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How To Remove Gadolinium From Brain And Body Tissue<\/strong><\/span><\/p>\n Posted on October 24, 2024<\/a> by State of the Nation<\/a><\/p>\n Facebook<\/a>Twitter<\/a>Pinterest<\/a>Reddit<\/a>Email<\/a>Print<\/a><\/p>\n Share<\/a><\/p>\n The Dangers Of Gadolinium and GBCAs<\/strong><\/p>\n Mybiohack.com<\/p>\n I have visited ERs and hospitals during my adventure to regain my health and have had my fair share of scans.<\/p>\n If you\u2019ve ever had an MRI with contrast before, then there\u2019s a likelihood that you have some levels of the lanthanide element gadolinium stored in your body and\/or brain. R<\/a><\/p>\n In this post, we will discuss the epigenetic effects of gadolinium and some experimental ways to remove it from the body.<\/p>\n Basics Of Gadolinium<\/strong><\/p>\n <\/p>\n Gadolinium<\/strong> (Gd) is a lanthanide chemical element, and highly toxic, so it must be bound to a chelated medium (which we call gadolinium-based contrast agents <\/strong>or GBCA<\/strong>),\u00a0to reduce its harmful effects. R<\/a><\/p>\n GBCAs allowed up to see the body light up during scans and has been a huge advance in medical scans.<\/p>\n Unfortunately, no revolutionary technology goes without it\u2019s downsides.<\/p>\n Gd in GBCAs was originally believed to be excreted by the body, but unfortunately we have discovered that Gd may accumulate in tissue, since GBCAs stability may deposit free Gd (Gd3+)\u00a0into tissue.\u00a0R<\/a><\/p>\n Lanthanides toxicology have been well known and Gd3+\u00a0is no exception.<\/p>\n Downsides Of Gadolinium<\/strong><\/p>\n <\/p>\n Repeated exposure to Gd has shown to accumulate in the body and brain and increase the risk of gd-related toxicity by increasing inflammation in the tissue it is in. R<\/a><\/p>\n This has been shown to independent of kidney function or impairment. R<\/a><\/p>\n Gd has been found to accumulate in the:<\/p>\n Gd mimics calcium (Ca2+)\u00a0in the body and may block voltage-gated calcium channels, therefore inhibiting Ca2+\u00a0-dependent processes such as:<\/p>\n Gd may also lower brain-derived neurotrophic factor<\/strong><\/a>\u00a0(BDNF) expression. R<\/a><\/p>\n Gd can easily (slowly) pass through and\/or disrupt the blood-brain barrier<\/strong> (BBB). R<\/a>\u00a0R<\/a>\u00a0R<\/a><\/p>\n Use of GBCAs may get into the brain easier with a disrupted BBB (such as after a Traumatic Brain Injury). R<\/a>\u00a0R<\/a><\/p>\n Gd in the brain may worsen verbal fluency<\/strong><\/a>. R<\/a><\/p>\n Gd stresses the endoplasmic reticulum<\/strong> (ER) of cells and may cause proteopathy<\/strong><\/a>. R<\/a><\/p>\n It also may directly induce cell death (necrosis and apoptosis). R<\/a><\/p>\n Gd may cause mitochondria<\/strong> to die (too much oxidative stress). R<\/a>\u00a0R<\/a>\u00a0R<\/a><\/p>\n Gd may be neurotoxic to the nervous system. R<\/a><\/p>\n For example, in a case study, Gd has shown to cause encephalopathy. R<\/a><\/p>\n In animal models, Gd has shown to cause myoclonus, ataxia, tremor, and corpus callosum damage and hemorrhage. R<\/a><\/p>\n Long-term oral administration of lanthanides has shown to affect learning and memory, swimming and walking abilities, and touch response behavior in rats. R<\/a><\/p>\n Although rare, GBCAs can cause acute allergic reactions via non-IgE-mediated mast cell degranulation<\/strong><\/a> and complement activation. R<\/a><\/p>\n GBCA exposure activates toll-like receptor<\/strong> (TLR) 4 and TLR7-mediated gene expression<\/strong>, resulting in increased production of many cytokines <\/strong>(such as IL-6), chemokines,<\/strong> and growth factors<\/strong> (ie TGF-b1). R<\/a>\u00a0R<\/a><\/p>\n Gadolinium is also a potent inhibitor of the mononuclear phagocyte system<\/strong> (MPS)\u00a0and GdCl3 is widely used to kill Kupffer cells in animal models. R<\/a><\/p>\n Gd may cause renal failure or toxicity.\u00a0R<\/a>\u00a0R<\/a><\/p>\n For example, a 56-year-old woman with normal kidney function had 2 consecutive vascular imaging procedures with GBCA and a few days later, the patient developed acute renal failure and acute tubular necrosis. R<\/a><\/p>\n Nephrogenic systemic fibrosis<\/strong> (NSF) is a major complication from Gd exposure and may possibly be worse in those with lower Klotho expression<\/strong><\/a>. R<\/a>\u00a0R<\/a><\/p>\n Gd has shown to cause acute pancreatitis. R<\/a><\/p>\n For example, Gd-induced recurrent acute pancreatitis was reported in a 58-year-old woman administered gadobenate dimeglumine for MRI.\u00a0R<\/a><\/p>\n In humans, Gd has shown to induce hepatotoxicity (vacuolar degeneration, disorganized hepatic cords).\u00a0R<\/a><\/p>\n It can also increase TG, LDL, and VLDL levels while reducing HDL levels. R<\/a><\/p>\n Gd may be hematoxic, as it has shown to reduce WBC count in animals. R<\/a><\/p>\n Gadolinium also blocks the ability for blood cells to hydrolyze ATP.<\/strong>\u00a0R<\/a><\/p>\n It make the heart more susceptible to phenylephrine (via stimulation of angiotensin II AT1 receptors).\u00a0R<\/a><\/p>\n It also reduces nitric oxide<\/strong><\/a> (NO) bioavailability. R<\/a><\/p>\n In animal models exposed to Gd, their skin had more scarring and swelling. R<\/a><\/p>\n Gd3+ has a proliferative effect on fibroblasts in vitro \u00a0and may promote their migration. R<\/a><\/p>\n Gd exposure may be correlated with osteop<\/strong>\u03bf<\/strong>rosis<\/strong>\u00a0(as Gd can substitute for calcium in the bone hydroxyapatite structure).\u00a0R<\/a><\/p>\n Total Gd3+ concentration has been shown to be significantly lower in patients with osteoporotic fractures exposed to GBCAs than in osteoarthritic patients. R<\/a><\/p>\n Insoluble deposits containing Gd3+\u00a0have been found in brain tumors following contrast-enhanced MRI. R<\/a><\/p>\n If Gd is anything like it\u2019s relative lanthanide,\u00a0samarium<\/strong>, then Gd may cause reproductive toxicity in men. R<\/a><\/p>\n Pregnancy can lead to mobilization of Gd from bone through the placenta into the fetus<\/strong>. R<\/a> R<\/a> R<\/a> R<\/a>\u00a0R<\/a><\/p>\n This may increase the risk of a broad set of rheumatological, inflammatory or infiltrative skin conditions, and for stillbirth or neonatal death. R<\/a>\u00a0R<\/a><\/p>\n Gd can alter thyroid hormones<\/strong> by binding to thyroid hormone receptors<\/strong> (THR) in the brain.\u00a0R<\/a><\/p>\n THs (especially T3 and T4)\u00a0play important roles in brain development, including the development of the cerebellum. R<\/a> R<\/a><\/p>\n Gd can directly induce cell death to these THR neurons. R<\/a><\/p>\n Gadolinium Levels And Testing<\/strong><\/p>\n <\/p>\n Having no Gd levels is good and repeated exposure can increase retention in the body.<\/p>\n Testing the bone may be the best way to get accurate levels (without looking at brain tissue).<\/strong> R<\/a><\/p>\n Testing in the hair or blood can also performed (<\/strong>get hair test done here<\/a><\/strong>).<\/strong><\/p>\n Ways To Remove And Protect Against Gadolinium<\/strong><\/span><\/p>\n \u00a0Remove:<\/strong><\/span><\/p>\n\n
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