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China embraces lab-grown “meat.”

China embraces lab-grown “meat.”


https://cdn.steemitimages.com/DQmUSqXAa6vEAYgQpwARi2KLNQ2Pc7SGSB8HYLc89EzsBRt/image.png
https://cdn.steemitimages.com/DQmcM9vDyChXWWfaBhnqxXD5scZn7pnHcZrWiwyZ8HMwmbX/separador%201.png Souce


Have you ever wondered what would happen if China—with its population of over 1.4 billion—managed to produce much of the meat it consumes without relying on massive herds, vast pastures, or record-breaking food imports? That is precisely one of the strategies China has begun developing to tackle a major national challenge: food security.


Instead of investing solely in the expansion of traditional agribusiness, the country is increasingly betting on lab-grown meat, combining biotechnology, automation, and artificial intelligence to transform cells into food. Despite being an agricultural powerhouse, China still relies heavily on international markets to feed its population; it currently accounts for a significant share of global beef imports and continues to purchase huge volumes of soybeans to supply its massive livestock industry.


This dependency presents a strategic challenge, particularly given the backdrop of trade tensions, climate change, and instability in global supply chains. Consequently, the Chinese government has begun treating food production as a matter of national security. Cultured meat is a key part of this strategy: rather than raising and slaughtering animals, researchers collect small cell samples that multiply in nutrient-fed bioreactors. Within these structures, the cells grow and form muscle tissue, creating meat cuts produced without the need for conventional livestock farming.


https://www.youtube.com/watch?v=a1aLBEhMfOU
https://cdn.steemitimages.com/DQmcM9vDyChXWWfaBhnqxXD5scZn7pnHcZrWiwyZ8HMwmbX/separador%201.png


The expectation is that, in the coming decades, this technology will move out of the laboratory and reach an industrial scale. Studies linked to China's strategic planning indicate that, by the middle of the century, cell-cultured proteins could meet between 35% and 55% of the national demand for this type of food; achieving this will require combining advances in tissue engineering, industrial automation, and molecular biology with reduced production costs, making these foods competitive against traditional livestock farming.


However, China's strategy does not stop there. While cultured meat technology matures, the country is also working to reduce its reliance on imported grains used for animal feed; companies in the pork sector have already succeeded in drastically cutting the amount of soybean meal in feed without compromising animal growth—in some cases, this reduction saves tens of kilograms of grain per animal over the course of the production cycle.


The government itself has set targets to progressively reduce the soy content in feed formulations used by the domestic livestock industry between now and the end of the decade. This shift could significantly lower the need for grain imports, thereby mitigating one of the Chinese food supply chain's greatest vulnerabilities. Much like its approach to solar panels, batteries, electric vehicles, and humanoid robots, China appears to be betting that early dominance of this new industry will secure economic and strategic advantages in the decades to come.


https://cdn.steemitimages.com/DQmcM9vDyChXWWfaBhnqxXD5scZn7pnHcZrWiwyZ8HMwmbX/separador%201.png


Sorry for my Ingles, it's not my main language. The images were taken from the sources used or were created with artificial intelligence


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