Chicken Genome Sequenced
Jonmann writes "The chicken (Gallus gallus) genome has been sequenced by the International Chicken Genome Sequencing Consortium. The new genome map provides new, more detailed clues as to how birds diverged from mammals in the course of evolution." I, for one, welcome our new 5-foot-tall, all-white-meat, pre-coated-with-tasty-batter chicken overlords.
I, for one, welcome our new 5-foot-tall, all-white-meat, pre-coated-with-tasty-batter chicken overlords.
I'm waiting for meat animals without heads or brains, so you can eat meat without the animals having to live unpleasent cruel lives. I love meat, but I feel really bad for the animals.
94% of Repubs and 21% of Dems voted to renew the Patriot Act
Does that make anyone else scratch their head and wonder what other kind of downright stupid consortiums we have? I mean it's a noble cause, no doubt, but calling it a consortium feigns a certain amount of dignity to chicken research that I'm not prepared to give.
hmm all WHITE meat from the WHITE chicken farmers? who may one day visit the WHITE house? Huh. I see how you are.
I for one welcome our DARK meat 8 foot tall DARK feathered chickens, with the crushing toes and the beak and the poking and the crushing and the hey hey it hurts me.
Q: How do you know when a joke has jumped the shark?
A: When even the Slashdot editors are making it!
Come on, they don't even read the site! It's like when your parents start using a slang term, you automatically realise that it's no longer cool.
Can we eventually inject chicken genes into a soy bean so we can make tofu taste like chicken?
My bio's a little rusty but aren't chickens in the aves (family? order? whatever? =)) Aves didn't descend from mammals. Aves and mammals share a common ancestor in perhaps the dinosaurs...
And possibly no feathers.
A commercial chicken's purpose in life (if you can call it living) is to eat and produce eggs, meat, or more chickens.
When you farm chickens, the goal is to get as much non-human-consumable protein and carbohydrate into salable form as possible. Feathers, beaks, feet, and less desireable parts need to be minimized in order to fulfill the goal.
Gene-spliced chickens can solve some of this, producing more usable foodstuff.
The previous solution, however, was to simply have the USDA regulate that ALL parts of a chicken are "chicken". Remember that the next time you eat a chicken nugget.
*whup* "Get along, little electrons. Heeyah!"
The chicken (Gallus gallus)
Shouldn't that be Bokkus bokkus?
Damien
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A commercial chicken's purpose in life (if you can call it living) is to eat and produce eggs, meat, or more chickens.
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Exactly. Whereas a chicken's purpose in the wild is to eat, produce eggs, more chicken and feed foxes.
The commercial exploitation of chickens is absolutely horrible.
You can tell a great deal about the character of a man by observing those who hate him.
You can quibble over whether it is an appropriate term, but that's the sense in which the word has been used for nearly a century and in which it's used today.
What I'm listening to now on Pandora...
They still do not know what came first.
Insects are a much more energy efficient source of meat. Sure, people might be squeamish now, but sell them ground up, give them a fancy name, and pay some celebrities to publicly eat them, and you've got the meat of the future.
Through domestication and long time (traditional) breeding, the farm chicken has become quite frail and there are several genetic dispositions for problematic conditions for chickens. Knowing its genome could help breeding (both traditional and more modern directed) generate a healthier bird. It is worth noting the man's best fried, the dog, also has these problems due to breeding.
The sequenced genome is actually from the wild Red Jungle fowl, and not the domestic chicken, so there will be plenty of "healthy genome" to learn from.
For scientists, finally having a bird genome is also great. It is further away from chimp, mouse, rat, dog, and other "close" genomes, while closer than, say, fly and nematode. It lands somewhere between us and fish, of which we today have something like three genomes (zebrafish, fugu, and tetraodon). A goal for choosing species to sequence today is having a good and even species sampling to make what is called comparative genomics better materials for comparisons. A nice resource for genomics of higher organisms is Ensembl, where you can get a glimpse of some of the more interesting animal genomes available.
Reality or nothing.