How To Use Manuka Honey On Staph: Is It The Best?
When it comes to how to use manuka honey on staph you may wonder that honey is the strongest natural remedies. As you know, manuka honey is the best type of honey worth to consider.
In general, honey contains anti-inflammatory, antibacterial, sunburn and wound healing, antidiabetic, radical scavenging and antimicrobial activities. When it comes to antimicrobial activity, manuka honey is the best.
how to use manuka honey on staph then? Many studies show that manuka honey is effective in providing and supporting antibiotic activity.
Furthermore, manuka honey is also containing antimicrobial aside the antibiotics properties. Be sure to understand what kind of antibiotics you need in treating and curing staph.
What makes different?
Manuka honey contains some important compounds. One of them is MGO (methylglyoxal) compound which is higher than other types of honey.
MGO promote in constructing the cell highly toxic of your body. The MGO then will be turned into lactic acid whether it is in large or small intestine. Manuka will be stable only in stomach, throat and also mouth.
On the other hand, MGO acts in limiting the bacteria found in your body as well as killing them. When it is applied on your skin, there will be small quantity of MGO will reach the body since the problem is locally solved, especially at the level of your skin.
What bacteria manuka honey can kill?
As manuka is well-known from its powerful benefits, there are several bacteria generally killed by the honey. Listed below are bacteria that manuka can kill.
Methicillin Susceptible Staphylocccus Aureus)
The honey will kill MSSA bacteria which works 100% on single bacteria. However, it will only work on 82% of bacterium rightly in biofilms.
Methicillin Resistant Staphylococcus Aureus)
The bacteria will be killed 100% in single bacteria but only work about 63% on biofilms.
This means that how to use manuka honey on staph is quite effective rather than other natural remedies as it can kill the most noticeable bacteria of staph.