Mar 17, 2015 11:24 PM EDT By Staff Reporter, UniversityHerald Reporter

Bicarbonate, or baking soda, could improve vision, according to a recent study.

Baking soda makes sparkling water sparkle, causes bread to rise, absorbs odors and can be used for cleaning all sorts of stuff, including teeth. In the body, it plays essential roles in buffering pH, aiding in digestion and neutralizing lactic acid produced during physical exertion.

A new study from researchers from the Makino Laboratory at Massachusetts Eye and Ear/Harvard Medical School and Salus University describes how baking soda alters how people see by modifying the visual signal generated by rod and cone photoreceptors that detect light.

Researchers found that within rods and cones, a small soluble molecule, cGMP, links photon absorption to the electrical activity of the photoreceptor. In the light, cGMP is destroyed and ion channels are closed. Positively charged sodium ions cease to enter the rod or cone and the membrane potential becomes more negative or hyperpolarized. Bicarbonate directly stimulates an enzyme called guanylate cyclase that synthesizes cGMP.

"By opposing the effect of light, bicarbonate limits the size of the photon response and quickens its recovery. As a result, sensitivity to light is slightly lower but our ability to track moving objects is improved," Clint Makino, lead author of the study, said in a statement. "An intriguing implication is that vision may change with metabolic state, although further research is necessary for confirmation. It is now known that in some types of retinal diseases, a genetic defect causes cGMP in the rods and/or cones to rise to abnormally high, lethal levels. Once lost, rods and cones are not replaced, so an irreversible blindness is the tragic outcome."

In the future, scientists in the Makino Laboratory want to investigate the possibility that controlling bicarbonate levels in the eye will slow the progress of, or may even prevent, eye diseases.

The findings are detailed in the Journal of Biological Chemistry.

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