-bacterial effects of raw honey and its effect on the bacteria that causes sinus infections.

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Ottawa (AFP) - Honey, used in tea or hot water in Canada for generations to soothe sore throats, could soon be substituted for antibiotics in fighting stubborn ear, nose and throat infections according to a new study.
Ottawa University doctors found in tests that ordinary honey kills bacteria that cause sinus infections, and does it better in most cases than antibiotics.
"It's astonishing," researcher Joseph Marson said of bees' unexplained ability to combine the nectar of flowers into a seemingly potent medicine.
The preliminary tests were conducted in laboratory dishes, not in live patients, but included the "superbug" methicillin-resistant Staphylococcus aureus or MRSA, which is highly resistant to antibiotics.
In upcoming human trials, a "honey rinse" would be used to flush out the goo from the sinus cavities," said Marson in an interview with AFP.
The researchers have so far tested manuka honey from New Zealand.
It killed all floating bacteria in liquid, and 63 - 91 percent of biofilms - microorganisms that sometimes form a protective layer in sinus cavities, urinary tracts, catheters and heart valves, protecting bacteria from normal drug treatments and often leading to chronic infections.
The most effective antibiotic, rifampin, killed just 18 percent of the biofilm samples in the tests.
"As of today, nobody is sure what in the honey kills the bacteria," Marson said, noting that "not all honeys have the same potency" and calling for more research to determine the mechanism behind the healing.
Previous studies have shown honey's healing properties on infected wounds.
The results of the study were presented at the annual meeting of the American Academy of Otolaryngology-Head and Neck Surgery, in Chicago.