
Appropriating Plant Defenses
Plants and animals share similar biochemical pathways and signaling systems, which may explain why so many phytonutrients are beneficial to our physiology.
Plants and animals share similar biochemical pathways and signaling systems, which may explain why so many phytonutrients are beneficial to our physiology.
The smell of sweet orange essential oil may have anxiety-reducing properties without the potentially addictive, sedating, and adverse effects of Valium-type benzodiazepine drugs.
Vitamin D3—sourced from sunlight exposure, animal, and plant sources—may be preferable to vitamin D2 sourced from fungi.
To reach the circulating (25-hydroxy) vitamin D levels associated with the lowest overall mortality, one may need to take supplements, given data suggesting suboptimal production from sun—even under optimal circumstances.
Vitamin D deficiency may shorten one’s lifespan, but getting too much vitamin D may also adversely affect longevity.
Should the vitamin D levels found in lifeguards be considered the norm for our species, given the fact that we evolved running around naked all day in equatorial Africa?
There are components of our diet that may increase cancer risk by mimicking the role of light pollution in melatonin suppression.
A reclassification of tanning beds as a Group 1 carcinogen underscores the importance of vitamin D supplementation for those at risk for deficiency.