Why Microgreens
Microgreens: Nature's Most Concentrated Food
The most concentrated nutrition available in any whole food — and most people have never tried them.
You are probably already trying to eat well. Vegetables, whole foods, maybe some supplements. And yet something still feels off — energy that is not quite where it should be, recovery that takes longer than it used to, a body that feels like it is working harder than it should just to maintain.
The problem is not your effort. It is what the modern food system is actually delivering to your plate.
Plants produce a vast family of compounds — called phytonutrients — as part of their own defense and survival systems. Fresh plants do not just fuel the body — they send biological signals that activate its own protective systems. The problem is that most people never receive these compounds in meaningful amounts, because by the time conventional produce reaches them, those compounds have already degraded.
The Modern Food Problem
Over the past century, agriculture has been optimized for one thing — getting food from a farm to a shelf without it rotting. Scale, shelf life, and long-distance transport became the priority. The biological value of the food became secondary.
Most produce is harvested weeks before it reaches you, spending days in refrigerated trucks and warehouse storage while the most fragile and biologically active compounds it contains quietly break down. Even people making genuinely good food choices are often missing the compounds their bodies are actually looking for — not because they are eating the wrong things, but because the system delivering those things was never designed to preserve what matters most.
Freshness is not just about taste. It determines whether the most important plant compounds are still present and active when the food reaches you.
The Concentration Advantage
During the seedling stage — the brief window right after germination — plants concentrate their entire chemical defense system into a tiny amount of tissue. They are small, vulnerable, and unable to rely on physical defenses, so they produce protective compounds at levels far higher than they ever will again as they mature.
Research shows that certain protective compounds in broccoli microgreens are present at concentrations up to 100 times higher per gram than in mature broccoli. A single 3oz box of Han's Greens broccoli microgreens delivers the equivalent protective compound content of approximately 14 heads of store-bought broccoli — at less than a third of the cost, with the active enzymes that make those compounds usable by the body still fully intact.
Microgreens are harvested at the moment before dilution begins — capturing plants at their biological peak.
The Supplement Problem
Billions of dollars are spent every year on supplements designed to deliver the compounds that fresh plants naturally contain. Isolating a single compound from its natural food matrix removes the enzymes, cofactors, and companion compounds that make it work — fundamentally changing what it can do in the body.
A leading sulforaphane supplement costs approximately $50 per bottle and delivers around 120mg of absorbed sulforaphane. A single $9 box of Han's Greens broccoli microgreens delivers an estimated 120mg of absorbed sulforaphane — alongside the full spectrum of companion compounds, active enzymes, and whole food complexity that no capsule can replicate.
You are not getting a cheaper version of the supplement. You are getting something a supplement will never be able to reproduce.
| Han's Greens | Sulforaphane Supplement | Mature Broccoli | |
|---|---|---|---|
| Cost | $9/box | ~$50/bottle | ~$56 equivalent |
| Sulforaphane potential | ~120mg absorbed | ~120mg absorbed | Very low — myrosinase inactive after transit |
| Active enzymes | ✓ Fully active | ✗ None | ✗ Degraded in transit |
| Companion compounds | ✓ Full spectrum | ✗ Isolated only | ~ Partial, degraded |
| Whole food complexity | ✓ Complete | ✗ None | ✓ Yes |
| Freshness at delivery | Within 24 hours | N/A | 10–21 days after harvest |
The Silent Cost of Chronic Inflammation
Chronic low-grade inflammation is one of the primary drivers of how the body ages and how chronic disease develops. It is not the acute inflammation of an injury — it is a persistent, invisible background state that builds quietly over years, driven by oxidative stress, poor diet quality, and the steady accumulation of cellular damage the body cannot fully clear.
Most people are not sick. They are slowly accumulating the biological conditions that lead to sickness — and they feel it as fatigue, slower recovery, brain fog, and a general sense that something is off.
The compounds in fresh microgreens directly support the body's own systems for managing oxidative stress, regulating inflammation, and clearing cellular damage. Human clinical trials have shown measurable reductions in carcinogen excretion, oxidative DNA damage markers, and inflammatory biomarkers from consistent cruciferous compound intake.
This is not about treating disease. It is about giving the body what it needs to defend itself — before the damage accumulates.
Small Amounts. Consistent Impact.
One to two ounces per day — a small handful added to meals you are already eating — is enough to establish the consistent daily exposure the research supports. No cooking. No special preparation. No changes to your existing routine.
The value is in consistency. A small amount, every day, compounds into something significant — supporting the body's protective and repair systems in the background while you get on with your life.
Microgreens are for anyone who wants more energy, faster recovery, sharper focus, and better long-term health — whether you are an athlete, managing a health concern, or simply trying to close the gap between how you feel and how you want to feel.
Start With a Free Sample
Harvested specifically for your delivery and at your door within 24 hours. Not sitting on a shelf. Not dried into a powder. Alive, fresh, and at their biological peak.
The biology starts the moment you do.
References
- Fahey JW et al. PNAS, 1997.
- Egner PA et al. Cancer Prevention Research, 2014.