Your variety has a genomic blueprint, we help you read it.
Plant genomics built for market gardeners. Understand the genes behind your varieties and grow exactly what they're capable of.
Varieties decoded
Each profile maps the genes driving flavor, color, and resilience and what to do in the field to express them fully.
Gene profiles
Each gene shapes what your plant produces. Explore molecular mechanisms, expression triggers, and field-level impact.
Microbial organisms
Beneficial microbes that interact with plant genes to enhance flavor, resilience, and nutrient uptake.
From the field
Research and field notes on varieties, genes, and microbial biology for growers who think deeply.
Gummy stem blight can wipe out 43% of an unsprayed watermelon crop. ClGSB5 is the chromosome-5 resistance locus researchers are racing to stack into commercial varieties — here's what growers need to understand now.
When Glomus mosseae moves into a carrot taproot, it doesn't just unlock phosphorus — it turns up DcPSY1 and rewrites the carotenoid ledger. Here's what that means for three varieties you might already be growing.
Watermelon sweetness is not set at pollination — it is negotiated gate by gate along a sugar relay. ClSWEET3 is the gate that matters most, and soil biology is one hand on the dial.
Red Butter's faint floral background note isn't random — it's a direct product of LsCCD1 cleaving beta-carotene at a single molecular address. Here's the full pathway, and why your light management controls it.