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Gonorrhea Antibiotics, New Findings to Treat And Kill Bacteria


Scientists developed gonorrhea antibiotics, to prevent and treat infections faster than currently available drugs. Scientists from the University of York has been utilizing the therapeutic effects of the carbon monoxide molecules to develop new antibiotics that can be used to treat gonorrhea, a sexually transmitted disease infection that usually affects men and women.

Gonorrhea Antibiotics

According to the scientist, the infection caused by the bacterium Neisseria gonorrhoeae has developed strains highly resistant to the drug in recent years. So that the various drugs used less public works and sometimes does not heal. It also has occurred in several new cases in the region north of England and Japan. Research on the best gonorrhea antibiotics has been published in the journal MedChemComm "Toxicity of tryptophan manganese(i) carbonyl (Trypto-CORM), against Neisseria gonorrhoeae", 2017; DOI: 10.1039/c6md00603e

New Gonorrhea Antibiotics


According to scientists, they were concerned that the infection gonorrhea the most common sexually transmitted in the UK can not be treated. According to reports, nearly 35,000 cases in the UK during 2014, most cases occur in young men and women under the age of 25 years. Based on this report, scientists from the University of York targeting gonorrhea antibiotics. Its developed from bacteria that were made using carbon monoxide-releasing molecules (CO-RMS).

Carbon molecule produced naturally in the body, but there are improvements that prove that carbon monoxide improve the work system with huge potential antibiotics to treat bacterial infections. Neisseria gonorrhoeae bacteria more sensitive to CO-based toxicity than other types of pathogenic bacteria. These bacteria can serve as a viable candidate for antimicrobial treatment using CO-RM. The CO molecule works by binding to bacteria and prevent them to producing energy.

According to Professor Ian Fairlamb, the carbon monoxide molecule target to stop the bacteria from respiring Gonorrhea. Where these bacteria have only one enzyme to inhibit and then could not get the oxygen and die. During this time many people assume that CO is toxic molecules. But actually be toxic if used in high concentrations or excessive doses. Scientists have been using a very low concentration in which the bacteria are very sensitive to this molecule.

Medical scientists believe they have discovered a molecule that can be released in a very safe and controlled. In the next phase of development, the scientists plan to develop gonorrhea antibiotics in the form of pills or creams. So that the findings of gonorrhea drug can be tested clinically in the future and save the patient.

Professor Fairlamb also said the discovery of gonorrhea antibiotics is an important breakthrough. This antibiotic is not the end and almost close to perfect overcoming a bacterial infection. People may assume gonorrhea as bacterial infections are quite easily treated, but the disease can be more dangerous and resistant to antibiotics that are sold today.

Antimicrobial resistance is a global problem that will not be completed, so that the scientists use a variety of different approaches. In the development of new drugs using bioinorganic chemistry is one of the ways that can solve this problem, especially for controlling the growth of pathogenic bacteria.

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