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Posted by on Feb 20, 2019 in Lifestyle | 0 comments

Tattoo Ink May Enter The Lymph Gland

Tattoo Ink May Enter The Lymph Gland

Every time the tattoo needle pierces the skin, the puncture causes injury to the skin and causes the body to begin an inflammatory process which is the method of the skin to deal with the danger. Immune system cells will arrive at the wound site and begin to repair the skin. These immune system cells make tattoos permanent on your skin. In the meantime, call the finest tattoo removal denver whenever you want to remove the permanent tattoo on your skin.

Where are tattoo ink spread?

Most pigment tattoo ink stays on the skin after someone is tattooed. Ink that is not cleaned by immune system cells, called macrophages, will remain in the dermis layer of the skin, so that tattoo designs can be seen on the person’s skin.

Researchers say that usually, tattoo ink will not move too far from the injection site. However, there is still some ink that can move to other parts of the body, especially the lymph glands. In a study published in the Journal of Scientific Reports, it was proven that tattooed people could have enlarged lymph nodes and found tattoo ink pigments in their lymph nodes.

To investigate the side effects of the spread of tattoo ink pigments, the researchers used several different tests to analyze the form of ink that could enter the lymph nodes and the damage that the pigment might cause. The experts found that nanoparticles or particles that are less than 100 nanometers in size are most likely to move and enter the lymph nodes.

The study found that carbon black, which is one of the most commonly used ingredients in tattoo ink, seems to easily break down into nanoparticles and end up in lymph nodes. They also found titanium dioxide (TiO2), which is a common ingredient in white pigments which is usually combined with other colors to create certain nuances in the lymph nodes. This type of ink does not seem to break into particles as small as black carbon, but some larger titanium dioxide particles can still be detected in the lymph nodes in the study.

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