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10 Detoxing After CT Scan Naturally with Vitamin, Herbs, Foods, and Detoxification Bath


CT scans can cause patients to experience excessive accidental radiation exposure which can have a negative effect on your DNA. X-rays and CT scans expose the body to ionizing radiation which increases the risk of cancer and damages genes. Current CT scans are expected to produce an increased risk of cancer that will occur in the next 10 to 20 years. When you have to do a CT scan, you should consider a number of detoxification strategies that can systematically support your body. Detoxification after a CT scan can be done by consuming some vitamins, herbs, superfoods that have high nutrition and by detoxification bath.

CT scans and other medical imaging such as mammograms, and x-rays that have relied on ionizing radiation for decades have been the real cause of all types of mutations including structural chromosome mutations. Although some types of medical imaging provide early detection of serious problems, inform treatment, and save lives, they also damage genetic material and cause cancer.

X-rays and other types of ionizing radiation can damage your DNA rather than metabolic free radicals, which are routinely produced by your cell’s natural metabolism. Ionizing radiation on a CT scan can damage the genetic material of each internal organ or cell located in the x-ray beam. This cell damage does not kill cells, they survive and accumulate with any additional exposure to X-rays or other ionizing radiation.

Why do we need to detox after a CT scan?

Radiation in the environment is always a threat to our health, both when we are at the airport or when we get on a plane. Natural radiation from land, air, food, and water accounts for 82 percent of the sources of radiation exposure that we experience, the remaining 18 percent comes from medical imaging such as x-rays and CT scans.

Radiation from dental x-rays may not be very significant because few people do dental x-rays. There is something even more dangerous when in the US around 72 million people get a CT scan. Studies published in the New England Journal of Medicine warned of the harmful effects of using CT scans that too often can cause up to 3 million excess cancers over the next 20 to 30 years. According to the National Cancer Institute, 72 million CT scans could increase the number of cancer cases to 29,000 in the coming years.

Medical imaging using CT scans exposes patients to hundreds or sometimes thousands of times more radiation. This happens because many people do not realize that they are suffering from excessive radiation exposure due to improperly programmed machines. Radiation accidents may occur due to the complexity of medical radiation technology, such as incorrect programming, poor safety procedures, software defects, and inadequate training.

The cause of patients experiencing excessive radiation exposure on a CT scan is also caused by a dose of CT scan radiation. Radiation in one abdominal CT scan is equivalent to 500 chest x-rays, a head CT scan is equivalent to 100 chest x-rays, and a full-body scan is equivalent to 900 chest x-rays. Therefore CT scan is a type of medical imaging that requires the largest dose of radiation among other types of medical imaging.

CT scan is needed at this time because it is able to provide important diagnostic information that can save lives, so that more and more of its use, making a very large population at risk for a variety of deadly cancers. DNA mutations due to excessive radiation according to some scientific studies can produce a number of new cancers. A study in the British Medical Journal in 2013 provided the amazing conclusion that just one CT scan can increase the risk of up to 24% of some forms of cancer, such as tumors in the digestive organs, ovaries, skin, brain, and thyroid.

One CT scan, it will not make you get cancer, but cell damage that occurs will not disappear and will increase with other medical exposure that may occur. Excessive radiation exposure from CT scans in a few years can also cause cardiovascular disease, arterial damage, increased risk of blood clots, cataracts, hair loss, tissue damage, loss of appetite, dry mouth, nausea, and erythema (reddened skin).

Radiation exposure from CT scans is very dangerous for pregnant women. Radiation exposure can cause birth defects in the fetus during the early stages of pregnancy. Experts also say that women who are exposed to diagnostic x-rays during the first trimester of pregnancy are 12 times more likely to have leukemia in their babies than those who are not exposed to diagnostic x-rays.

Radiation exposure from CT scans is also very dangerous for children because they have many cells and organs that develop. Children are also more sensitive to radiation than adults and they have a longer life expectancy for developing cancers. According to the American Journal of Roentgenology in 2001, children often receive the same radiation dose given to adults. This is thought to be the cause of thousands of children dying each year from CT scans they had before.

Not just CT scans, the use of X-rays for other tests such as mammography can expose you to potentially dangerous amounts of radiation and can spread dangerous cancer cells. The study also revealed that women aged 20 years and younger who were exposed to mammograms had an increase in breast cancer.

Doses used for mammography produce more radiation than chest X-rays, and the low energy used is more dangerous than higher X-rays. Therefore mammography is not recommended for women under 50 years old, but there is a better option, namely thermography for breast screening which is much safer and no radiation. Thermography examination can detect signs of breast cancer up to 10 years before a physical examination or mammogram.

It is important to know that there is no average or safe radiation dose for all types of medical imaging especially to protect the most vulnerable groups. Experts also say that long-term low-dose radiation exposure is very dangerous, so there is no safe radiation dose because the radiation is cumulative. Vulnerability varies according to the quality of one’s health. This group is like older people, young children, babies, and fetuses. Since there is no safe radiation dose, we need to immediately detoxify the harmful effects of radiation exposure from X-rays, CT scans, and other procedures.

Detoxing after CT scan by consuming superfoods and other nutritious supplements

Excessive radiation can cause DNA damage which can result in the formation of cancer. Several studies have shown that a number of antioxidants and herbal nutrients can protect the body against the dangers of ionizing radiation found in X-rays and CT scans. Besides supplements, some foods such as beans, lentils, garlic, mushrooms (reishi), and green tea are also recognized by many studies to reduce the harmful effects of radiation.

1. Consuming supplements that contain high antioxidants

Some nutritional supplements can provide impressive protection from ionizing radiation such as antioxidant supplements. Consumption of antioxidant supplements can disrupt the oxidant process so that it can reduce the risk of cancer that is triggered by radiation.

Excellent supplements for radiation protection are supplements that contain polyphenols such as resveratrol and quercetin. Polyphenols are versatile molecules found in many plant products and provide many major protective benefits. Polyphenols offer important protection from several effects of radiation on the body. Polyphenols can modify the expression of genes that protect tissue from ionizing radiation.

Polyphenols derived from green tea (polyphenols epigallocatechin gallate) can protect cells that reproduce quickly in the intestines and hair follicles from the damaging effects of radiation. Green tea polyphenols have also been shown to protect animals from radiation throughout the body, blocking lipid oxidation and prolonging life span. Research also reveals that 20 cups of green tea a day can provide 97% or more protection against atomic bomb exposure on Hiroshima and Nagasaki.

Besides green tea polyphenols, resveratrol and quercetin are among the most studied radioprotectants. Resveratrol not only has anti-tumor activity but is also radioprotective in healthy tissue. Research shows resveratrol protects rat chromosomes from radiation damage. Resveratrol has antioxidant properties that can prevent radiation poisoning in the liver and small intestine.

Other supplements that must be taken to protect from radiation are supplements that contain quercetin. The antioxidant properties in quercetin protect lipids and proteins from lethal doses of gamma radiation. Quercetin and other polyphenols can protect mitochondrial DNA from damage caused by radiation-induced oxidants and provide chromosome radiation protection. Quercetin also corrects biochemical changes in human white blood cells after CT radiation exposure.

Other antioxidant supplements that can also help protect against radiation exposure are supplements that contain Astaxanthin. Take 2-4 mg of astaxanthin for several weeks to protect your cells and tissues from exposure to CT radiation. You can also consume it 3 weeks before you take an air trip to protect the body from the effects of radiation, especially during air travel.

Astaxanthin is a strong carotenoid derived from microalgae (Haematococcus Pluvialis) to protect cells and tissues from damage. The antioxidants in astaxanthin are 65 times stronger than vitamin C. Astaxanthin not only protects us from radiation exposure, but also protects our skin from ultraviolet rays, protects our brains from free radical damage, protects our retina from blindness, and age-related macular degeneration. Research shows that mice given astaxanthin experienced far less damage than those who were in the placebo group when exposed to gamma radiation.

2. Consume foods and supplements that are high in minerals and vitamins

A high intake of vitamins and minerals can protect chromosomal damage caused by radiation. Someone who has enough minerals in his system makes cells saturated with healthy minerals so that there is little chance for radioactive minerals to be absorbed into the system.

Vitamins A, C, and E offer antioxidant protection that is proven to protect astronauts from high radiation levels. Antioxidants can also interfere with the ability of radiation to damage cancer cells. Research shows that vitamin A can increase cancer cell death and improve the effects of other radiation. Studies in an animal show that vitamin A can reverse radiation-induced gene expression abnormalities that can cause cancer.

In addition to vitamin A, vitamin C also inhibits the death of human blood cells that are triggered by radiation. Glutathione and vitamin C together help protect DNA and chromosomes from oxidative damage. Vitamin E also plays a role in increasing the inhibitory effect of radiation growth on cancerous tissue while simultaneously protecting normal cells. Vitamin E stabilizes free radicals once they are formed, reducing their toxicity, a vital effect in radiation protection. Research on mice also shows the benefits of vitamin E in protection against deadly gamma rays.

Supplements that contain vitamin C and vitamin E have been shown to increase levels of natural antioxidants (glutathione in red blood cells) and reduce levels of tissue oxidation. Patients who experience excessive radiation exposure tend to have higher levels of tissue oxidation.

A mixture of multi-supplements such as vitamin C and vitamin E plus NAC in mice exposed to lethal doses of X-rays can significantly increase survival by up to 30 days. This effect has the same results when supplements are given before or after exposure. Supplements with vitamins C and CoQ10 help deal with stress antioxidants and are needed to boost immunity and help the body trigger its own defenses. This strengthens cells by acting like cement or glue, making it difficult for radioactive cells or cancer cells to penetrate and damage healthy cells.

Supplements that contain vitamin D3 and vitamin B12 are also good ideas to detoxify the body from the dangers of radiation after a CT scan. Consuming at least 5,000 IU per day of vitamin D3 is very good for the health of the immune system. Foods like reishi mushrooms also have the same properties to boost immunity. Increased immunity will help you defend yourself against poisons and can reduce the impact after being exposed to radiation from CT scans. Supplements that contain vitamin B12 can protect the liver and reproductive organs from cobalt-60.

Foods high in potassium, potassium, iron, zinc, and calcium are also important for protecting the body from radiation exposure. You can consume potassium supplements and other foods high in potassium including avocados, sea vegetables, and green vegetables. Potassium competitively inhibits the absorption of cesium, while calcium and potassium are very helpful in replacing cesium and helping cesium 137 be eliminated in the body. Calcium also protects bones from strontium-90, strontium-85, barium-140, and radium. Potassium protects muscles, kidneys, liver, and reproductive organs from cesium-134, cesium-137, potassium-42, and potassium-40. Iron is able to protect the lungs, liver, and gonads from plutonium-238, plutonium-239, iron-238, and iron-239. Zinc protects bones and gonads from zinc-65.

3. Consume foods that contain high iodine naturally and function as a radiation chelator

Lack of natural iodine makes us vulnerable to radiation exposure in the environment. Lack of natural iodine makes our body more likely to absorb radioactive iodine from the environment because our body cannot recognize the difference between natural iodine and radioactive iodine. Iodine also protects the thyroid and gonads from iodine-131. Foods that contain naturally high levels of iodine such as chlorella and spirulina also help in detoxification and can accelerate the removal of radioactive iodine from the body.

Taking supplements like Chlorella can also be used for detoxification after a CT scan. Chlorella is a single-celled freshwater alga that is rich in chlorophyll, iron, magnesium, protein, amino acids, and other nutrients. Chlorella has the ability to bind heavy metals and unwanted chemicals and radioactive particles in the body so it is called a radiation chelator.

Chlorella has also been proven to neutralize toxins in the body and is often used when someone is poisoning mercury. Choose pure and certified Chlorella supplements that are free of mercury. If you are pregnant or breastfeeding women, and anyone who has an allergy to iodine, and has blood clotting disorders, it’s best to avoid this supplement.

Not only chlorella, organic spirulina or blue-green algae also helps detoxification after CT scans and MRIs. Spirulina is one superfood that contains many elements that help support the immune system, improve digestive function, and healthy intestines and healthy eyes and eyesight. Spirulina helps detoxification by improving liver function and helps eliminate toxins such as heavy metals and other pollutants from the body.

Spirulina is also used to increase red and white blood cells in children affected by radioactivity from the Chernobyl nuclear plant accident by administering 4 grams of spirulina per day for 21 days. You can add spirulina to the soup or mix it in a smoothie.

Another marine biota that can also be used to detoxify radiation and contain high levels of iodine is seaweed. Seaweed has been proven to be able to neutralize radioactive isotopes in the human body. Brown seaweed also has algin which can bind to radioactive strontium to make compounds that are harmless and easily removed.

Seaweed also functions to maintain thyroid function and maintain healthy levels of iodine in the body. Seaweed is also a natural chelator which is food that actively pulls radioactive material and pulls it out of the body through the process of intestinal and kidney excretion. The seaweed family contains the most sodium alginate. Sodium alginate is an important chelator to remove radioactive material from the system. Sodium alginate is also reported to be able to bind to other metal pollutants, such as excess lead, cesium, plutonium, barium, and cadmium.

Eating seaweed 5 to 10 grams a day can protect the body from iodine absorption. Iodine absorption is a radioactive hazard found in nuclear products. It is best to consume seaweed from organic sources that are not contaminated to maintain iodine levels. There are many types of seaweed that you can consume such as nori (for sushi rolls), dulse, wakame (for miso soup), arame, hijiki, jelly, and kombu.

In addition to seaweed, other foods high in iodine are Swiss chard, garlic, turnips, red onion, watercress, asparagus, mustard greens, spinach, water spinach, oranges, watermelon, and pineapple. Keep in mind that too much iodine can cause over stimulation of the thyroid. Therefore, it is necessary to consult a doctor about how much iodine should be consumed if a person is treated for hyperthyroidism or cardiovascular disease.

4. Consuming spices and herbs

Consuming herbs, spices, and other plant extracts can also protect our body from exposure to CT scan radiation. Spices such as curcumin, garlic, ginger, ginkgo Biloba, ginseng, and other southern Asian spices have strong radioprotective effects as a result of antioxidant modification and gene expression modification.

Curcumin supplements have antioxidants that protect normal tissue from radiation and regulate genes responsible for cell death in cancer, thereby increasing tumor destruction by radiation. This antioxidant effect increases survival in animals exposed to high doses of radiation. Curcumin also reduces DNA damage and tumor formation in mice.

Garlic extract also offers radiation protection because it has a high sulfur content to support natural antioxidant systems such as glutathione. Garlic extract can prevent radiation damage to chromosomes in vulnerable bone marrow cells and protect red blood cells from radiation damage by mechanisms related to glutathione. Not only garlic extract, but the ginger extract also increases glutathione activity and reduces lipid peroxide by a separate and complementary mechanism.

Ginkgo biloba is often used to increase circulation and improve memory in a person. Taking supplements containing ginkgo Biloba extract can also protect animal organs from damage caused by direct radiation, and in humans from cell damage after radioactive iodine treatment. Ginkgo biloba extract reduces the clastogenic factor, which is DNA damage in the blood of humans and animals that are exposed to radiation. Research shows that ginkgo Biloba extract can reduce abnormal cell levels by up to 60% in irradiated human blood.

Another plant that has an extraordinary radioprotective effect in traditional medicine is ginseng. Indian, American and Siberian ginseng is believed to help the body cope with stress and can improve your overall immune performance. Ginseng extract can protect human white blood cells from DNA damage even up to 90 minutes after exposure to radiation. Ginseng extract also has antioxidants that can protect against various tissues that are sensitive to CT scan radiation, including cells in the bone marrow, testicles, and spleen. Not only does ginseng protect against DNA damage, but it also protects hair follicles and other tissues that quickly reproduce from radiation damage. This is because ginseng has an immunomodulatory effect that is very useful in defending the body from radiation damage.

Besides ginseng, bee pollen is also a strong anti-radiation food and is rich in vitamins A, B, C, and E, cysteine, lecithin, nucleic acids, and minerals such as calcium, magnesium, and selenium. Nucleic acids in bee pollen have been shown in various studies to increase the survival of mice to radiation. Lecithin in bee pollen is also able to protect against strontium-90, X-rays, krypton-85, iodine-131, ruthenium-106, zinc-65, potassium-42, barium-140, and cesium-137. Bee pollen can also specifically protect against the accumulation of plutonium-239 and iodine-131 in the gonads. Research from Dr. Peter Hernuss at the University of Vienna Women’s Clinic reported in Fighting Radiation and Chemical Pollutants with Food, Herbs, and Vitamins showed that bee pollen significantly reduced the side effects of radiotherapy and cobalt-60 radiotherapy in women treated for uterine cancer.

Other herbs that can be consumed to protect against radiation are rosemary, astragalus, echinacea, Panax ginseng, and chaparral. Chaparral has a powerful antioxidant known as NGRA and they are one of the plants that survived atomic testing in Nevada.

5. Consuming soy, which is rich in genistein

Soybean supplements, which are rich in genistein have also been shown to increase resistance to radiation. Genistein is an isoflavone that can protect mice from ionizing radiation injury by providing protection against radiation-induced lipid peroxidation that disturbs the membrane and cell structure. Genistein in soy also stimulates the production of red and white blood cells, this is important when blood stem cells that quickly reproduce in the bone marrow are one of the most vulnerable to the effects of killing radiation.

The research also revealed that miso soybeans were proven to increase resistance to radiation among laboratory mice five times. Many health experts also say that miso is effective for detoxifying body radiation. Miso is rich in B vitamins so it is suitable for vegetarians who lack vitamin B.

Genistein also ensures that you get enough BBI protective protein. Bowman-Birk Inhibitor (BBI) is a radioprotective inhibitory enzyme that can activate genes involved in DNA repair. BBI increases the survival of healthy cells, not diseased cells, after exposure to CT radiation. You can get the benefits of BBI through soy milk, soy concentrate, and soy protein isolate, making it very easy to find radioprotectants.

6. Consuming vegetables and fruits

Consume vegetables and fruits that are dark green, red and orange such as sweet potatoes, tomatoes, apricots, water spinach, beets, carrots, spinach, and celery. Fruits and vegetables contain carotenoids that can significantly reduce chromosomal damage in humans exposed to radiation. They also contain flavonoids which are useful for protective effects under stress conditions such as irradiation. Research shows that the flavonoids contained in the orange extract have protective activity and reduce the effects of clastogenic radiation, on the bone marrow of mice. Some of the sulfur-containing cruciferous vegetables such as cabbage, broccoli, and Brussels sprouts are a powerful detoxifying agent that can help remove radiation from the body.

Fruits that are highly recommended for detoxification after radiation exposure are apples and beets. Organic apples that have high pectin bind to radioactive residues and help remove them from the body. Beet juice is very high in anthocyanins which are active against cancer and leukemia. J. Wolsieffer study reported in the Journal of Dental Research in 1973 revealed that beets protect the body from absorption of plutonium as evidenced in rats exposed to radiation and fed with pulp bits having 97% to 100% less absorption of cesium than mice that were not given pulp bits.

Indian gooseberry is a fruit that can also provide a protective effect against lipid peroxidation and protection of cells that divide rapidly in the intestine. Research shows that consuming Indian gooseberry (Emblica-Officinalis) can increase lifetime and reduce mortality from mice exposed to whole-body radiation.

Not only oranges can reduce the effects of radiation because it has flavonoids, but lemon balm also has the potential to protect our cells from radiation. Research reveals that drinking 1.5 grams / 100 ml of lemon balm tea twice a day for 30 days can provide a protective effect against low daily radiation exposure. Research also shows an increase in glutathione peroxidase and superoxide dismutase (SOD), both of which are useful to protect from oxidative damage and protect the layers in cell membranes. Lemon balm can also protect DNA in the cell nucleus and reduce lipid peroxidase damage to cell membranes.

7. Going on an alkaline diet

Taking an alkaline diet by consuming plant foods can also protect body cells against radiation after a CT scan. Research published in 1980 in the International Journal of Radiation, shows that if the pH of the cellular fluid is slightly alkaline it will protect cells against radiation. There are many foods that you can choose to go on an alkaline diet such as grains, fruits, vegetables, nuts, and soy products such as tempeh and tofu. The alkaline diet not only protects you from radiation exposure, but can also prevent cancer, maintain a balanced calorie intake, improve digestion, treat gout, and inhibit the process of premature aging.

One way to go on an alkaline diet is to keep the body hydrated. Keeping the body hydrated is also very important especially after we are exposed to radiation from CT scans. A hydrated body makes our body’s natural defenses work properly and allows the body to remove residual radiopharmaceuticals that are eliminated through urine. In addition to increasing our susceptibility to dehydration, radiation with iodized contrast media causes reversible kidney disorders due to the narrowing of the kidney vessels and kidney hypoperfusion. Keeping the body hydrated is recommended to dissolve iodized contrast media in our blood and increase our kidney perfusion by increasing blood volume. To keep the body hydrated after administration of iodized contrast media it is recommended to drink plenty of water or inject IV saline. Drinking lots of ionized alkaline water is also recommended after exposure to radiation to help remove radioactive tracers from your body.

8. Consume Other Effective Radioprotective Nutrition

In addition to some nutrients that contain antioxidants as above, some nutrients can also help protect us against radiation exposure from CT scans. Licorice extract can block DNA damage and protect lipids from radiation-induced peroxidation. Silymarin, milk thistle extract can protect liver tissue from radiation damage and protect liver cells from chemical poisons. Silymarin also reduces DNA damage and prolongs survival in animals that are exposed to dangerous levels of radiation.

Detoxing after CT scan with a detox bath

Detoxification from radiation exposure can be done with a detoxification bath with Epson salt, Himalayan salt, or clay to help the body metabolize substances faster.

9. Detox the bath with sea salt and soda

You can also detoxify the body from exposure to ionizing CT scanning by detoxifying baths, to remove external radiation or pollutants. Radiation exposure causes the body to become acidic, whereas salt and soda baths have very basic properties, so bathing with salt and soda helps neutralize the effects of radiation. Bathing with sea salt and soda is one of the most effective ways to detoxify the body from chemicals and counteract the effects of CT scan radiation.

You can add one pound of sea salt and one pound of baking soda to warm water that you have prepared before. Use more for a larger bathtub and try to soak your body as much as possible, leaving it for 30 minutes to 1 hour for the best results. Once done, you can immediately take a shower again to wash soda, salt, and various pollutants. You have to clean the tub, to completely remove residual pollutants. Prepare another mixture of sea salt and soda for each additional person who wants to detox. You can use pickle salt or Morton sea salt, but some people also use Epsom salt, known as magnesium sulfate. Epsom salts are known to have the ability to remove toxins through your skin.

Detoxification baths with sea salt and soda sometimes make people feel tired and weak at first. But as soon as most of the radiation energy that accumulates from the body disappears, you will feel more relaxed. You are also advised to drink as much water as possible, which is two glasses of water before, during, and after a detox bath to help revitalize yourself and to prevent fatigue. Often a person experiences dizziness or rapid heartbeat during bathing, so you need to slowly get out of the tub with someone’s help. If you find it inappropriate to do this, you can consult your doctor before trying to do a detoxification bath with salt and soda.

You can do a detoxification bath with sea salt and soda after a plane trip, after a dental x-ray, CT scan, and after a medical x-ray. This detoxification bath with sea salt and soda can be done two to three times per week to help ward off radiation and remove toxins from the body’s largest organ, the skin. In addition to a detox bath, you can rub sea salt soda and soda after an x-ray and CT scan. Fill paper sacks with baking soda and sea salt, rub the bag over the x-rayed area or CT scan for a few minutes. You can also add a few drops of essential oil.

10. Detoxification bath with clay

Not only bathing with sea salt and soda, but clay baths can also detoxify from radiation exposure after a CT scan. Clay is a natural way to detoxify and neutralize radiation in the body. Walking barefoot on sand, grass or soil also allows negative healing ions from the soil to flow into our bodies and can reduce inflammation. You can mix 1 cup of clay with a little water to make a clay bath. You can also mix it with 1 cup of Epsom salt to get maximum results. Soak your body for 30 minutes and then rinse with a quick shower.

DISCLAIMER is committed to providing information on natural and alternative health but is not written by health care professionals. All material provided at is for informational purposes only and is not to be taken as medical advice or recommendation. Any health concern or condition should be addressed by a doctor or other appropriate health care professional. The information and opinions found on this website are written based on the best data available at the time of writing and are believed to be accurate according to the best discernment of the authors. Those who do not seek council from the appropriate health care authority assume the liability of any injury which may occur. Additionally, the opinions expressed at do not represent the views of each author or contributor to The publisher of this site is not responsible for any errors or omissions in any content herein.


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