Rumyantsev Sergey N
Andent Inc., 1000 North Avenue, Waukegan, IL 60085, USA.
Infect Genet Evol. 2004 Jun;4(2):159-66. doi: 10.1016/j.meegid.2004.01.004.
Bioweapons are considered from the viewpoint of the mutual evolution of microbe/victim ecological systems. Cases considered include accidental, experimental, and real exploitation of bioweapons as well as other cases in the history of epidemics, and also experimental investigations. It is proposed here that speculations about bioweapon's very high mass annihilating ability are based on over-extrapolation from limited data selected from the ancient history of epidemics and on a false supposition that all people are susceptible to any bioweapon's infectious agent. The history of epidemics, clinical and genetic observations, data from experimental investigations, and results of accidental, experimental, and real exploitation of bioweapons do not confirm the mass annihilating capability of bioweapons. Many people possess constitutional (genetic) immunity presumably formed by natural selection over many human generations. This genetic protection exists in an individual prior to infection. The power of constitutional immunity played an important role during all human evolution. Its protective capability continues to defend humanity from mass annihilation by both epidemics and bioweapons. In this context of constitutional immunity for the majority of individuals, the main goal of modern medicine is to identify and defend the defenseless ones.
生物武器是从微生物/受害者生态系统的相互进化角度来考虑的。所考虑的情况包括生物武器的意外、实验和实际应用,以及流行病历史上的其他情况,还有实验研究。本文提出,关于生物武器极高的大规模杀伤能力的推测是基于从古代流行病历史中选取的有限数据的过度推断,以及所有人群对任何生物武器病原体都易感这一错误假设。流行病历史、临床和遗传学观察、实验研究数据,以及生物武器的意外、实验和实际应用结果,均未证实生物武器的大规模杀伤能力。许多人拥有可能是经过多代人类自然选择形成的体质(遗传)免疫力。这种遗传保护在个体感染之前就已存在。体质免疫力在整个人类进化过程中发挥了重要作用。其保护能力继续保护人类免受流行病和生物武器的大规模杀伤。在大多数个体具有体质免疫力的背景下,现代医学的主要目标是识别并保护那些易受伤害的人。