Cultivated Meat Gets the Green Light in More Countries. Now What?

Cultivated Meat Expands Beyond Singapore and the US

When Singapore approved the sale of cultivated chicken in 2020, it was a lone outlier. When the USDA cleared Upside Foods and Good Meat for sale in the United States in 2023, it still felt experimental. By mid-2026, cultivated meat has received regulatory approval in Israel, the Netherlands, Switzerland, and Japan, with applications pending in the UK, Canada, and Australia. The industry is moving from proof-of-concept to genuine market entry, even if scale and price remain formidable obstacles.

How Cultivated Meat Is Actually Made

The process starts with a biopsy: a small tissue sample is taken from a living animal, typically a chicken, cow, or fish. Stem cells are isolated from this sample and placed in a bioreactor, a stainless steel vessel that provides nutrients, oxygen, and growth factors mimicking the conditions inside an animal’s body. Over two to four weeks, the cells multiply and differentiate into muscle and fat tissue. The result is real meat at the molecular level, identical in protein structure to conventionally produced meat, but grown without slaughtering an animal. Coral Reef Restoration: Science-Based Approaches to Saving Marine Ecosystems explores the biological science underpinning cell culture technologies.

The Cost Problem Is Shrinking

The first cultivated hamburger, produced by Mark Post at Maastricht University in 2013, cost $330,000. By 2023, companies were quoting production costs around $30-50 per pound. In 2026, the most efficient producers claim costs below $10 per pound for chicken, approaching the range where blended products (part cultivated, part plant-based) can compete with conventional meat in food service. The cost reduction has come from three main advances: cheaper growth media that replace expensive pharmaceutical-grade ingredients with food-grade alternatives, larger bioreactors that improve economies of scale, and continuous harvesting processes that increase throughput.

Environmental Claims Under Scrutiny

The environmental case for cultivated meat is intuitive: no feedlots, no methane-belching cattle, no deforestation for grazing land. But a 2023 life-cycle analysis from UC Davis complicated the narrative, finding that cultivated meat produced using current pharma-grade processes could have a higher carbon footprint than conventional beef. The industry pushed back, noting that the study used outdated production assumptions. More recent analyses using food-grade inputs and renewable energy show a substantially lower footprint, but the debate continues. Animals with Best Hearing: From Bats to Dolphins—Nature’s Acoustic Masters addresses related questions about sustainability claims in emerging technologies.

Consumer Acceptance Is the Wild Card

Technical feasibility and regulatory approval mean nothing if people refuse to eat the product. Surveys show divided public opinion: about 40-50% of consumers in Western countries say they would try cultivated meat, with younger demographics significantly more open. Taste tests conducted by companies like Upside Foods and Aleph Farms consistently show that consumers cannot distinguish cultivated meat from conventional in blind trials. The biggest barrier may be psychological, a sense of unnaturalness that marketing alone cannot overcome. Naming matters too: “cultivated” tested far better than “lab-grown” in consumer research.

What This Means for Traditional Agriculture

Farmers and ranchers understandably view cultivated meat with suspicion. Industry groups have lobbied for labelling restrictions and even outright bans: Italy passed legislation prohibiting cultivated meat sales in 2023, and several US states have introduced similar bills. The counterargument is that cultivated meat will supplement, not replace, traditional farming for decades. Global meat demand is projected to grow 14% by 2030, driven by rising incomes in developing countries. Even optimistic projections give cultivated meat less than 5% market share by 2035. The technology creates options; it does not eliminate an industry overnight.