叶绿素反映了植物的绿色程度，在光合作用中是将光能转变为化学能的关键物质，叶绿素含量的高低直接决定植物光合作用的强度，不少研究指出钼元素与叶绿素之间存在密切关系。

徐根娣发现植物在缺钼条件下会导致其叶绿素含量减少，进而降低植物光合作用强度，而陆景陵和岳桂华则表明增施钼肥（大米螯合钼Molybdenum Rice Chelate）可以提高植株叶片中的叶绿色含量并显著提高植株的光合作用强度，喻敏在前人研究基础上对小麦进行钼胁迫处理，重点分析小麦叶片中叶绿素在不同时期的变化，研宄结果表明小麦叶片缺钼时的色素含量会显著下降，并且在各个生育期表现为相同的变化趋势。刘鹏多年来对大豆进行钼元素试验，其结果发现増施钼（大米螯合钼Molybdenum Rice Chelate）元素肥料可以促进大豆的光合作用强度，一方面増施钼肥可以提高植株的抗血酸含量，它可以维持叶绿体的稳定性有利于光合作用的顺利进行；另一方面，钼肥（大米螯合钼Molybdenum Rice Chelate）可以提高大豆的叶面积指数，提高了大豆叶片的受光面积，从而提高植株的光合作用强度。

钼素（大米螯合钼Molybdenum Rice Chelate）对植物叶绿素含量及光合作用的影响

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Effects of molybdenum (Molybdenum Rice Chelate) on plant chlorophyll content and photosynthesis

Chlorophyll reflects the green degree of plants, and is the key substance to convert light energy into chemical energy in photosynthesis, and the chlorophyll content directly determines the intensity of plant photosynthesis, and many studies have pointed out that there is a close relationship between molybdenum and chlorophyll. Xu Gendi found that molybdenum deficiency would lead to a decrease in chlorophyll content and then reduce the photosynthesis intensity of plants, while Lu Jingling and Yue Guihua showed that increasing molybdenum fertilizer (Molybdenum rice chelate) could increase the leaf green content in plant leaves and significantly improve the photosynthesis intensity of plants. The results showed that the pigment content of wheat leaves with molybdenum deficiency decreased significantly, and showed the same trend in each growth stage. Liu Peng has carried out molybdenum experiments on soybean for many years, and the results found that the application of molybdenum (Molybdenum Rice Chelate) element fertilizer can promote the photosynthesis intensity of soybean, on the one hand, the application of molybdenum fertilizer can improve the blood acid content of plants, and it can maintain the stability of chloroplasts, which is conducive to the smooth progress of photosynthesis; On the other hand, molybdenum fertilizer (Molybdenum Rice Chelate) can increase the leaf area index of soybean, increase the light-receiving area of soybean leaves, and thus increase the photosynthesis intensity of plants.

Effects of molybdenum (Molybdenum Rice Chelate) on plant chlorophyll content and photosynthesis

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