Scientists Suggest Fluoride May Help Combat Antibiotic Resistance

(Newswire.net — December 19, 2022) Orlando, FL — Various studies have warned against the deadly effects of antibiotic resistance, the rates of which are rapidly growing in the U.S. alone.

A study has introduced a simple technique for addressing both the overuse of antibiotics and the containment of GMOs. It particularly highlights the relevance of replacing antibiotics in the lab with fluoride. 

The findings of the study, which was carried out in O’Malley’s lab, can be found in the Nature Communications journal.

The researcher describes fluoride as a pretty benign chemical that is abundant in the world, including in groundwater. However, she also notes that it is also toxic to microorganisms, which have evolved a gene that has the ability to encode a fluoride exporter.

It is worth noting that this fluoride exporter protects cells by eliminating fluoride encountered in the natural environment.

This research describes a process developed by Justin Yoo, a former graduate student researcher in O’Malley’s lab. It highlights the use of a common technique known as homologous recombination, which is used in rendering a certain gene in GMO non-functional.

It is worth noting that this gene encodes a fluoride exporter, so the cell can no longer produce it. Where fluoride-free distilled water is used normally, such a cell continues to thrive in the lab. However, in cases where it escaped into the natural environment, it would perish as soon as it encountered fluoride.

This, according to experts, inhibits propagation.

“If that GMO were to get out of the lab and successfully replicate in the environment, you could not predict what traits it would introduce into the natural biological world,” O’Malley explained. 

“Normally, if I wanted to select for a genetically engineered cell in the lab, I’d make a plasmid [a genetic structure in a cell, typically a small circular DNA strand, that can replicate independently of the chromosomes] that had an antibiotic resistance marker so that it would survive if an antibiotic was around. Justin is replacing that with the gene for these fluoride exporters.”

There is a number of techniques found to be helpful against antibiotic resistance, and one is the use of D-mannose. It helps address UTIs, which are a type of infection that drives the demand and use of antibiotics. 

This powerful healing ingredient may be obtained through the use of Divine Bounty D-mannose. 

The company ensures that this formula is free from unwanted and nasty ingredients, which studies have found to be associated with side effects. These include fillers like hydrogenated oil, such as trans fat and solid fat, which increases low-density lipoprotein or bad cholesterol (http://amazon.com/D-Mannose-600mg-Cranberry-Dandelion-Extract/dp/B01LX5KGF0)