The tooth is the last remaining piece of the body that still functions after the brain and spinal cord have been severed.
This process can take up to a year, sometimes years, and causes serious decay.
But now we know a new technology called tooth extraction can remove a chunk of the plaque, while avoiding the infection.
This is due to a team of researchers at the University of New South Wales.
They developed a tooth extractor that extracts a tooth and a plaque that can then be cleaned, while leaving the rest of the tooth untouched.
“When a tooth is extracted, the plaque is left behind, which is not necessarily healthy,” says Professor Peter Rundle, the lead author of the study and an assistant professor in the School of Life Sciences at the university.
“However, when a tooth extracted with this method is stored in a laboratory, we can remove the remaining plaque and restore healthy tissue.”
It is also possible to use the tooth extractors to remove dead tissue.
In fact, Professor Rundle and his colleagues are working on using the tooth extracts to create a tooth implant that can be implanted into a patient’s skull, so that it can replace the tooth in a way that will help prevent tooth decay.
It has also been proposed to use tooth extractions to treat dental conditions such as tooth enamel erosion, and it is likely to become widely available.
It’s been suggested that removing a tooth from the body could be beneficial to the overall health of the whole body.
But what are the side effects?
A tooth extract can be used for a long time, but if you have a problem with tooth decay, it may not be the most effective method.
This has led some scientists to worry about the long-term effects.
“The teeth have a much longer shelf life than the rest the body’s tissues, and if the dental plaque goes away and the rest doesn’t, then it could be an issue for the rest,” Professor Ringle says.
“It’s a little bit like an emergency procedure for the whole human body, because it can lead to a lot of complications.”
Professor Ruckle is now working with scientists from the Australian National University to investigate how the extractor works.
This involves working with mice to see if the tooth is removed and the other tissues removed, and then working out how long it takes to get rid of the remaining tooth.
The researchers hope to be able to use this method in people in about five years’ time.
What are the downsides?
This new technique may not work for everyone, because there is a big risk that the tooth will be extracted before the remaining tissue is removed.
This can be a serious issue if you are trying to avoid dental problems in the future.
“If we remove the plaque that’s left behind before we remove healthy tissue, then the whole thing can get out of hand very quickly,” Professor Jules Fennell, from the University College London, tells BBC News.
“There’s a lot to do, but it’s still a good idea to make sure that the patient’s oral health is protected before they begin using this treatment.”
The researchers are also working on other methods to remove the tooth.
Professor Ruckles team is looking at ways to make a dental extractor using stem cells.
This could help them to develop a replacement for teeth without the need for extracting the whole tooth.
They are also developing a biodegradable tooth extract.
They hope to have a treatment that works in a matter of weeks or months, with minimal adverse side effects.
So, what do you need to do to protect your teeth from tooth decay?
You need to ensure that you have good dental hygiene, like brushing your teeth regularly and washing your hands regularly, and you should also keep a good supply of fresh air.
You can also try to remove some of the dental enamel from your teeth by using a toothbrush.