The "High Specific Live Phytase Gene Acquisition and High-Temperature Phytase Production" project completed by the research team led by Dr. Yao Quanhong won the 2003 Shanghai Science and Technology Progress Award. In this project, for the first time, a novel phytase gene with high specific activity and high temperature resistance and proprietary intellectual property rights has been obtained through in vitro molecular evolutional molecular evolution. Its specific activity is more than three times higher than the highest specific activity reported at home and abroad, and it can tolerate particulate feeds. Granulation in the production of high temperature. Its main functions include: replacing inorganic phosphorus in feed, and reducing the discharge of phosphorus in animal manure by 30% to 50%, and reducing environmental phosphorus pollution. Dissolve the anti-nutritional factors of phytate in feed and increase the absorption and utilization of other nutrients. At the same time, the project developed a fermentation process that replaced glucose with glycerol, which reduced the cost of fermentation by nearly one-third. Phytase is the world's most recognized and most promising pollution-free feed enzyme preparation in the 21st century. The new high-temperature phytase has strong market competitiveness and will occupy a higher share in the international market.
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