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Dope Tattoos | Unique Tattoo Designs

 

 

Unique Tattoo Designs

Dope Tattoos – promoting ink culture

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Still, research now indicates tattoos aren’t bad for everyone. In people who heal well, getting a tattoo may prime their germ-fighting immune systems for action — and in a good way. The rub: Until someone gets a tattoo, there’s no way to know if they will be someone who benefits or instead be harmed.

If you hate getting shots, then tattoos aren’t for you. When a person gets a tattoo, a needle injects ink into the skin, over and over and over again.

375_skin_layers.png
Tattoo ink is injected into the dermis — the thick middle layer of the skin.
NATIONAL INSTITUTES OF HEALTH
When a tattoo is done right, that ink winds up in the dermis. This layer of skin lies beneath the epidermis, the outer layer that we see. The epidermis is always growing new skin cells and shedding old ones. If tattoo ink were placed there, it would last only about a month before disappearing.

But cells of the dermis don’t replace themselves in the same way. That’s what makes this thick layer of skin the ideal spot for installing a permanent image. The dermis also is home to nerve endings, so you can feel each needle prick. Ouch! Finally, this part of the skin receives the area’s blood supply. So things can get messy as ink is injected into the dermis.

Normally, the body’s immune cells would react to being pricked and injected with ink. After all, getting a tattoo means putting foreign particles in the body. The immune system should respond by removing them — or at least trying to. But the molecules of tattoo ink are too big for those cells to deal with. That’s what makes a tattoo a permanent piece of body art.

Organic chemicals contain carbon. Inorganic ones don’t. The inks used for tattoos can be either inorganic or organic, notes Tina Alster. She’s a dermatologist, or skin specialist, at Georgetown University Medical Center in Washington, D.C. She also directs the Washington Institute of Dermatologic Laser Surgery. Inorganic inks are made of minerals, salts or the metal oxides found in nature. (Metal oxides are molecules that contain metal atoms and oxygen atoms.) Inorganic inks can be black, red, yellow, white or blue. Organic colors contain lots of carbon and hydrogen atoms. The ones used in tattoo ink are synthetic, meaning manufactured. Organic inks come in a much wider array of colors than do the inorganic ones.

375_tattooist_working.png
A tattoo artist adds red to an existing tattoo. Intricate tattoos require multiple sessions to complete.
BELYJMISHKA/ISTOCKPHOTO
Tattoo inks are made to be injected into the skin. But the pigments that give these inks their color were made for printer inks or car paints — not people, Alster explains. The Food and Drug Administration, or FDA, makes rules about what kinds of colors can be added to food, cosmetics and drugs. Although FDA could regulate tattoo inks, it hasn’t done so yet. So no ink is currently approved for use in human skin, Alster notes.

That may change, however. FDA currently is studying the health effects of tattoo inks. The reason? More and more people have been reporting harmful reactions to them. Some tattoos make a person’s skin tender and itchy. This usually is due to an allergic reaction to some ingredient in colored inks, such as chromium or cobalt, Alster says. Red and yellow inks are most likely to cause such reactions, she says. But green and blue can cause reactions, too.

In some people, the skin around a tattoo may gets bumpy or scaly. “This is also due to inflammation and irritation [in response] to the tattoo inks,” Alster says. Inflammation is the pain, swelling and redness that can accompany an injury. It “may even indicate infection,” she points out.

And these reactions aren’t the only problems that can arise from a tattoo. Those created with metal inks can interfere with an MRI scan. Short for magnetic resonance imaging, doctors use these scans to look inside the body. The strong magnet in the MRI machine can heat the metal in the tattoo ink. Although it’s not usually a problem, such heating can sometimes cause burns. Tattoos also can distort the image created by the machine. That’s not to say people with tattoos should avoid MRIs if their doctors say they need them. But they do nee



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for men,unique tattoo ideas,tattoos,tattoo designs for girls,unique tattoos,unique tattoos for men,simple tattoo designs,the unique tattoo,unique tattoo design,tattoos for men,simple tattoo designs for girls,awesome tattoo design,tattoo design ideas men,too easy tattoo design,unique tree tattoo designs ideas for women,unique phoenix tattoo design for women

Still, research now indicates tattoos aren’t bad for everyone. In people who heal well, getting a tattoo may prime their germ-fighting immune systems for action — and in a good way. The rub: Until someone gets a tattoo, there’s no way to know if they will be someone who benefits or instead be harmed.

If you hate getting shots, then tattoos aren’t for you. When a person gets a tattoo, a needle injects ink into the skin, over and over and over again.

375_skin_layers.png
Tattoo ink is injected into the dermis — the thick middle layer of the skin.
NATIONAL INSTITUTES OF HEALTH
When a tattoo is done right, that ink winds up in the dermis. This layer of skin lies beneath the epidermis, the outer layer that we see. The epidermis is always growing new skin cells and shedding old ones. If tattoo ink were placed there, it would last only about a month before disappearing.

But cells of the dermis don’t replace themselves in the same way. That’s what makes this thick layer of skin the ideal spot for installing a permanent image. The dermis also is home to nerve endings, so you can feel each needle prick. Ouch! Finally, this part of the skin receives the area’s blood supply. So things can get messy as ink is injected into the dermis.

Normally, the body’s immune cells would react to being pricked and injected with ink. After all, getting a tattoo means putting foreign particles in the body. The immune system should respond by removing them — or at least trying to. But the molecules of tattoo ink are too big for those cells to deal with. That’s what makes a tattoo a permanent piece of body art.

Organic chemicals contain carbon. Inorganic ones don’t. The inks used for tattoos can be either inorganic or organic, notes Tina Alster. She’s a dermatologist, or skin specialist, at Georgetown University Medical Center in Washington, D.C. She also directs the Washington Institute of Dermatologic Laser Surgery. Inorganic inks are made of minerals, salts or the metal oxides found in nature. (Metal oxides are molecules that contain metal atoms and oxygen atoms.) Inorganic inks can be black, red, yellow, white or blue. Organic colors contain lots of carbon and hydrogen atoms. The ones used in tattoo ink are synthetic, meaning manufactured. Organic inks come in a much wider array of colors than do the inorganic ones.

375_tattooist_working.png
A tattoo artist adds red to an existing tattoo. Intricate tattoos require multiple sessions to complete.
BELYJMISHKA/ISTOCKPHOTO
Tattoo inks are made to be injected into the skin. But the pigments that give these inks their color were made for printer inks or car paints — not people, Alster explains. The Food and Drug Administration, or FDA, makes rules about what kinds of colors can be added to food, cosmetics and drugs. Although FDA could regulate tattoo inks, it hasn’t done so yet. So no ink is currently approved for use in human skin, Alster notes.

That may change, however. FDA currently is studying the health effects of tattoo inks. The reason? More and more people have been reporting harmful reactions to them. Some tattoos make a person’s skin tender and itchy. This usually is due to an allergic reaction to some ingredient in colored inks, such as chromium or cobalt, Alster says. Red and yellow inks are most likely to cause such reactions, she says. But green and blue can cause reactions, too.

In some people, the skin around a tattoo may gets bumpy or scaly. “This is also due to inflammation and irritation [in response] to the tattoo inks,” Alster says. Inflammation is the pain, swelling and redness that can accompany an injury. It “may even indicate infection,” she points out.

And these reactions aren’t the only problems that can arise from a tattoo. Those created with metal inks can interfere with an MRI scan. Short for magnetic resonance imaging, doctors use these scans to look inside the body. The strong magnet in the MRI machine can heat the metal in the tattoo ink. Although it’s not usually a problem, such heating can sometimes cause burns. Tattoos also can distort the image created by the machine. That’s not to say people with tattoos should avoid MRIs if their doctors say they need them. But they do nee

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