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实验采用不同方法对花生荚果细胞钙素吸收进行调控，并探索其营养意义。结果表明，尼群地平可通过阻断钙通道而减少荚果钙素吸收；吲哚乙酸可促进外源钙内流，由此导致组织钙含量明显增加；尼群地平与吲哚乙酸混合作用下，吲哚乙酸不能活化为尼群地平所阻断的钙通道，组织钙含量减少，但由于其促进了细胞分裂与伸长，外果皮和中果皮胞壁相应结合钙增加，因而吸钙总量并不减少；细胞膜对Ｃａ２＋运输具有选择性，ＥＧＴＡ螯合钙不能通过细胞膜作跨膜运动，组织钙含量显著降低。
Different methods were used to regulate the calcium absorption in peanut pod cells and to explore its nutritional significance. The results showed that nitrendipine can reduce the calcium channel through the blockade of calcium absorption; indole acetic acid can promote the influx of exogenous calcium, resulting in significantly increased calcium content of the tissue; nitrendipine mixed with indole acetic acid, Indole acetic acid can not be activated to nitrendipine blockade of calcium channels, tissue calcium content decreased, but because of its promotion of cell division and elongation, the pericarp and mesocarp cell wall associated with increased calcium, so the total calcium absorption and Not reduce; cell membrane selective Ca2 transport, EGTA chelated calcium can not transmembrane movement through the cell membrane, tissue calcium content was significantly reduced.