09/09/2026
Are you copper deficient? Do you have varicose veins? Aortic aneurysms and other health problems can be a deficiency or toxicity. Cleanse and get those proper labs done by a naturopathic physician who are truly trained in this nutritional human chemistry.
Below are some studies to geek out on. Find providers on our website. Get a health coach to guide you. Free consultations reach out or self book on our website vpgwaves.com
Main finding related to copper & vessels
Copper deficiency & aortic wall
Rat, copper‑deficient diet
Reduced elastin/collagen, weaker aorta, predisposition to rupture Copper transport & aneurysm
Mouse, ATP7A (copper transporter)Impaired copper handling promotes vascular inflammation and aortic aneurysm development Dietary copper & microcirculation
Review of animal/human data
Copper needed for normal microvascular integrity and function; deficiency alters microcirculation Copper & elastin crosslinking
Cell culture, Cu²⁺ nanoparticlesCopper enhances elastin crosslinking and fiber formation—mechanistic support for its role in vessel elasticity Clinical summary on veins/aneurysmsMedical review
Copper deficiency can contribute to aneurysms/varicose veins via impaired collagen/elastin, but evidence is limited and not definitive What these studies actually showConnective tissue mechanism:
Copper is required for the enzyme lysyl oxidase, which cross‑links collagen and elastin. When copper is low, vessel walls can become weaker and less elastic, which can predispose to aneurysm formation and possibly varicose veins.
Animal data on aneurysms:
In copper‑deficient rats, aortas show reduced elastin and collagen and decreased tensile strength, with rupture attributed mainly to loss of elasticity—this is strong mechanistic evidence, but in animals, not humans. Genetic copper disorders (Menkes, ATP7A):
Severe copper transport defects cause tortuous, fragile vessels and increased risk of vascular problems, including aneurysm‑like changes, again supporting copper’s importance for vessel integrity. Varicose veins:
Theoretical link: weakened venous walls from poor collagen/elastin cross‑linking. But direct, high‑quality human studies proving copper deficiency as the cause of varicose veins are lacking; most data are mechanistic or extrapolated. Bottom line
Copper deficiency is a plausible contributing factor to aneurysms and possibly varicose veins through its role in collagen/elastin cross‑linking and vessel wall strength. The literature supports mechanism and animal evidence, plus strong signals from genetic copper disorders—but it does not establish copper deficiency as the single “root cause” of these conditions in typical human populations.
