American scientists have discovered genes that make plants symbiotic with fungi in the soil. This gene allows plants to effectively use the phosphate that the fungus "transports" to the plant roots. The researchers believe that this discovery helps to develop a symbiotic relationship between crops and fungi, reduce fertilizer use and phosphate pollution. The annual meeting of the American Plant Biologists Association was held in Florida. On July 28, 2004, Maria Harrison, a senior researcher at the Bowness Thomson Institute of Botany at Cornell University, reported on a new discovery of the phosphate transport gene. Harrison said that scientists have a lot of work to do to develop and use this genetic discovery and the potential for symbiosis between fungi and plants in nature. However, it is foreseeable that, once developed and utilized, this result will bring good benefits to growers and the environment: the efficient growth of plants, but the demand for phosphate fertilizers is reduced; accordingly, the amount of phosphate penetrating the groundwater is also reduced accordingly. She explained that AM fungi can effectively help plants absorb phosphorus from the soil, and the rational use of this symbiotic relationship is very important for sustainable agriculture. Phosphorus, on the other hand, as a nutrient, enters rivers and lakes and causes the proliferation of harmful algae. At present, agriculture is the main source of phosphorus pollution. Therefore, if biologists think of ways to increase the ability of crops to absorb phosphorus, they can improve the sustainability of agriculture while reducing environmental harmful substances. In plant biology studies related to agriculture and ecology, a thorough understanding of how commensal bacteria work synergistically with plants and helps plants increase the absorption of phosphorus and other nutrients in the soil is an important issue. Dr. Maria Harrison has isolated proteins related to phosphorus uptake from plants, and her team's next work will focus on finding genes that play a role in establishing symbiotic relationships and genes that regulate the transport of phosphorus. In addition to promoting people's understanding of plant nutrient absorption, these efforts will reveal the molecular picture of the wonderful symbiosis in nature.
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