Tami Lynn, LMT, CNMT, Feel Free Massage Therapy, Coronado Fitness Center, 160 Ponderosa Lane (2026)

07/05/2026

Good night! 1 Peter 5:7. ... Cast all your anxiety on him because he cares for you.

05/05/2026

FYI

Your tattoo is more than just ink on the surface—it’s the result of an ongoing interaction between your body and a foreign substance that never fully goes away.

When tattoo ink is injected into the dermis, your immune system immediately recognizes it as something that doesn’t belong. Specialized immune cells called macrophages move in to contain the pigment by engulfing it. But unlike bacteria or debris, tattoo particles are too durable to be broken down. Over time, these cells die and release the ink, which is then reabsorbed by new macrophages. This repeating cycle is what keeps a tattoo visible for years—and even decades.

While this process is sometimes described as “chronic inflammation,” that phrasing can be misleading. In most people, the immune response settles into a stable, low-level state rather than an active, harmful inflammatory condition. The body essentially reaches a balance where the ink is contained without causing ongoing damage.

Some of the pigment doesn’t stay in the skin, though. Studies have shown that tiny ink particles can travel through the lymphatic system and accumulate in nearby lymph nodes. This doesn’t usually cause symptoms, but it does show that tattoo ink can move beyond its original site and remain in the body long-term.

Researchers are still working to understand what this means for overall health. Certain tattoo inks may contain trace metals such as nickel or cobalt, which can trigger allergic reactions in some individuals. There is also emerging evidence suggesting a possible association between tattoos and a slightly increased risk of conditions like lymphoma—but this link is not yet fully understood and does not prove that tattoos directly cause cancer.

As for claims about tattoos weakening vaccine responses, especially with mRNA vaccines, the evidence is still limited and inconclusive. At this stage, there is no strong scientific consensus showing that tattoos significantly interfere with how vaccines work in the body.

In short, tattoos do involve a lifelong presence of foreign particles and a controlled immune response—but for most people, this remains stable and harmless. The bigger takeaway isn’t that tattoos are dangerous, but that they represent a complex biological process that scientists are still actively studying.

Source: Nielsen, C., Jerkeman, M., & Jöud, A. S. (2024). Tattoos as a risk factor for systemic lymphoma: A population-based case-control study. eClinicalMedicine