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The Indian Express : declared in New molecule may help fight bacteria resistant to antibiotics

referring to Scientists, including those from the Oregon State University in the US showed that the molecule’s ability to inhibit expression of an enzyme that makes bacteria resistant to a wide range of penicillins.
Also Read: Scientists show how bacteria can power micro-machines“That is literally the last antibiotic that can be used on an NDM-1-expressing organism and we now have bacteria that are completely resistant to all known antibiotics,” he said.
“We have lost the ability to use many of our mainstream antibiotics,” said Geller.
Scientists, showed that the molecule’s ability to inhibit expression of an enzyme that makes bacteria resistant to a wide range of penicillins (Image used for representation) Scientists, showed that the molecule’s ability to inhibit expression of an enzyme that makes bacteria resistant to a wide range of penicillins (Image used for representation)Scientists have developed a molecule that can inhibit the gene expression – believed to have originated in India – that makes bacteria resistant to antibiotics.
“However, a PPMO can restore susceptibility to antibiotics that have already been approved, so we can get a PPMO approved and then go back and use these antibiotics that had become useless,” Geller added.

referring to

Moth gut bacteria could help create new antibiotics

This benevolent bacteria fends off deadly microbial invaders S. Thiessen, MPI for Chemical Ecology The cotton leafworm, Spodoptera Littoralis, holds a bacterium in its gut capable of fending off unwanted, deadly microbes.
The last thing they want are tiny bugs in their bellies.
But they give a pass to one bacterium—E.
Moths are herbivores.
Study: UV light can help eliminate drug resistant bacteria

referring to The trial compared standard disinfection using quaternary ammonium with three other cleaning methods: quaternary ammonium followed by UV light, chlorine bleach without UV light, and bleach with UV light.
Using bleach decreased VRE 57 percent; when UV light treatment was added, the decrease was 64 percent, says Anderson.
For instance, using UV light and standard cleaning decreased MRSA 22 percent and VRE 60 percent.
The UV light did not work as well on C. difficile, which is where the researchers thought they’d see the biggest impact.
The researchers found that the additional cleaning provided by the UV light cumulatively decreased infection by 30 percent in the next room occupant.

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