Cultivation of Autochthonous Nitrogen Fixing Plants

Nitrogen-fixing plants extract nitrogen from the air and convert it into the form needed for growth, but plants cannot use atmospheric nitrogen directly. The dependence of crop growth on nitrogen has not only led to the need to build many nitrogen fertilizer manufacturing plants around the world to meet their growth requirements but also to the excessive production and consumption of chemical fertilizers and pesticides, as many fertilizers come from ores, so they lead to the depletion of large amounts of mineral resources.

Lifeasible is dedicated to cultivating autochthonous nitrogen-fixing plants using biotechnology-related methods. We provide effective technical support and advanced research strategies for cultivating autochthonous nitrogen-fixing plants, which can largely reduce the application of chemical fertilizers, reduce energy consumption, and play a great role in modern agriculture and orchard planting.

We offer various solutions for growing autochthonous nitrogen fixing plants.

Fertilizer use, such as typical N use efficiency for wheat, rice, and corn, shows that more than half of the N fertilizer is lost to the environment, causing environmental pollution and nutrient contamination of the land. In addition, the production of N fertilizer consumes large amounts of fossil fuels, causing energy consumption, as well as surface and groundwater contamination and soil acidification around the world, seriously jeopardizing human health and agricultural sustainability. We offer various solutions for the cultivation of autochthonous nitrogen-fixing plants, which play an essential role in reducing the use of chemical fertilizers in agricultural production and promoting sustainable agriculture.

• We have modified the receptors in non-legumes so that they can recognize rhizobia.
• Symbiotic interactions between non-legumes and nitrogen-fixing bacteria allow non-legumes to form rhizobia like those found in legumes. We designed the nitrogen-fixing symbiosis to solve these problems found in nature by adapting existing signaling and developmental mechanisms to provide a suitable environment for nitrogenase activity in plant nodules.
• We integrate bacterial nitrogenase genes into the plant genome and will therefore enable the plant itself to produce nitrogen-fixing enzymes and fix atmospheric nitrogen.
• Our engineering of crops to fix nitrogen has the potential to reduce the use of chemical fertilizers in agricultural production and significantly reduce the environmental impact of fertilizer application.

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Lifeasible is deeply involved in agricultural synthesis, aiming to provide advanced technical services and innovative solutions to promote the development of modern agriculture. We cultivate autochthonous nitrogen-fixing plants that can significantly reduce agriculture's dependence on nitrogen fertilizer while providing effective technical and theoretical guidance to reduce environmental pollution and energy consumption challenges in agricultural production. If you are interested in us, please feel free to contact us.