Staph makes its way into the body through the skin. It can live in the skin or in the soft tissue after entering the body, but for most healthy people, it won't flourish. Our white blood cells and antibodies can usually kill the bacteria. Pre-existing flaws in the skin, such as cuts...
Staph. (coag. +) 20 0.125-0.5 Strep. (alpha hemol.) 10 0.5-8.0 Distribution in the Body: Enrofloxacin penetrates into all canine and feline tissues and body fluids. Concentrations of drug equal to or greater than the MIC for many pathogens (See Tables I, II and III) are reached in...
Antibacterial resistance requires an advanced strategy to increase the efficacy of current therapeutics in addition to the synthesis of new generations of antibiotics. In this study, copper oxide nanoparticles (CuO-NPs) were green synthesized using Morin
Having a treatment that is both anti-staph/anti-E. Coli and anti-viral is uniquely important. Solving the Staph. aureus problem solves many collateral problems in the hospital. Since so many battlefield wounds are staph-prone, and since anesthesia suppresses the immune system, making patients ...
Staph. (coag. +) 20 0.125-0.5 Strep. (alpha hemol.) 10 0.5-8.0 Distribution in the Body: Enrofloxacin penetrates into all canine tissues and body fluids. Concentrations of drug equal to or greater than the MIC for many pathogens (See Tables I, II and III) are reached in most tissue...