How to Detox From MRI Scan

doctor doing MRI Scan

Magnetic Resonance Imaging, more commonly known as MRI, is a powerful tool in the world of medical diagnostics. Beyond its ability to capture detailed images of the body’s internal structures without the use of harmful radiation, Magnetic resonance imaging provides invaluable insights that assist in the diagnosis and management of numerous medical conditions. A key element that augments the clarity of MRI scans is the use of contrast dyes, specifically in procedures dubbed ‘MRI with contrast’.

Gadolinium and Contrast Agent

MRI contrast agents play a pivotal role in enhancing the visibility of internal body structures, allowing radiologists to discern between healthy tissue and possible abnormalities. Among these agents, those based on gadolinium stand out due to their unique properties that make them especially valuable in MRI procedures. When introduced into the body, gadolinium-based agents help in obtaining clearer images of targeted areas. This is mainly because gadolinium impacts how the MRI signals are received, thus making anomalies more distinguishable.

However, for all its diagnostic advantages, the use of gadolinium isn’t without concerns. The blood-brain barrier, a protective layer preventing potentially harmful substances from reaching the brain, can sometimes be bypassed by gadolinium. This introduces the potential for gadolinium toxicity, especially when accumulation occurs. Such toxicity can adversely impact the nervous system, manifesting in a variety of symptoms and complications. From skin changes to muscle twitches, the range of manifestations demands caution when administering gadolinium-based agents.

The Interplay Between MRI and Kidney Function

Kidneys, our body’s natural filtration system, play an instrumental role when it comes to the excretion of foreign substances, including gadolinium. For the majority of individuals, the body’s ability with the help of normal kidney function, will expel the gadolinium shortly after the MRI procedure. This is why, prior to undergoing an MRI with contrast, the renal function of a patient is often checked to ensure that the kidneys are working optimally.

However, challenges arise when there’s impaired kidney function. Poor kidney function can lead to a condition known as nephrogenic systemic fibrosis, a rare but serious disease linked to gadolinium exposure. This condition involves the hardening or thickening of the skin and can also affect internal organs. Thus, it’s paramount to understand a patient’s renal health before exposure to gadolinium.

It’s also worth noting that gadolinium’s relationship with the human body isn’t short contrast medium-lived. There’s an emerging understanding of gadolinium’s chronic nature, where traces of the agent might remain in the body for extended periods, leading to accumulation. This prolonged presence, particularly in the bones and organs, is still under investigation, with researchers striving to understand its long-term implications.

Natural Ways to Aid Detoxification After an MRI

Following an MRI with contrast, many individuals seek methods to help their body expel any lingering gadolinium or to simply rejuvenate. Starting with the body and food chain to drink plenty of water is at the forefront of these natural detoxification methods. Consistently consuming adequate water, especially aiming for at least eight glasses daily, can expedite the elimination process of foreign agents from the body.

Diet, too, plays a vital role in the detox process. Incorporating certain foods like coconut oil, known for its myriad health benefits, can promote healing and detoxification. Brazil nuts, which are naturally rich in selenium, are believed to have beneficial properties that support the body in dealing with heavy metal residues. These nuts not only provide essential minerals that help in displacing heavy metals but also bolster the immune system.

Another holistic approach to detoxification is the use of infrared sauna. These saunas help the body sweat out toxins, including heavy metals, through the skin. The deep penetration of infrared rays stimulates the release of toxins, aiding in their detox.

Natural binders, especially activated charcoal, have been revered for their capacity to bind to toxic metals in the body, facilitating their removal. These binders act like magnets, attracting and encapsulating toxins to safely escort them out of the body.

Lastly, ensuring an intake of essential minerals is pivotal. Minerals such as magnesium and zinc can displace heavier metals, assisting the body in its natural detox process.

Supplements and Remedies

Beyond a natural way, certain supplement protocol will further support the detoxification journey. Glutathione cream stands out as a notable recommendation. Often dubbed the “master antioxidant”, glutathione plays a cardinal role in protecting cells from the harmful effects of oxidative stress and bolstering liver function.

Similarly, baking soda has been proposed as an aid due to its alkalizing properties, while chelated mediums are believed to help in binding and removing unwanted agents helping decrease negative effects.

Despite the availability of these remedies, it’s essential to recognize and respect the body and food chain’s intrinsic ability to detox. Often, a balanced approach combining natural methods with sensible supplementation yields the best results.

Potential Side Effects and When to Seek Medical Attention

MRI of brain : brain injury

While MRIs are generally considered safe, there are potential side effects related to the use of gadolinium-based contrast agents. A crucial aspect of post-MRI is recognizing and understanding the symptoms of gadolinium retention.

Symptoms can manifest in various ways, such as oxidative stress, which involves an imbalance between free radicals and antioxidants in your body, leading to cell and tissue damage.

Additionally, mitochondrial dysfunction can occur, affecting the cell’s energy production center. In severe cases, cell death might be observed, which could be detrimental to overall health.

Another concerning side effect involves DNA damage. Our DNA contains the code that directs all cellular activities. Any DNA damage can have significant implications, potentially affecting cell replication and leading to various health complications.

Moreover, while rare, patients can experience severe allergic reactions to the contrast dye used in the MRI. Symptoms of an allergic reaction might include difficulty breathing, swelling, or intense skin reactions. Should any of these occur, it is imperative to seek immediate medical attention.


Medical imaging, particularly MRI, has revolutionized diagnostic medicine, offering detailed insights into the body’s interior without invasive procedures. While both CT scans and X-rays utilize ionizing radiation, making patients vulnerable to radiation exposure and the potential for radiation toxicity afterward, MRI operates differently.

However, like all medical interventions, it comes with its set of considerations. Gadolinium, used in MRIs with contrast, presents both advantages in diagnostics and potential health risks.

As we navigate the complex world of medical technology, the onus lies with both medical professionals and patients to remain informed. Especially when considering an MRI with contrast, understanding the risks and benefits can lead to more informed decisions, ensuring health and safety are at the forefront.