In this work, the end-capping strategy was adopted in selenized material production for the first time. Methylselenized glucose, as a new-generation selenized glucose product, was designed and synthesized under NaBH₄-free conditions, avoiding the generation of hydrogen gas. In comparison with the reported works, the new method significantly reduced the production cost and enhanced production safety. The produced methylselenized glucose was an even more stable material and the low-valent Se in it was hardly oxidized by air, resulting in the elevated efficiency of the material serving as a practical Se fertilizer in Se-enriched crop planting.

中文翻译：

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甲基硒化葡萄糖：通过封端策略提高葡萄糖支持的硒的稳定性

在这项工作中，封端策略首次用于硒化材料的生产。甲基硒化葡萄糖作为新一代硒化葡萄糖产品，在无NaBH ₄条件下设计合成，避免了氢气的产生。与报道的工作相比，新方法显着降低了生产成本，提高了生产安全性。产生的甲基硒化葡萄糖是一种更稳定的材料，其中的低价硒几乎不会被空气氧化，从而提高了该材料在富硒作物种植中作为实用硒肥的效率。