Cloned Drug-Sniffing Dogs Prove Successful In South Korea
Rexdude writes "A prized drug-sniffing dog at Incheon Airport in South Korea was cloned four years ago, and now the clones have proven to be much more successful at becoming sniffer dogs themselves compared to regular dogs. Not as controversial as human cloning, but are we going to see genetic copyrights on prized animal breeds in the future?"
Drug sniffing dogs? Neat. Now all we need to do is find something useful for them to do, you know, other than help destroy the lives of kind nonviolent people.
Bees are where it's at
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They should use their powers for good. Give every child a clone of Lassie.
Pure-bred dogs are bred in such a small population that they were getting pretty close to being clones anyway.
They are the most expensive non-Human animals right? Other than perhaps extinct animals that people want to bring back like the Saber-tooth tiger, the wooly mammoth and the Dodo (not). What about truffle finding pigs?
Actually maybe certain transgenic animals that have had their DNA altered to express useful drugs (like goats with insulin laced milk) might be more expensive.
Anyway, is it illegal race a cloned racehorse? Will they be requiring genetic tests on all winning racehorses? What about race horses that have already died (Seabiscuit?).
Stupid question. If it can be done it/allowed will be done.
No wonder, they are they smartest dogs on this planet. And really good friends. And really kids friendly.
Monsanto has already patented their GMOs. Silly to ask if somethings goign to happen when it's already done.
I do not fail; I succeed at finding out what does not work.
With avocados, oranges, and lots of other fruits.
I'm still not sure if I would like to clone my dog, since I will have to re train him anyway...
Considering that recent, careful studies have shown that the abilities of drug-sniffing dogs are little more than police wet dreams anyway, the efficacy of the "clones" has to be questioned too.
In most cases, the dogs responded to cues (intentional or not) on the part of the dog's handler, rather than any actual detection of drugs. Double-blind studies have shown how effective they actually are in the real world, which is... not.
...is that one day a drug cartel will create a genetically engineered virus that kills/disables those particular clones in order to defeat the detection. the big drug cartels outdo law enforcement in ingenuity and resources.
there's actually a story about how some american narco-cartel had their own IBM mainframe - while the agents trying to get them were relying on paper files
Copyright is a different protection to patent.
A patent could protect a novel method of cloning. Ie, the specific way the geneticist uses his or her test tubes etc in the lab to get the clone. Wouldn't stop anyone breeding a sniffer dog.
A copyright cannot protect the clone. Unless the scientist actually wrote out the genome from his or her mind in some inspired supergenius way: GTTACCAATGCA....... Which is impossible.
I hate my flatmate
I remember the Toronto airport security testing out one of the electronic sniffers. It was supposed to be much more sensitive than dogs are.
The problem is, it was too sensitive. It turns out that after a few decades of smuggling, pretty much every surface in the baggage handling are has been exposed to drugs or explosives at some time or other, so the electronic sniffer kept going off.
When they turned down the sensitivity, it was no better than a dog.
Case in point: 90 percent of U.S. bils carry traces of cocaine. The fact that a sniffer or a dog "goes off" only justifies further investigation; it's far from proof.
I do not fail; I succeed at finding out what does not work.
How do they prove successful? Do Cloned Drug-Sniffing Dogs simply taste better?
I hadn't the slightest objection to his spending his time planning massacres for the bourgeoisie... (P.G. Wodehouse)
Count Zero (1986) William Gibson
That long-winded dog names like SH CH VBOS The Kentuckian are going to have version numbers now? SH CH VBOS THE KENTUCKIAN v2.1: Bugs fixed with this release: Fleas.
This is the new evolution
If you're fit enough to serve humans' purpose, you get to survive to the next generation.
Pity those animals that currently don't.
don't be a spelling loser
I'm going to guess they have the same issues as other clones, to wit: shortened telomeres resulting in a shortened Hayflick limit http://en.wikipedia.org/wiki/Hayflick_limit and therefore a shortened lifespan. Subtract out the age of the dog at the time the samples used for cloning were taken.
I made this same point (to NBC) as a possibility in early 1997 when Dolly the sheep was announced, and it turned out I was correct in my assertion; see this report: http://www.liebertonline.com/doi/abs/10.1089/15204559950020003
-- Terry
Legalize drugs, and you don't need drug dogs and all this retarded crap.
My first thought on reading the headline was "wow, a dog can reliably detect generic pharmaceuticals?!" - thought "cloned" referred to the drugs, not the dogs.
Have you ever seen an hourglass, you fuckwit? You sound the typical American who claimes to like big boobs, then picks the 34Bs ouf of the lineup.
Go back to your lolita porn.
But sniffing another clone's ass sends them into an existensial crisis.
A few years ago I read that cloned animals have the same age as their originals (right from the birth), thus cloning even middle aged animals becomes less attractive financially as clones have a substantially short(er) life span.
Is this fact still valid?
Anyone else see a secondary agenda here?
Vote monkeys into Congress. They are cheaper and more trustworthy.
This type of thing has been done for a long time: http://en.wikipedia.org/wiki/Sulimov_Dog
None of those dogs are allowed out of Russia, and are all technically property of Aeroflot.
How an embryo was formed is no longer significant, if inbreeds have 100% the same genes. Thats his point.
I was promised a flying car. Where is my flying car?
So, if I commit a crime, can I have my clone do my time?
Sometimes, real fast is almost as good as real-time.
How an embryo was formed is no longer significant, if inbreeds have 100% the same genes. Thats his point.
Um no. I'm not sure how you even arrive at this assumption, because even someone completely ignorant of genetics should realize that a naturally conceived offspring can be both genders, while a clone will always be the same gender. But beyond that, you will get difference even beyond the sex chromosomes, because animals have two copies of genes. If the parents have (A, B), the offspring can have (A, A) (A, B) or (B, B), while the clone will always have (A, B). While the odds of being the same are 50% in a single instance, across the entire genome it is extremely unlikely that it would be so. Thus inbreeding identical (as can be) individuals will result in loss of genetic diversity, and the chances of getting rare recessive combinations increases greatly, whereas cloning will maintain the exact - known good - genome.
What if A and B are the same?