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Despite having many important functions, boron is generally overlooked by most nutritionists. This is surprising since boron accounts for 17 mg kg-1 of the earth’s crust with soils ranging in content from 3-100 mg kg-1 [1]. While early research suggested a role for boron in bone development, it is now known to play a far more extensive role in human health [2,3]. Studies feeding high doses of boron to experimental animals suggested it may be toxic to reproductive development. Based on these studies, the EU established a no observed adverse level (NOEL) for intake by humans. Basaran and co-workers [4], however, examined 204 male workers exposed to high boron levels in a factory in Turkey. No reproductive toxicity biomarkers were observed in any of the male workers in spite of their high boron blood levels which averaged around 223.89±69.49 ng/g. Occupational exposure to high levels of boron did not appear to have any detrimental effects which confirms previous studies reported in China [5,6].

Boron: An Overlooked Micronutrient that Plays an Important Role In Human Physiology