Question: When did the Australian Museum say they were halting the DNA replication of a Thylacine project?
About the article "Cloning", section "Cloning extinct and endangered species".

Candidate passages:
Records of all specimens, many of which are in European collections, are now held in the International Thylacine Specimen Database.
The Australian Museum in Sydney began a cloning project in 1999.
The goal was to use genetic material from specimens taken and preserved in the early 20th century to clone new individuals and restore the species from extinction.
Several microbiologists have dismissed the project as a public relations stunt and its chief proponent, Professor Mike Archer, received a 2002 nomination for the Australian Skeptics Bent Spoon Award for "the perpetrator of the most preposterous piece of paranormal or pseudo-scientific piffle.
"In late 2002 the researchers had some success as they were able to extract replicable DNA from the specimens.
On 15 February 2005, the museum announced that it was stopping the project after tests showed the DNA retrieved from the specimens had been too badly degraded to be usable.
In May 2005, Professor Michael Archer, the University of New South Wales Dean of Science at the time, former director of the Australian Museum and evolutionary biologist, announced that the project was being restarted by a group of interested universities and a research institute.
The International Thylacine Specimen Database was completed in April 2005 and is the culmination of a four-year research project to catalog and digitally photograph, if possible, all known surviving thylacine specimen material held within museum, university and private collections.
The master records are held by the Zoological Society of London.
In 2008 researchers Andrew J. Pask and Marilyn B. Renfree from the University of Melbourne and Richard R. Behringer from the University of Texas at Austin reported that they managed to restore functionality of a gene "Col2A1 enhancer" obtained from 100 year-old ethanol-fixed thylacine tissues from museum collections.
The genetic material was found working in transgenic mice.
The research enhanced hopes of eventually restoring the population of thylacines.
That same year, another group of researchers successfully sequenced the complete thylacine mitochondrial genome from two museum specimens.
Their success suggests that it may be feasible to sequence the complete thylacine nuclear genome from museum specimens.
Their results were published in the journal "Genome Research" in 2009.
Stewart Brand spoke at TED2013 about the ethics and possibilities of de-extinction, and made reference to thylacine in his talk. 
 extinct and endangered species.
Cloning, or more precisely, the reconstruction of functional DNA from extinct species has, for decades, been a dream of some scientists.
Current cloning techniques have an average success rate of less than 5 percent, even when working with familiar species; cloning wild animals is usually less than 1 percent successful.
The possible implications of this were dramatized in the best-selling novel by Michael Crichton and high budget Hollywood thriller "Jurassic Park".
Early hopes to save species through cloning have been dashed as the difficulties of cloning any species have made progress very slow.
Several tissue banks have come into existence, including the "Frozen Zoo" at the San Diego Zoo, to store frozen tissue from the world's rarest and most endangered species.
In 2001, a cow named Bessie gave birth to a cloned Asian gaur, an endangered species, but the calf died after two days.
In 2003, a banteng was successfully cloned, followed by three African wildcats from a thawed frozen embryo.
These successes provided hope that similar techniques (using surrogate mothers of another species) might be used to clone extinct species.
Anticipating this possibility, tissue samples from the last "bucardo" (Pyrenean Ibex) were frozen in liquid nitrogen immediately after it died in 2000.
Researchers are also considering cloning endangered species such as the giant panda and cheetah.
In 2002, geneticists at the Australian Museum announced that they had replicated DNA of the Thylacine (Tasmanian Tiger), at the time extinct for about 65 years, using polymerase chain reaction.
However, on February 15, 2005 the museum announced that it was stopping the project after tests showed the specimens' DNA had been too badly degraded by the (ethanol) preservative.
On 15 May 2005 it was announced that the Thylacine project would be revived, with new participation from researchers in New South Wales and Victoria.
In January 2009, for the first time, an extinct animal, the Pyrenean ibex mentioned above was cloned, at the Centre of Food Technology and Research of Aragon, using the preserved DNA of the skin samples from 2001 and domestic goat egg-cells.
The ibex died shortly after birth due to physical defects in its lungs.
One of the most anticipated targets for cloning was once the Woolly Mammoth, but attempts to extract DNA from frozen mammoths have been unsuccessful, though a joint Russo-Japanese team is currently working toward this goal.
In January 2011, it was reported by Yomiuri Shimbun that a team of scientists headed by Akira Iritani of Kyoto University had built upon research by Dr. Wakayama, saying that they will extract DNA from a mammoth carcass that had been preserved in a Russian laboratory and insert it into the egg cells of an African elephant in hopes of producing a mammoth embryo.
The researchers said they hoped to produce a baby mammoth within six years.
Scientists at the University of Newcastle and University of New South Wales announced in March 2013 that the very recently extinct gastric-brooding frog would be the subject of a cloning attempt to resurrect the species.
Burrell is credited with a notorious 1921 photo of a Thylacine (or Tasmanian Tiger), showing it standing in the bush with a chicken in its mouth.
Robert Paddle, author of "The Last Tasmanian Tiger: The History and Extinction of the Thylacine", credits this picture with adding much to the reputation of the Thylacine as a poultry killer.
The image was published in the "Australian Museum Magazine" and "The Wild Animals of Australasia".
Burrell's original photo clearly shows that the animal was captive, but the version that appeared in the newspaper was cropped to remove these details.
Researcher Carol Freeman analysed the photo and concluded that the Thylacine shown was a mounted specimen, posed for the camera with the bird in its mouth. 
 proteins.
At the replication fork, many replication enzymes assemble on the DNA into a complex molecular machine called the replisome.
The following is a list of major DNA replication enzymes that participate in the replisome: 
Thylacine were a three piece Australia rock band from the Northern Territory who were active during the 1990s.
They released two albums through CAAMA music, "Thylacine Live" (1995) and "Nightmare Dreaming" (1997).