Why this microgreens research library exists

Search for microgreens online and you will find two kinds of information. On one side, marketing: bold claims about superfoods, usually made by someone selling seeds. On the other, peer-reviewed science: accurate, careful, and locked inside sentences like “significant upregulation of glucosinolate biosynthesis under controlled photoperiod conditions.”

Ordinary people are left with the marketing, because the science was never written for them. That is not the scientists’ fault — but it does mean the public rarely benefits from research that was very often funded by the public in the first place.

So we sit in the middle. We take open-access studies about microgreens and rewrite them so that a home grower, a teacher, a student or a small producer can understand what was actually done, what was actually found, and — the part marketing always skips — what is still uncertain.

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How we do it

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Collection: nutrition — are microgreens really better?

The most common claim about microgreens, and the one most worth checking carefully.

• Microgreens vs. mature versions: are they really more nutritious? — the central question, with the actual evidence rather than the slogan.
• Anti-inflammatory, antioxidant and preventive potential — what the research supports, and where it stops.
• The antioxidant capacity of radish microgreens — a single crop, examined closely.
• Broccoli microgreens and sulforaphane: what the research actually shows — striking results in cells and animals, early and mixed evidence in people, including the randomised trial that found no effect. Worth eating and worth studying; not a treatment for anything.
• Cereal microgreens — nutritional and sustainability potential.
• Protein-rich microgreens — pea, lentil, chickpea and sunflower compared.

Collection: safety and toxicity

The subject the microgreens industry talks about least, and the one that matters most.

• Why some microgreens are not safe to eat — start here if you grow anything you were not taught to grow.
• Solanaceae, lectins and alkaloids — the chemistry behind the danger, explained without a chemistry degree.
• Recent toxicity cases — documented incidents from studies and home growers.
• International sanitary guidelines — the standards for planting and distribution.
• Are microgreens safe for pets? — a question with a genuinely different answer per species.

Collection: growing, flavour and post-harvest science

• Sensory analysis: why some are spicy, others sweet — flavour as measurable chemistry.
• Fermentation of microgreens — an emerging route to improving nutritional value.
• Extending shelf life — the post-harvest science behind a very practical problem.
• Post-harvest handling — part two of our urban agriculture series.
• Ideal temperature conditions — the research behind a number most growers guess at.

Collection: microgreens, cities and the future of food

• Microgreens and urban agriculture — part I and part II.
• The future of urban agriculture and superfoods.
• Sustainability and microgreens — the footprint question, honestly handled.
• Microgreens as space food — why space agencies take this crop seriously.
• Are microgreens miraculous? — the deliberately sceptical piece. Every library like this needs one.

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The full collection

The four collections above are reading paths — a way in, arranged by question rather than by date. Below is everything in the library, newest first, kept up to date automatically as our volunteers publish. If a study summary exists on this site, it is in this list.

Looking for something else? The crop database covers growing a named variety, the Grow at Home guides cover practice rather than research, and the cookbook covers the kitchen. Material for teachers and trainers lives on the audience pages rather than here — this library is about the plants and the evidence.

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The original papers

Everything above is our plain-language reading of the science. Underneath it sits The Original Papers: 374 peer-reviewed studies, hosted in full, exactly as their authors published them.

You can search the full text of all of them at once, so a word appearing only on page 9 of a single study will still find it. Put a phrase in quotation marks to match it exactly. Each paper has its own page giving the authors, the journal, the abstract, the licence and how to cite it, and the PDF is free to download. Every one was published under an open licence that permits us to host it, and nothing has been altered.

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For scientists

If you research microgreens — nutrition, plant science, food safety, controlled-environment agriculture, urban food systems — we would like to make your work readable by the people it is about.

You keep the authorship and the credit. We handle the translation into plain language, and you review it before it goes out, so nothing is published in your name that you do not stand behind. In return, your research reaches growers, teachers, school students and small producers across Europe instead of only your field.

Dissemination and public engagement are also, of course, requirements in most European research funding. This is one straightforward way to satisfy them.

For students and volunteers

Turning a dense paper into something a fourteen-year-old can follow is one of the hardest and most useful skills in science. If you are a student, an intern or a European volunteer, you can learn it here on real research — and leave with published work carrying your name on it.