Squamous cell carcinoma (SCC) is a cancer that affects the cells in the skin.
The most common type of SCC is a type that affects skin cells that surround the mouth.
It is caused by a mutation in a gene called MC1R that makes the cells less responsive to chemicals.
But in some cases, the mutation is a genetic mutation that affects one or more genes.
This genetic mutation makes a tumor grow and spread, which makes the cancer more aggressive.
The new study by scientists at Harvard Medical School, Yale University and Johns Hopkins University looked at how the MC1Rs of people with SCC affected their ability to fight off the cancer.
The researchers compared how the genetic mutation affected the DNA of the cells that made up the skin of the person who was tattooed and how that affected the cells’ ability to resist the growth of the cancer that was causing the cancer in the first place.
In other words, the researchers looked at what happens when a gene changes and causes the cells to grow and die.
They looked at two groups of people, those who were tattooed with MC1r and those who had normal MC1rs.
The people who had the MC2RS mutation were able to resist SCC by being able to fight it off.
The MC2rs, however, were not.
These MC1RS people were less than half as likely as the MC3rs to survive SCC and die from it.
In the people who were MC2r, the survival rate was only 70 percent, and the survival time was three times longer than the survival rates for the normal MC2res.
This is a finding that’s important because, according to the researchers, it means the MC-2rs are able to kill the cells and survive the disease.
This means they can beat SCC because of their genes, rather than because of a mutation.
The reason is that these MC1RNAs are the same as the ones that cause SCC.
These genes also have a gene for an enzyme that is important in making up the MC5 receptors, which the MCs use to sense chemicals that cause the cells growth and death.
These receptors are activated when the MC cells are stimulated, which means they react to the chemicals that are causing them to grow.
The more receptors, the more sensitive they are to the chemical that is causing their growth.
This could help explain why people with MC2R are more likely to survive.
These results are the first to look at how these MC-1RNAS could be helping fight SCC, but the researchers also want to find out if the MC4r variant that is responsible for SCC could be a different gene.
In that case, the scientists will look at the effects of this variant on the genes that make up the human body.
This would help us understand what happens to the MC genes after SCC has occurred.
Another possible gene to look into is one that is very common in people with cancer: the one that makes up the immune system.
These immune cells help the body fight off other cells.
This can help explain how some people who have SCC are able withstood the disease and survived it, and how others don’t.
This study adds to the growing body of research showing that tattooing is helping people who are battling cancer.
And if it turns out that tattooed skin helps fight Scc, it could be even more important in fighting other cancers.
The study was published online January 25 in the journal Cell.
It was funded by the National Institutes of Health.
The Associated Press contributed to this report.