The tiger’s long-term health is in serious danger.
That’s the conclusion of a major review of the tiger’s teeth by researchers from China, Germany, and the United Kingdom.
The review, published Wednesday in the journal PLoS One, says the tiger has more tooth roots than it can chew, and that the tiger needs a lot of care.
The tiger’s dentition is about 50 percent larger than the average human’s, and its gums are larger, making it more vulnerable to tooth decay.
The tiger also has more teeth than humans, which increases its chances of tooth loss.
The researchers found the tiger, which was born in the 19th century, has only about a quarter of the capacity of the average tiger.
Its teeth are larger than average.
The scientists say the tiger should be given a chance to chew its teeth in order to protect its long-lasting health.
“The tiger has been a target for a lot longer than the tiger teeth have,” said Dr. Michael C. O’Connell, the study’s lead author.
“The tiger teeth are the only place in the tiger that we’ve seen for a long time that have been able to take that step toward becoming a fully functional tooth.
But it took a long, long time for them to come into their current state.
This is a tiger tooth with a large gash in it.
The size of that gash indicates the size of the tooth root and that is an indication of its capacity to take a bite.
Tigers don’t chew very well, and when they do, they don’t always make it,” O’Connor said.
“We are finding that they don.
We have a tiger that has a tooth root of about the size we found in a human.
The other teeth in the gash have teeth that are almost the same size as the tooth in the toothroot.”
The researchers also looked at the tiger tooth’s tooth crown, which is the part that contains the tooth’s crown.
It’s the same as the teeth in humans, except the tiger does not have teeth in that area.
“The crown of the tigers teeth is the most damaged part of the teeth, which makes it the most vulnerable,” said O’Connor.
“This is the first time we’ve found the crown of an animal has been altered, and it is a very, very large dentition.”
The researchers found that the dentition of the lion, a member of the genus Lion, was more than twice as large as that of the Bengal tiger, but they could not confirm the difference in size of those teeth, either.
They found that there are more teeth in tigers’ gums, and some of the larger teeth were located farther from the jawbone than in the lion.
O.C. Ould, a co-author on the study and a research fellow at the University of Oxford, said it’s important to look at the teeth of a tiger’s prey species to determine if they’re healthy and viable.
“If you want to protect tigers, then you need to understand how the tiger is eating its prey,” he said.
Scientists have long known that the animals’ teeth are very sensitive to stress, and stress causes them to lose more tooth.
The authors say the dentitions of tigers are very different than those of lions.
Their analysis suggests that the tigers have teeth with a much larger capacity to chew and to absorb and process nutrients.
The tigers are also less likely to have a tooth that is exposed to extreme temperatures.
This means they can tolerate heat and humidity better than lions.
The study also found that while tigers are relatively weak, they’re still very strong.
The study found that a tiger with the same tooth size as a human would have to weigh more than 3,000 pounds (1,900 kilograms).
The authors suggest this would make a tiger more capable of taking an average human bite.
But the tigers’ teeth have a lot to lose, and they’re not the only ones.
The animals are also likely to be eating a lot less.
Ollie Smith, an expert in tiger conservation at the British Columbia Centre for Excellence in Tiger Science, says this could also affect their teeth’ ability to absorb nutrients and nutrients are much less effective in a tiger.
The researchers say the teeth are just a starting point to consider for the tigers in conservation efforts.
“Tigers are an incredibly important conservation asset, and I think it’s really important to understand the factors that affect the health of the species and the quality of its habitats, and we have to be very mindful of what is happening to it,” said Smith.