Lumbar and sacral tattoos are popular amongst all ages. Some physicians are concerned that passing a needle through a pigmented area during lumbar puncture may deposit toxic material into the central nervous system, resulting in late complications. ⋯ There is insufficient evidence to endorse placement of a needle through a tattoo into the neuraxis before it is completely healed. The Fermi paradox 'absence of evidence is not evidence of absence of effect' still holds in light of emerging evidence that tattoos may be linked to lymphoma.
Rahul Banerjee, Anindya Banerjee, and Arnab Banerjee.
University of Buckingham, Buckingham, UK.
Minerva Anestesiol. 2024 Nov 1; 90 (11): 102210281022-1028.
AbstractLumbar and sacral tattoos are popular amongst all ages. Some physicians are concerned that passing a needle through a pigmented area during lumbar puncture may deposit toxic material into the central nervous system, resulting in late complications. In this review, we highlight the tattooing process with an emphasis on anatomy and physiology of the skin, and the pathophysiology and toxicology of tattoos. We conclude that there is perhaps no evidence yet to suggest that pigment can be transported into the central nervous system from a well healed tattoo. There is insufficient evidence to endorse placement of a needle through a tattoo into the neuraxis before it is completely healed. The Fermi paradox 'absence of evidence is not evidence of absence of effect' still holds in light of emerging evidence that tattoos may be linked to lymphoma.