药物的化学键振动共振杀菌抗病毒机理

A Novel Hypothesis for Drug Sterilization:Resonance Mechanism of Chemical Bond Vibration

首次提出药物分子结构中化学键振动共振杀菌抗病毒机理:药物分子中某一化学键的振动波长等于某种细菌或病毒的长度时,即可发生共振,达到杀死该种细菌或病毒的效果;引证了一些典型的抗菌药物的分子结构,如磺胺类药、喹诺酮类药、抗结核病药、抗生素类药以及抗病毒药等,其中都含有一种以上振动特征频率的波长在某种特定病菌或病毒的长度范围内,因此通过等长度的化学键振动就有共振杀菌抗病毒的能力。本文提出的药物的化学键振动共振杀菌抗病毒机理,只是一个基本构想,尚无实验数据证实。

In this paper,a novel mechanism of sterilization based on the resonance effect of chemical bond vibration of a drug molecule is presented.Namely,when the wavelength of the stretching vibration of a chemical bond is just equal to the length of bacteria, this bacteria is killed because the ruinous resonace occurs.This papar adduces the structures of representative drugs,eg.sulfa drug,quinolone,antituberculotic,eumycin,antibiotic,antivirotic,etc.They comprise more than on polar covalent bond with different vibrational wavelengths,such as O—H or N—H bond.Drug is specific for the corresponding pathogen; this specificity is achieved by the match between the wavelength of chemical bond vibration in drug and bacterium length.