For decades, agricultural biotechnology start-ups have excelled at discovering promising traits in the laboratory but struggled to get them into farmers’ fields.
Wild Bioscience believes it has found a way around that problem.
The University of Oxford spinout has acquired F1 Seed, the independent wheat breeding business led by veteran breeder Bill Angus, giving it access to a commercial breeding pipeline alongside its existing AI-led trait discovery and precision-breeding capabilities.
The result, claims the company, is Britain’s first independent precision-breeding wheat business, combining gene editing, artificial intelligence and commercial wheat breeding under one roof.
By joining forces with F1 Seed, Wild Bio said it becomes a fully integrated seed company capable of identifying traits, incorporating them into elite wheat genetics and bringing finished varieties directly to market.
“This gives Wild Bioscience all the capabilities of a larger seed company with the agility of a start-up,” said chief business officer Stuart Harrison.
A challenge to multinational dominance
The acquisition comes against a backdrop of concerns about the concentration of crop genetics within a relatively small number of global seed companies.
The genetics underpinning Britain’s wheat sector have historically been dominated by subsidiaries of multinational breeding groups. According to Wild Bio, the UK’s wheat gene pool has narrowed over time, leaving more than half of domestic wheat varieties vulnerable to yellow rust, one of the crop’s most damaging fungal diseases.
F1 Seed was established specifically to broaden genetic diversity within UK wheat breeding programmes and provide growers with alternative sources of germplasm.
Its influence is already growing. The company currently has six varieties on the UK market, with a further three launching this year. Of the 82 wheat varieties entering official UK national trials this season, 10 have come directly from the F1 Seed pipeline.
For Wild Bio, ownership of that breeding platform provides the missing link between scientific discovery and commercial deployment.
Why wheat needs a breakthrough
The move comes as British wheat growers face pressure from climate change, volatile weather and rising production costs. UK wheat yields have remained largely flat for around three decades despite advances in agronomy and farm technology.
The challenge has become acute in recent years. England experienced two exceptionally hot and dry springs in 2025 and 2026, with Wild Bio citing a 13% drop in wheat yields in 2025 compared with the 10-year average. The company argues that similar weather-related penalties could become increasingly common as climate change intensifies.
“Wheat is Britain’s biggest crop and feeds a fifth of humanity,” said co-founder and chief executive Dr Ross Hendron. “But on a changing planet, growing it is only getting harder.”
The company hopes that combining breeding expertise with precision-bred traits targeting drought tolerance, resilience and disease resistance will help reverse the long-term stagnation in yields.
From AI to seed bags
Wild Bio’s approach is to search for naturally occurring genetic solutions that have allowed plants to survive challenges such as drought, flooding and heat stress over millions of years. It then uses machine learning and AI to identify these traits and applies precision-breeding technologies to introduce comparable changes into modern crops.
Unlike traditional breeding, which can take many years to introduce a desired characteristic, precision breeding enables breeders to make targeted genetic changes that could theoretically occur through conventional crosses but much more quickly.
The difficulty has historically been commercialisation. Many biotech start-ups discover traits but must license them to larger breeding companies with the germplasm, field-testing capacity and regulatory expertise required to bring products to market. By acquiring F1 Seed, Wild Bio is attempting to capture the entire value chain itself.
A test case for Britain’s precision-breeding ambitions
The acquisition also represents one of the first major examples of the UK’s new precision-breeding framework being used as intended.
England’s Genetic Technology (Precision Breeding) Regulations, which came into force in November 2025, created a route to market for crops developed using targeted gene edits that could have been achieved through conventional breeding.
Wild Bio argues that its business model is precisely the kind of innovation the legislation was designed to encourage: an AI-enabled university spinout building domestic agricultural capability around strategically important crops.
Bill Angus, who spent two decades leading the wheat breeding programme at Nickerson and Limagrain and is widely regarded as one of Britain’s most influential wheat breeders, believes the combination could mark a turning point for the sector.
“This is the most exciting news for wheat growers since Cambridge University established the Plant Breeding Institute in 1912,” he said.
