What Are Microgreens?
A 2012 study by researchers at the University of Maryland and the USDA Agricultural Research Service found microgreens carried roughly 4 to 40 times the concentration of key vitamins and carotenoids found in their mature counterparts — the first controlled, published comparison of its kind.1
Same Plant. Different Nutritional Reality.
A mature vegetable spends weeks growing — diluting its nutrient concentration as it increases in size. Microgreens are harvested early, just after the first true leaves appear, when the plant is most nutrient-dense and biologically active.
That's why peer-reviewed research consistently shows meaningfully higher levels of key vitamins and carotenoids in microgreens compared to their full-grown counterparts.1
Not just eating vegetables. You're consuming them at one of their most nutrient-dense stages.
Fitness + Health Optimization
Small serving, meaningful nutrient contribution. Micronutrients support energy production, blood sugar regulation, inflammation response, recovery, and cognitive function.
Microgreens contribute:
- Antioxidants that help combat oxidative stress
- Phytonutrients involved in regulating inflammation
- Minerals that support metabolism and hydration
- Plant compounds studied for their role in detoxification pathways
Instead of "eating more," the goal is absorbing more of what matters per bite.
Where Modern Food Falls Short
Most people aren't underfed — they're undernourished. The issue isn't how much we eat, it's what's often missing. Much of today's food supply is optimized for shelf life and convenience rather than nutrient concentration, so even with good intentions, daily nutrient needs can go unmet.
Microgreens offer a way to shift that balance — delivering a meaningfully higher concentration of nutrients in a small serving, without requiring a larger volume of food.
The Hidden Cost of Ultra-Processed Food
Many modern foods don't just fall short nutritionally — heavily processed ingredients have been linked to increased biological stress and can leave the body under-supported even when caloric intake is adequate. Microgreens, harvested at peak nutrient density, provide a concentrated source of plant compounds that can help fill that gap.
1. Xiao, Z., Lester, G.E., Luo, Y., & Wang, Q. (2012). Assessment of Vitamin and Carotenoid Concentrations of Emerging Food Products: Edible Microgreens. Journal of Agricultural and Food Chemistry, 60(31), 7644–7651. University of Maryland College of Agriculture & Natural Resources, in collaboration with USDA-ARS. Findings varied by crop variety; not all 25 microgreens tested showed the same magnitude of increase.