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From about 1996, the Tasmanian Devil has been threatened by a fatal form of cancer called "Devil Facial Tumour Disease (DFTD)". Whilst there is no actual cure for the disease yet, scientists have identified the genetic marker that causes Tasmanian devils to be predisposed to the disease, and this will go a long way towards finding a cure. Also, scientists have recently reported promising results in cancer cures from a drug manufactured frfom a certain type of brushwood in the North Queensland tropical rainforests. This has worked successfully in trials on cancerous tumours in cats, dogs and horses, and as well as being hoped to be a potential cure in human cancers, it is also hoped to be able to be used against DFTD.
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Does 45000-50000 indicates that the Tasmanian devil is endangered?
According to data from December 2006, there are actually estimated to be only 20,000 - 50,000 mature Tasmanian Devils left. This is a low figure, particularly given that the Tasmanian Devil has been hit by a disease (Devil Facial Tumour Disease - DFTU) for which there is currently no cure. It is for this reason that the Tasmanian devil has only recently been placed on the endangered species list.
What are the predictions about the Tasmanian devil's future?
The Tasmanian devil seems to have a rather bleak future. Since 1996, it has been threatened by a fatal cancer known as the "Devil Facial Tumour Disease (DFTD)", and for which neither cause nor cure has yet been found. As the disease spreads, it seems the only way to preserve the Tasmanian Devil is to keep aside some healthy animals within a protected sanctuary, and hope that their apparent genetic predisposition to the disease does not surface.
Benefits of Devil's Facial Tumour Disease?
There are no benefits to the Devil's Facial Tumour disease found in Tasmanian Devils. It is an insidious and dangerous disease which is gradually spreading through more and more of the Tasmanian Devil population.
Why isn't anything being done about the Tasmanian devil?
On the contrary: a great deal is being done to try and help the Tasmanian devil. One of the main threats to the Tasmanian devil is the Devil Facial Tumour Disease. Scientists are breeding Tasmanian Devils in captivity to limit the spread of the Devil Facial Tumour Disease (DFTD). This disease is a great threat to Tasmanian devils living in the wild, affecting some two-thirds of the population. The Australian Government now has initiatives and programs set up to preserve the species. Tasmanian devils are being housed in captive breeding programmes, which should prevent the extinction of the marsupial, but not necessarily in the wild. In January 2010, a team of international scientists pinpointed the genetic marker that predisposes Tasmanian devils towards this fatal disease. With this knowledge, there is now a better chance of a cure, which would also stop the disease decimating the wild Tasmanian devil population.
How is DFTD affecting the Tasmanian devil population?
DFTD, or Devil Facial Tumour Disease, has infected approximately 60% of Tasmanian devils on the island of Tasmania, resulting in the Tasmanian Devil being classified as "endangered".
How does the Tasmanian devil catch Devil Facial Tumour Disease?
Devil Facial Tumour Disease (DFTD) is spread through contact. Tasmanian devils are notorious for their territorial fighting, and the disease is spread very easily through biting and the transfer of saliva.
What is being done to save Tasmanian devils from being endangered?
One of the main threats to the Tasmanian devil is the Devil Facial Tumour Disease. Scientists are breeding Tasmanian Devils in captivity to limit the spread of the Devil Facial Tumour Disease (DFTD). This disease is a great threat to Tasmanian devils living in the wild, affecting some two-thirds of the population. The Australian Government now has initiatives and programs set up to preserve the species. Tasmanian devils are being housed in captive breeding programmes, which should prevent the extinction of the marsupial, but not necessarily in the wild. In January 2010, a team of international scientists pinpointed the genetic marker that predisposes Tasmanian devils towards this fatal disease. With this knowledge, there is now a better chance of a cure, which would also stop the disease decimating the wild Tasmanian devil population.
Is Tasmanian Devil facial tumour disease harmful to humans?
The Tasmanian Devil Facial Tumour Disease (DFTD) poses no risk at all to humans or animals of any other species.
How are people protecting the Tasmanian devil?
Scientists are breeding Tasmanian Devils in captivity to limit the spread of the Devil Facial Tumour Disease (DFTD). This disease is a great threat to Tasmanian devils living in the wild, affecting some two-thirds of the population.The Australian Government now has initiatives and programs set up to preserve the species. Tasmanian devils are being housed in captive breeding programmes, which should prevent the extinction of the marsupial, but not necessarily in the wild. In January 2010, a team of international scientists pinpointed the genetic marker that predisposes Tasmanian devils towards this fatal disease. With this knowledge, there is now a better chance of a cure, which would also stop the disease decimating the wild Tasmanian devil population.The "Save the Tasmanian Devil" campaign helps the Tasmanian devil, with the objective being to 'maintain an enduring and ecologically functional population of Tasmanian Devils in the wild in Tasmania'. This programme is a joint initiative between the Australian Federal and Tasmanian State governments, together with the University of Tasmania.More sponsorship has come through the car company Suzuki Australia which has developed a is partnership with Zoos Victoria. Suzuki donates an amount from the sale of each Suzuki SUV to help save the Tasmanian Devil.
What steps have been taken to protect the Tasmanian devil?
The Tasmanian devil became officially protected under Australian law in June 1941. Scientists are breeding Tasmanian Devils in captivity to limit the spread of the Devil Facial Tumour Disease (DFTD). This disease is a great threat to Tasmanian devils living in the wild, affecting some two-thirds of the population. The Australian Government now has initiatives and programs set up to preserve the species. Tasmanian devils are being housed in captive breeding programmes, which should prevent the extinction of the marsupial, but not necessarily in the wild. In January 2010, a team of international scientists pinpointed the genetic marker that predisposes Tasmanian devils towards this fatal disease. With this knowledge, there is now a better chance of a cure, which would also stop the disease decimating the wild Tasmanian devil population.
What is being done to help Tasmanian devil from extinction?
The Tasmanian devil is not extinct and so does not need to be brought back. They do, however, need to be safeguarded for the future. Scientists are breeding Tasmanian Devils in captivity to limit the spread of the Devil Facial Tumour Disease (DFTD). This disease is a great threat to Tasmanian devils living in the wild, affecting some two-thirds of the population. The Australian Government now has initiatives and programs set up to preserve the species. Tasmanian devils are being housed in captive breeding programmes, which should prevent the extinction of the marsupial, but not necessarily in the wild. In January 2010, a team of international scientists pinpointed the genetic marker that predisposes Tasmanian devils towards this fatal disease. With this knowledge, there is now a better chance of a cure, which would also stop the disease decimating the wild Tasmanian devil population.
How did the Tasmanian devils' tumours form?
It is not known what initially caused the Tasmanian Devil Facial Tumour Disease. Tasmanian Devils seem to be particularly vulnerable to this disease because of their genetic makeup: they have particularly low levels of genetic diversity and a chromosomal mutation which is unique among carnivorous mammals. It is hoped that, by studying this genetic makeup, scientists will be able to develop a vaccine and/or cure. In 2009, scientists identified the genetic marker that causes Tasmanian devils to be predisposed to the disease, and this will go a long way towards finding a cure.
