银离子与细菌蛋白酶的结合 ：

　　The binding of silver ions to bacterial proteases:

　　银离子（Ag+）能强烈地吸引细菌中蛋白酶上的巯基（-SH），迅速与其结合在一起，导致细菌的蛋白酶瞬间丧失活性，从而阻止细菌的呼吸作用，使其迅速死亡。

　　Silver ions (Ag+) can strongly attract the thiol group (- SH) on the protease in bacteria, quickly binding with it, causing the protease in bacteria to instantly lose activity, thereby preventing bacterial respiration and causing rapid death.

　　破坏细菌细胞膜 ：

　　Destruction of bacterial cell membrane:

　　银离子带正电荷，能够依靠库伦引力牢固吸附在细菌细胞膜上，并穿透细胞壁进入细菌细胞膜内，破坏细胞膜的结构和功能，导致细菌死亡。

　　Silver ions carry a positive charge and can firmly adhere to bacterial cell membranes through Coulomb attraction, penetrating the cell wall and entering the bacterial cell membrane, disrupting its structure and function, leading to bacterial death.

　　抑制蛋白质和核酸的合成 ：

　　Inhibition of protein and nucleic acid synthesis:

　　银离子能与细菌内的酶和蛋白质相互作用，干扰其正常功能，导致蛋白质凝固和核酸合成受阻，从而抑制细菌的生长和繁殖。

　　Silver ions can interact with enzymes and proteins within bacteria, interfering with their normal functions, leading to protein coagulation and hindered nucleic acid synthesis, thereby inhibiting bacterial growth and reproduction.

　　产生羟自由基 ：

　　Generate hydroxyl radicals:

　　在光催化反应中，银离子能激活产生羟自由基（·OH），这种具有强大氧化能力的氧化剂能够破坏细菌的细胞壁、膜以及内部酶和线粒体等结构，使细胞变形、凹陷并失去活性。

　　In photocatalytic reactions, silver ions can activate the production of hydroxyl radicals (· OH), which are powerful oxidants that can destroy bacterial cell walls, membranes, internal enzymes, mitochondria, and other structures, causing cell deformation, indentation, and loss of activity.

　　持久抗菌作用 ：

　　Durable antibacterial effect:

　　银离子在杀死细菌后，还能从菌体中游离出来，继续与其他菌落接触，从而起到持久的除菌作用。

　　After killing bacteria, silver ions can still dissociate from the bacterial cells and continue to come into contact with other bacterial colonies, thus exerting a long-lasting bactericidal effect.

　　抗菌谱广 ：

　　Wide antibacterial spectrum:

　　银离子不仅对细菌有效，还对真菌和其他微生物具有杀灭作用，如白色念珠球菌等。

　　Silver ions are not only effective against bacteria, but also have bactericidal effects on fungi and other microorganisms, such as Candida albicans.

　　综上所述，银离子洁菌板通过银离子与细菌细胞成分的相互作用，破坏细菌的生理结构和功能，最终导致细菌死亡和抑制其生长繁殖，实现高效的抗菌效果。

　　In summary, the silver ion antibacterial plate destroys the physiological structure and function of bacteria through the interaction between silver ions and bacterial cell components, ultimately leading to bacterial death and inhibition of their growth and reproduction, achieving efficient antibacterial effects.

　　我们专门为您提供富美家银离子洁菌板服务，想要了解更多的资讯内容，欢迎访问我们的网站：https://www.fumeijia.net我们会有更多的内容等您查看。

　　We specialize in providing you with Fumeijia Silver Ion Clean Plate services. If you want to learn more information, please visit our website: https://www.fumeijia.net We will have more content waiting for you to review.