Community-Associated (CA)-MRSA, antibiotic resistant staph infection, , page 4
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reply posted on 19-2-2009 @ 02:39 PM by OhZone
In case this has not been posted yet:

Blue light kills mrsa
blue light

"Blue Light Kills MRSA
Blue Light -- Without UV -- Kills Drug-Resistant Staph Superbug
By Daniel J. DeNoon
WebMD Health NewsReviewed by Louise Chang, MDFeb. 4, 2009 -- Blue light -- not including dangerous UV frequencies -- kills MRSA, the multidrug-resistant staph superbug.

The finding comes from Chukuka S. Enwemeka, PhD, and colleagues at New York Institute of Technology. Their study was funded by Dynatronics Corp., which makes the blue-light device used in the study."


reply posted on 8-3-2009 @ 10:55 AM by mhinsey
Originally posted by SpeakerofTruth
Uh, there is treatment for MRSA....


Vancomycin is one of the few antibiotics still effective against hospital strains of MRSA infection, although the drug is no longer effective in every case. Several drugs continue to work against CA-MRSA, but CA-MRSA is a rapidly evolving bacterium, and it may be a matter of time before it, too, becomes resistant to most antibiotics.
People need to calm down


for persons who have allergy to the approved treatments... alternative medicine is possible to clear MRSA. I had a staph infection and began taking Oregano Oil tablets and it corrected the staph infection AND an e.coli stomach infection also that had been bothering me. I am EXTREMELY sensitive to conventional medications and whatever the crappy unusual side effects are - I will have them. However, within a week on oregano oil the staph infection cleared up and the e.coli also. Just an FYI. I just followed the instructions for the tablet form for daily dosage. Also, I read up that using tea tree oil solution (you would have to research but I think it was 1 part tea tree to 5 or 10 parts carrier oil) for wounds that are not deep.


reply posted on 30-11-2010 @ 03:23 AM by crimvelvet
reply to post by mrsdudara



Ayn ended up dying from an antibiotic staph infection.

She was a pygmy goat and got an infection on her ear that went systemic despite penicillin, tetracycline, a sulpha drug and everything else the vet threw at the infection. Nothing worked. We had a necropsy done to determine cause of death and it was an antibiotic resistant staph infection


reply posted on 13-2-2011 @ 08:22 AM by hypervalentiodine
Forgive me if the stuff I write here has been covered as I didn't read all of the replies here. Nevertheless, I felt I should add my 2 cents having only recently left a lab where I was working on synthesising a sugar based vaccine against S aureus.

Staphylococcus aureus is (and has been for a little while now) one of the most prevalent etiological agents for a wide array of infectious diseases. These afflictions may range from nosicomal infections (mentioned already I think), such as urinary tract infections, endocarditis and pneumonia, to other non-human diseases such as ruminant mastitis. Methicillin and multidrug resistance in S. aureus is fast becoming a common sight in infected patients. As such, the requirement for additional control tactics such as vaccines is becoming increasingly necessary. Unfortunately, host relation and the mechanisms contributing to pathogenesis of S. aureus infection is a mostly not well defined, complex and multifarious process, the clinical presentations of such often varying between patients. Furthermore, many staphylococcal products have redundant functions. Thus, if one of these compounds were to be targeted in the production of a vaccine and thereby be eliminated, its loss may be easily recompensed for by other molecules boasting the same functionality.

One step in the development of S. aureus virulence that has more recently become of interest is in the genesis of biofilms, also referred to as ‘slime.' Subsequent to their initial formation, these biofilms undergo a series of distinct phenotypic modifications, with the mature biofilm consisting of a sessile collective of cells embedded within a matrix of extracellular DNA, proteins and polysaccharides. An unfortunate consequence that is known to arise from the establishment of these communities is that they posses an inherently increased protection against host-mediated AB-independent phagocytosis, and can help facilitate resistance to a diverse range of antibiotics.


reply posted on 20-9-2011 @ 08:01 PM by siluriancryptic
reply to post by mrsdudara



The superbugs that overcome (or even eat ) our antibiotics drift down from the upper atmosphere on dust particles from burned - up meteorites of the Perseid Meteor Shower after August 12-13 of every year just two weeks before schools and colleges open up for the Fall Semester. Pneumonia is from this meteor shower which used to be a comet ( a dirty snowball in space containing all sorts of photochemically synthesized biochemicals which become aminoacids as this stream of micrometeorites orbit the sun. This Perseid meteor Shower is when the earth intercepts this "ring" of particles around the sun. Back in the 1950s and 1960s this seasonal outbreak was just expected in the Fall. But , presently this movement of huge populations into smaller spaces as compared to Summer Recess "space" amplifies the outbreak of i.e. Lyme Disease from outerspace( it's not bacteria alone that mutate inside the body-it's bacteria mutated in outer space( or even brought from another planet that was pulverized sometime in the past). So, we have to fight a completely new bacterium each year that enters a body already having living ,dormant bacteria from previous infections making a resistant -to -antibiotic bacterium.



reply posted on 12-11-2011 @ 05:10 AM by hypervalentiodine
Originally posted by DavidsHope
Originally posted by SpeakerofTruth
Uh, there is treatment for MRSA....


Vancomycin is one of the few antibiotics still effective against hospital strains of MRSA infection, although the drug is no longer effective in every case. Several drugs continue to work against CA-MRSA, but CA-MRSA is a rapidly evolving bacterium, and it may be a matter of time before it, too, becomes resistant to most antibiotics.
People need to calm down


Yes Vanc will work against MRSA...but......

What about VRSA? The super bug that is Vanc resistant?

Vancomycin resistant Staph Aureus. { VRSA } This one is resistant to Vanc.

DH


Typically, Vancomycin is very much a last resort as far as drugs go. It's only used when other antibiotics or other forms of treatment fail. It's fairly toxic to the kidneys, if I'm not mistaken.

There's a huge push to develop alternative methods of targeting and eliminating S aureus infections, as I mentioned in my first post. There's a lot of work in vaccines that are looking quite promising, though there isn't anything available at the moment.


reply posted on 22-12-2011 @ 10:51 AM by precicio
The truth is that many of today’s viruses, bacteria and parasites are becoming immune to modern day medicine.
What has work, and what always will work is the back to the pre 1940's approach of dealing with these bugs and infestations and that is: Colloidal Silver, but NOT just any colloidal silver will do.

You have to have colloidal silver in atomic size particles, which is extremely hard to accomplish. But has been done.

Colloidal Silver atoms comes in 3000 to 15000 PPM.

Here are two examples of what it can do:

www.youtube.com...

www.youtube.com...

So in order to kill Staph, MRSA, and even HIV you have to have atomic size particles of the well know bacterial killer: Silver.

Silver has been used since the Time of the pharaohs to kill bugs from the water that they drew from the nile, and or from wells.

The first used silver vessels, placed the water in the silver vessels let sit for a few hours and the water would be rendered safe to drink or cook with.

Silver was used prior to 1940's consistently to deal with bacterial infections, as so stated in medicinal books.

Why has modern pharmacology forgotten about this powerful, and time proven viruses killer, the answer is that they have not, but they dropped it because it was no longer patentable, and new antibiotics that were patentable replaced it in the 1940's.

So, the answer to germ warfare, man made viruses, and or mutations of viruses is in Silver.... atomic size particles of silver.
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