Benzoxazines are highly important s

Benzoxazines are highly important structural motifs presented in a large number of natural products, organic materials and pharmaceuticals.1 For example, the compound A, bearing the benzoxazine heterocycle, is antimicrobial, and the compound B possess the cytotoxic activity.2 Moreover, benzoxazines are important precursors in the synthesis of new type phenol-formaldehyde resin, a high-performance material owning heat-resistance and flame-resistance.3 Therefore, many efforts have been paid to prepare such compounds fused with different functional groups, and study their features.4 However, this type compound containing phosphate on the benzoxazine heterocycle, which might change their characters, improve their water solubility, and realize their future transformations was not reported.

結果 (中文) 1:

Benzoxazines 是非常重要的结构图案，提出了大量的天然产品、 有机材料和 pharmaceuticals.1 为例，化合物 A，含苯并噁嗪杂环化合物，是抗菌，和复合 B 具有细胞毒性的 activity.2 此外，benzoxazines 是重要前体的新类型苯酚甲醛树脂的合成、 高性能材料拥有耐高温和火焰 resistance.3 因此，准备这样融合不同官能团的化合物付出很多努力然而研究他们 features.4，此类型复合含磷酸苯并噁嗪杂环化合物，这可能会改变他们的性格，对改善其水溶解度，和实现他们未来的变革不报道。

結果 (中文) 2:

苯并恶嗪是在大量的天然产物，有机材料和pharmaceuticals.1例如呈现高度重要的结构基序，该化合物A，轴承苯并嗪杂环，是抗微生物剂，和化合物B具有细胞毒性activity.2此外，苯并恶嗪是在新型酚醛树脂的合成中重要的前体，拥有的耐热性和阻燃resistance.3因此高性能的材料，许多努力已经支付以制备具有不同官能团的稠合这样的化合物，并研究其特性。 4然而，不报告包含对苯并恶嗪杂环，这可能会改变自己的角色，提高其水溶性，实现他们的未来变革磷酸盐这类化合物。