Genetic Weapons
Created | Updated Jan 28, 2002
In an earlier Guide Entry, I examined the question of biological weapons. This illustrated that these weapons are both effective and horrifying in their own right. However, there is now the potential for the development of a whole new generation of germ weapons profoundly more destructive and terrifying.
Through the biotechnology revolution of the 1970s many advances have been made (and quite a few profits as well). However, as ever, innovations can be used for both good and evil. The 21st Century may see the utilisation of biotechnology for less than benign purposes.
Genetic engineering has raised the possibility of the creation of new disease 'vectors' (means of transmission); viruses (such as influenza) could be combined with another agent (plague, anthrax) to create a highly infectious, respirable agent. Such genetically altered pathogens are known as 'recombinant organisms'. The ability to splice the genes of diseases in this way could make the dissemination of pathogens much simpler. Coupled with this, there have been advances in the understanding of infectious disease mechanisms and of microbial genetics. Such knowledge may, possibly, give rise to the creation of 'novel' agents which could have their most fundamental aspects dictated by the designer. During the early 1990s Western intelligence agencies alleged that the USSR was carrying out research in this area, including the genetic manipulation of smallpox.
Perhaps more significantly, an improved comprehension of the human immune system and other disease mechanisms will reveal the circumstances that cause individual susceptibility to infectious diseases. Future biological weapons research may be able to pinpoint the genetic characteristics of both the target population and the potential agent. Hypothetically, this may allow the development of agents that target individuals with specific genetic properties. Such agents do not yet exist but it has been a hypothetical proposition since the early 1980s. It has been reported that the Israeli Neis Taysyouna biological warfare research establishment is attempting to develop an 'ethnic' biological weapon. It has also been alleged that similar research was carried out in South Africa under the apartheid regime. The implications of such a development are difficult to overstate. An ethnically targettable biological weapon would revolutionise the entire concept of biological warfare; its ramifications would impact every aspect of the use of biological weapons.
Genetic weapons may sound like the stuff of science fiction, but one might note that in 1999 the British Medical Association published a report highlighting the dangers posed by the potential development of such weapons.
Through the biotechnology revolution of the 1970s many advances have been made (and quite a few profits as well). However, as ever, innovations can be used for both good and evil. The 21st Century may see the utilisation of biotechnology for less than benign purposes.
Genetic engineering has raised the possibility of the creation of new disease 'vectors' (means of transmission); viruses (such as influenza) could be combined with another agent (plague, anthrax) to create a highly infectious, respirable agent. Such genetically altered pathogens are known as 'recombinant organisms'. The ability to splice the genes of diseases in this way could make the dissemination of pathogens much simpler. Coupled with this, there have been advances in the understanding of infectious disease mechanisms and of microbial genetics. Such knowledge may, possibly, give rise to the creation of 'novel' agents which could have their most fundamental aspects dictated by the designer. During the early 1990s Western intelligence agencies alleged that the USSR was carrying out research in this area, including the genetic manipulation of smallpox.
Perhaps more significantly, an improved comprehension of the human immune system and other disease mechanisms will reveal the circumstances that cause individual susceptibility to infectious diseases. Future biological weapons research may be able to pinpoint the genetic characteristics of both the target population and the potential agent. Hypothetically, this may allow the development of agents that target individuals with specific genetic properties. Such agents do not yet exist but it has been a hypothetical proposition since the early 1980s. It has been reported that the Israeli Neis Taysyouna biological warfare research establishment is attempting to develop an 'ethnic' biological weapon. It has also been alleged that similar research was carried out in South Africa under the apartheid regime. The implications of such a development are difficult to overstate. An ethnically targettable biological weapon would revolutionise the entire concept of biological warfare; its ramifications would impact every aspect of the use of biological weapons.
Genetic weapons may sound like the stuff of science fiction, but one might note that in 1999 the British Medical Association published a report highlighting the dangers posed by the potential development of such weapons.
