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An international team of researchers have uncovered 126 proteins from the femur of a prehistoric woolly mammoth, paving the way for the proteomic exploration of other long-dead organisms.
The researchers used mass spectrometry and refined the sample preparation techniques …. Analysis yielded blood and extracellular matrix proteins, as well as albumin, which is sufficiently variable between species to be used to study evolutionary relationships across the animal kingdom.
Modern Day Mammoth?
……teams from the Sakha Republic mammoth museum and Kinki University in Japan plan to extract DNA from the marrow of one recently discovered mammoth and use it to clone the ancient beast, AFP reported.
The chosen mammoth was unearthed this past August in Siberia. The researchers say that its thigh bone is in good condition, and should yield DNA-containing marrow….
…Not long after the announcement, Irish betting company Paddy Power began taking bets on whether the ice age giants can be cloned within 5 years. Short-term odds are gloomy, with 8:1 against a cloned wooly mammoth by 2014 and only 5:2 for a 2017-2018 finish date. The odds-on favorite location for a mammoth zoo is Russia, the company said.
Originally posted by tarifa37
I get the feeling that when they do clone a mammoth we may be a little disappointed. A hairy elephant isn't that exciting and it will be half elephant. I'm holding out for a dinosaur now that is something I would pay good money to see.
Their plan is to implant the DNA in the nucleus of an egg cell taken from a modern-day female elephant. The egg will then be placed in the womb of a female elephant, which will serve as a surrogate mother for the mammoth. Assuming a gestation period similar to that of a regular elephant, the baby mammoth should be born about a year-and-a-half to two years later. Taking all things into account, the team believes that it could produce a living mammoth in as little as five years’ work.
Cloning is a slowly emerging science that has seen some success in the past, with the success of cloning mice and sheep leading to the feasibility of cloning a mammoth. However, a woolly mammoth is much more genetically complex than rodents or sheep, and the use of 10,000-year-old frozen genetic material in the cloning process doesn’t sound extremely promising. Even if we assume that the cloning process works out perfectly, there are still some issues.
No one can really say just how well the gestation and birth will go, or whether the woolly mammoth would even be able to survive in present times. This isn’t to say that scientists have no hope of ever bringing a woolly mammoth back into the world, but this cloning team doesn’t seem to have a promising plan, according to Turner. “A more realistic approach— and one which I think most scientists would agree is going to be possible— would be to genetically engineer living elephants with mammoth DNA,” said Professor Turner. “One research team has already spliced mammoth DNA into a bacterial genome and gotten the bacteria to produce mammoth hemoglobin!”
The cloning question
Cloning an extinct mammoth is a possibility.
The recovery of the Jarkov Mammoth from the permafrost of the Taimyr Peninsula, Siberia, was featured in the Discovery Channel’s television documentary “Raising the Mammoth.” A portion of the program was devoted to the possibility of cloning a woolly mammoth, if high-quality DNA could be recovered from the carcass. That concept caught the imagination of people of all ages worldwide. The response was a large number of questions and comments, both pro and con, on the possibility, feasibility, and consequences of such an endeavor.
To date no mammoth DNA has been suitable for cloning.
The DNA recovered from the Jarkov Mammoth was of insufficient quantity and quality to allow any further experiments with that individual. Another mammoth, known as the Fishhook Mammoth , also from the Taimyr Peninsula, provided better DNA but was still unsuitable for a cloning process. Many researchers feel there will never be a good enough DNA sample preserved in animals frozen under natural conditions because of the degrading effects of freeze-thaw cycles and microbes in the soil. On the other hand, there are many frozen specimens within the permafrost regions of the northern hemisphere, and one of them may produce satisfactory DNA.1,2
Cloning mammoths is controversial.
The controversy
Almost instantaneously, opposition to a possible cloning project began. The arguments fell into several categories: (1) legality of cloning, (2) morality, (3) feasibility, and (4) potential of success. These will be addressed briefly here.
No, it won't be half elephant.
Originally posted by tarifa37
I get the feeling that when they do clone a mammoth we may be a little disappointed. A hairy elephant isn't that exciting and it will be half elephant. I'm holding out for a dinosaur now that is something I would pay good money to see.
I would think it is very possible to do something like that behind closed doors,small group of scientists,on government payroll sure.We would never hear zilch about it,that's my opinion at least.
Originally posted by soficrow
reply to post by PerfectPerception
I would think it is very possible to do something like that behind closed doors,small group of scientists,on government payroll sure.We would never hear zilch about it,that's my opinion at least.
Why the "government"? ...I can see a for-profit plan to create a zoo of extinct animals, maybe $100,000 a pop - but what would any government get out of it?
There are at least half a dozen serious projects to investigate the possible use of cloning to preserve some of the world's most threatened species. The animals being considered range from the giant panda and the Sumatran tiger, to the African bongo antelope and the pygmy hippo.
There have already been clones of endangered animals. The most famous was Noah, a baby gaur, a wild ox-like bovine from south-east Asia, which was cloned using the eggs and surrogate wombs of domestic cows. Unfortunately, Noah died within the first 48 hours of being born due to an intestinal infection that may have been made worse by the fact that he was a hybrid clone of a gaur and a cow.
More recently, scientists have had more success with the European mouflon, a rare breed of sheep found in Sardinia, Corsica and Cyprus, which was cloned in 2001. In 2003, a separate team of scientists cloned another type of wild cattle called a banteng, using cow eggs and surrogate mother cows.
Originally posted by soficrow
reply to post by PerfectPerception
Cloning is about pursuing human longevity and "immortality." The real goal is parts replacement. Whomever nails it will be rich beyond their wildest dreams.
I have no doubt the industry is controlled privately without any governments' involvement - except maybe to secure funding for (misrepresented) projects or phases. I do suspect efforts are much further along than we will ever know.
Darn. Meant to say thanks for your posts - great links and info.edit on 16/12/11 by soficrow because: (no reason given)edit on 16/12/11 by soficrow because: (no reason given)
I can still remember hearing on c2c a few years back about medical breakthroughs where they had pills that would be classified as 'designer drugs' parents wanting their kids to be big,strong and fast or handsome,brilliant could get these theoretical pills?