2005Anhui nongye kexueRequires access

Effect of "Lengdongbao" on the Resistance to Chill of Tomato Seedling

Zhao Min

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Abstract

The result of the application of 10,5,2.5,1.25,0.625 g/L of Lengdongbao with different concentrations in tomato seedling under low temperature stress showed that Lengdongbao not only raised the content of the soluble sugar and pro, but also increased the activity of protective enzyme. At the same time, electrolytic leakage decreased and the contents of chlorophyll was increased. The treated tomato showed high chill-resistance with better comprehensive appreciation and the best concentration was 2.5~1.25g/L.

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What this paper is about

The result of the application of 10,5,2.5,1.25,0.625 g/L of Lengdongbao with different concentrations in tomato seedling under low temperature stress showed that Lengdongbao not only raised the content of the soluble sugar and pro, but also increased the activity of protective enzyme. At the same time, electrolytic leakage decreased and the contents of chlorophyll was increased. The treated tomato showed high chill-resistance with better comprehensive appreciation and the best concentration was 2.5~1.25g/L.

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Available abstract

The result of the application of 10,5,2.5,1.25,0.625 g/L of Lengdongbao with different concentrations in tomato seedling under low temperature stress showed that Lengdongbao not only raised the content of the soluble sugar and pro, but also increased the activity of protective enzyme. At the same time, electrolytic leakage decreased and the contents of chlorophyll was increased. The treated tomato showed high chill-resistance with better comprehensive appreciation and the best concentration was 2.5~1.25g/L.

Key concepts: Seedling, Sugar, Horticulture, Chlorophyll, Chemistry, Food science, Botany, Biology

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Effect of "Lengdongbao" on the Resistance to Chill of Tomato Seedling — Research Paper | ScholarLens