Re: Man Made H5N1 - Super Version
The same goes for smallpox. As I stated before, the genetic manipulation in mousepox is apparently a relatively simple procedure for a geneticist and the methods were published in the Journal of Virology 10 years ago. Probably the only thing that has kept someone from releasing a deadly, contagious pathogen like smallpox is the fear of catching it or killing their own family, friends, countrymen, etc. Also, that is why anthrax was the pathogen of choice for bioweapons - it doesn't transmit H2H, so it could be used without risking it coming back, via H2H spread, and killing your own people.
Overall, smallpox had, I believe, a CFR of 30%. The milder form (variola minor) had a CFR of <1%, but variola major, which came in two forms - confluent and hemorrhagic, had a CFR as high as 75%. It had an R0 of 5-7 (and infected persons start shedding viruses before becoming sypmtomatic), based on casual social contact.
The genetically altered mousepox had a near 100% CFR in both vaccinated mice and those who had contracted and survived normal mouse pox.
If someone created a "superpox", they would most certainly use a strain of variola major, which the Soviets produced in powdered form by the ton during the Cold War (and much of it was unaccounted for after the USSR broke up). If that kind of pathogen was released, even on a small scale, it could be the end of modern human civilization within a few years.
If the basis of research being done on genetically altered pathogens is to help further discovery of a more effective defense against it, then I would say that it is worth the risk. But, doing it out of curiosity seems to me like the crazy kid in chemistry class who likes to mix the contents of unlabeled bottles just to see what happens.
The same goes for smallpox. As I stated before, the genetic manipulation in mousepox is apparently a relatively simple procedure for a geneticist and the methods were published in the Journal of Virology 10 years ago. Probably the only thing that has kept someone from releasing a deadly, contagious pathogen like smallpox is the fear of catching it or killing their own family, friends, countrymen, etc. Also, that is why anthrax was the pathogen of choice for bioweapons - it doesn't transmit H2H, so it could be used without risking it coming back, via H2H spread, and killing your own people.
Overall, smallpox had, I believe, a CFR of 30%. The milder form (variola minor) had a CFR of <1%, but variola major, which came in two forms - confluent and hemorrhagic, had a CFR as high as 75%. It had an R0 of 5-7 (and infected persons start shedding viruses before becoming sypmtomatic), based on casual social contact.
The genetically altered mousepox had a near 100% CFR in both vaccinated mice and those who had contracted and survived normal mouse pox.
If someone created a "superpox", they would most certainly use a strain of variola major, which the Soviets produced in powdered form by the ton during the Cold War (and much of it was unaccounted for after the USSR broke up). If that kind of pathogen was released, even on a small scale, it could be the end of modern human civilization within a few years.
If the basis of research being done on genetically altered pathogens is to help further discovery of a more effective defense against it, then I would say that it is worth the risk. But, doing it out of curiosity seems to me like the crazy kid in chemistry class who likes to mix the contents of unlabeled bottles just to see what happens.
Originally posted by alert
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