Antibiotics & Antiboitic-Resistant Research

The growing resistance of bacteria to Vancomycin has encouraged researchers to look for untried agents that will permit improved efficacy against enterococci resistant bacteria. One study in China has resulted in the discovery of a metal mingled that appears to provide potent activities against VRE. The metal complex is [Pt[en](H[2]0)[2](2+) and was found to be approximately 720 times more potent than Vancomycin itself against VRE (Metal 2004, 251). fit in to Chinese researchers, the results "suggest that combining metal complexation and receptor/ligand fundamental interaction offers a useful method to construct multivalent inhibitors" (Metal 2

Researchers continue to explore spic-and-span agents and new methods of combating VRE and other antibiotic-resistant bacterial infections.

Probiotics, synthetic drugs, resistance mechanisms, new penicillins, molecular advances, vaccine development, and the use of natural compounds are all new methods being developed by researchers to combat VRE (Sheff 2003, 62). Each of these methods holds foretell for greater efficacy in combating VRE. Researchers continue to search for much(prenominal) efficacy in light of growing resistance to antibiotics, and the accompaniment that patient movement in contemporary society continues to sully the line between nosocomial infection and community-acquired infection.

VRE was first rep
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