Application of Maize Quality Analysis System in Quality Inspection of Maize

With the continuous development of light industry, corn, starch, alcohol, sugar, oil, and pharmaceutical corn have been increasing. This has put new demands on the quality of corn. At the same time, due to the continuous improvement of the living standards of the urban and rural residents and changes in the dietary structure, the breeding direction of previously cultivated starch-rich, high-yield food varieties has not been able to fully adapt to the 1980s’ pharmaceutical and animal husbandry, food, and comprehensive processing and utilization industries. To develop the needs of jade varieties. Maize quality analysis system can effectively determine the quality of corn, which is very important for understanding the quality of corn.

In addition to continuing to cultivate high-yield and disease-resistant varieties that aim to increase grain yield, the future of maize breeding requires the development of a special corn quality breeding program that aims at satisfying multiple uses, and creates high-quality feed for livestock, medicine, and food. Processing industry and special corn types suitable for comprehensive utilization. In this way, the commodity value and competitive position of corn can be greatly improved, so that corn production can better serve economic construction. Therefore, it is imperative to use maize quality analysis system to carry out the breeding of corn quality with multiple purposes as its important goal.

Continue to identify and formulate new high-quality lysine feed corn varieties suitable for planting in our province for the development of animal husbandry services in our province. In view of the shortcomings of soft “o” corn kernels such as loose texture, fragility, large moisture content, easy ear rot, and unacceptable acceptance by production units, the focus of high-lysine maize breeding will shift toward the direction of hard endosperm cultivation. Efforts should be made to develop a rigid, high lysine inbred line that overcomes the shortcomings as soon as possible, and then combine hard high-lysine hybrids to serve agricultural production and people's lives.

A high lysine corn rearing effect experiment was conducted using a maize quality analysis system. Feeding pigs and chickens (including broiler chickens, egg chickens) with self-bred or introduced high-lysine hybrids, provide reliable data on animal husbandry performance through experiments, and promote the use of high-lysine Corn hybrids are prepared as necessary.

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