Even those who are intimately involved with biodefense often support this view. For an insider's perspective, I contacted Jens Kuhn, the Harvard Medical School virologist. The German-born Kuhn has worked not only at Usamriid, and at the Centers for Disease Control in Atlanta, but also -- uniquely for a Westerner -- at Vector.
Kuhn, like Ebright, is no fan of how the biodefense boom is unfolding. "When I was at Usamriid, it exemplified how a biodefense facility should be," he told me. "That's why I'm worried -- because the system worked, and the experts were concentrated at the right places, Fort Detrick and the CDC. Now this expertise gets diluted, which isn't smart."
Kuhn believes, nevertheless, that some kind of national biodefense program is needed. He just doesn't think we are preparing for the right things. "Everybody makes this connection with bioterrorism, anthrax attacks, and al-Qaeda. That's completely wrong." Kuhn recalled his time at Vector and that facility's grand scale. "When you look at what the Russians did, those kinds of huge state programs with billions of dollars flowing into very sophisticated research carried on over decades -- they're the problem. If nation-states start a Manhattan Project to build the perfect biological weapon, we're in deep shit."
But doesn't modern biotechnology, I asked, allow small groups to do unprecedented things in garage laboratories?
Kuhn conceded, "There are a few things out there" with the potential to kill people. But weighing the probabilities, he saw the threat in these terms: "Definitely more biowarfare than bioterrorism. Definitely more the sophisticated bioweapons coming in the future than the stuff now. There's danger coming towards us and we're focusing on concerns like BioShield. I don't think that's the stuff that will save us."
Is Help on the Way?
The 21st century will see a biological revolution analogous to the industrial revolution of the 19th. But both its benefits and its threats will be more profound and more disruptive.
The near-term threat is that genes could be hacked outside of large laboratories. This means that terrorists could create recombinant biological weapons. But the leading edge of bioweapon research has always been the work of government labs. The longer-term threat is what it always has been: national militaries. Biotechnology will furnish them with weapons of unprecedented power and specificity. George Poste, in his 2003 speech to the National Academies, warned his audience that in coming decades the life sciences would loom ever larger in national-security matters and international affairs. Poste noted, "If you actually look at the history of the assimilation of technological advance into the calculus of military affairs, you cannot find a historical precedent in which dramatic new technologies that redress military inferiority are not deployed."
Harvard's Matthew Meselson has said the same and added that a world in which the new biotechnology was deployed militarily "would be a world in which the very nature of conflict had radically changed. Therein could lie unprecedented opportunities for violence, coercion, repression, or subjugation." Meselson adds, "Governments might have the objective of controlling very large numbers of people. If you have a situation of permanent conflict, people begin contemplating things that the ordinary rules of conflict don't allow. They begin to view the enemy as subhuman. Eventually, this leads to viewing people in your own culture as tools."
What measures could mitigate both the near and the more distant threats of bioweaponry? BioShield, as it is now constituted, will not protect us from genetically engineered pathogens. A number of radical solutions (like somehow boosting the human immune system through generic immunomodifiers) have been proposed, but even if pursued, they might take years or decades to develop.
Comments
Guest (eldestdeev) on 03/13/2006 at 12:00 AM
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Guest (Gary Percer) on 03/13/2006 at 12:00 AM
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Like Pandora's box, the box will be opened because of the nature of the human being.
Like Pandora's box, we will suffer the consequences for all time.
Guest (Ueberluser) on 05/02/2006 at 12:00 AM
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It may also be that case that these technologies could save the entire race from a yet to be determined threat and as such would be a nessecary evil. Not that nessecary evils won't kill us all anyway...
Guest (Andreas) on 03/21/2006 at 12:00 AM
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Guest (AP) on 04/09/2006 at 12:00 AM
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Also, note - I think you argument is valid, except, when you are dealing with asymetric warfare and terrorist agents - either domestic or foreign, given the fact that the rules of engagement are no longer binding, and you are dealing with zero-sum game theory.
Also, note - salmonella was actively used in the Dalles, Oregon in early 1980s to de-stabilize an entire town in order to effect political outcome of vote, and as well to target specific individuals.
Guest (Frank) on 07/25/2006 at 12:00 AM
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Guest (shri) on 05/03/2006 at 12:00 AM
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Guest (richard katz) on 03/13/2006 at 12:00 AM
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Guest (Frank Lowe) on 07/25/2006 at 12:00 AM
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Guest (Alan Root) on 03/15/2006 at 12:00 AM
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Guest (AP) on 04/09/2006 at 12:00 AM
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I also can't afford to assume that new technologies will save us.
I am willing to dialogue in other modes.
AP
Guest (Shane) on 04/10/2006 at 12:00 AM
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If we are successfully attacked on a global scale by a bioengineered pathogen that can spread from human to human and retains its' genetic sequence so it doesn't mutate out of its' weaponized form... well, let's just hope we don't see that day. If we do, let me be one of the victims because I don't want to live in the kind of world that would follow such an event.
Guest (Guran Walker) on 04/13/2006 at 12:00 AM
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Guest (Robert Carlson) on 04/19/2006 at 12:00 AM
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