作者:Qiangqiang Shi、Xin Zhou、Jie Xu、Jialin Zhang、Ning Wang、Guoying Zhang、Jinming Hu、Shiyong Liu
DOI:10.1002/anie.202214695
日期:2023.1.16
Dendritic quaternary-encoded oligourethanes bearing self-immolative linkages are developed for high-strength data encryption. Specifically, the fragmentation paths of dendritic quaternary-encoded oligourethanes under MALDI-ToF MS/MS conditions can be translated into 2D matrices with ≈1.98×1087 permutations, and each 2772-bit code 2D matrix can be further used as a unique decryption key to decipher
带有自牺牲连接的树枝状四元编码低聚氨基甲酸酯被开发用于高强度数据加密。具体来说,MALDI-ToF MS/MS 条件下树枝状四元编码低聚氨基甲酸酯的碎片路径可以转化为具有 ≈1.98×10 87排列的二维矩阵,每个 2772 位代码二维矩阵可以进一步用作唯一的解密密钥破译机密通信的二维码。