Cholestyramine (CSM) is a bile acid sequestrant, traditionally used to lower cholesterol. Now it is being used to help with other stubborn health issues. Cholestyramine does not get absorbed in the body and is a great option for helping you to bind and eliminate biotoxins.
- Introduction to Cholestyramine
- Cholestyramine Snapshot
- The Benefits of Cholestyramine
- 1) Cholestyramine Helps CIRS and Biotoxin Issues
- 2) Cholestyramine Can Stop Diarrhea
- 3) Cholestyramine Treats Bacterial Infection
- 4) Cholestyramine Improves Blood Sugar Control in Diabetes Patients
- 5) Cholestyramine Combats Hyperthyroidism
- 6) Cholestyramine Treats Digoxin Intoxication
- 7) Cholestyramine Prevents Itching
- 8) Cholestyramine Reduces Pain
- 9) Cholestyramine Reduces Inflammation
- 10) Cholestyramine Treats Anemia
- 11) Cholestyramine Promotes Gallbladder Health
- Cons of Cholestyramine
- Using Cholestyramine
- What to Expect
Introduction to Cholestyramine
Cholestyramine (CSM) prevents bile from being reabsorbed into the body, this is what makes it a bile acid sequestrant. Cholestyramine has been used for years without complication for lowering cholesterol levels.
Now it is being used off-label to help with other stubborn health issues including treatment of CIRS and other biotoxin-related illness.
The Benefits of Cholestyramine
1) Cholestyramine Helps CIRS and Biotoxin Issues
Cholestyramine is helpful in a few ways. First, it can bind directly to a wide variety of toxins. Second, it can help flush bile and LDL cholesterol out of your system, both of which contain toxins.
a) Cholestyramine Binds Directly to Toxins
Cholestyramine (CSM) has been very successful at lowering inflammation and improving VCS scores (a test used to determine neurotoxicity) for patients with Chronic Inflammatory Response Syndrome (CIRS). There are other binders that have been used with success, but CSM is the only scientifically studied way to eliminate biotoxins from the body.
CSM binds ionophores from a wide variety of biotoxins produced by fungi, cyanobacteria, lyme, and other infections, and excrete them from the body. Some toxins include Psalmotoxin, a spider toxin (R), Caribbean ciguatoxin (R), responsible for Ciguatera fish poisoning (CFP) (R) and Brevetoxin, responsible for neurotoxic shellfish poisoning (NSP) (R).
You can see the polycyclic ethers, surrounded by several double bonds. The CSM fits between, the positive charges attracting the negative charge of the toxins.
However, the most common toxins that can be bound by CSM come from a multitude of toxins produced by mold.
Ochratoxin A, a mycotoxin fund in a wide variety of raw and processed foods such as coffee, dried fruits, wine, nuts, beans, bread and rice, is a potent neurotoxin that can cause chronic effects in kidneys. It is genotoxic (damages DNA) and teratogenic (damages the fetus), and is considered a probable carcinogen. (R) Ochratoxin is another toxin that is bound by taking CSM.
Cholestyramine is almost like a “glue” for biotoxins. It is a long polystyrene chain molecule with side groups of positively charged nitrogen called quaternary ammonium (1.43 Angstroms) (Shoemaker Conference, 2016). The shape and size of the positively charged molecules on the CSM are relatively the same size as many negatively charged biotoxins (at 1.41 Angstroms), making it easy for the CSM to bind to them. Once the biotoxins are bound within the gastrointestinal track, the CSM prevents them from being reabsorbed into the intestines, before finally being excreted in the stool.
Cholestyramine will not be able to bind to every toxin (for instance, the botulinum toxin are too large), but it can bind to a majority of toxins that are relatively similar to its size. Several of the toxins that it can bind to are in the chart below (in red).
b) Cholestyramine Helps Flush Bile
Cholestyramine is composed of positively charged resins that bind to bile acids in the intestine in order to be excreted from the body.
Cholestyramine forms insoluble complexes with the bile, which is then excreted from the body [R].
By lowering bile, which stores toxins, that can also help reduce the toxic burden in the body.
c) Cholestyramine Reduces LDL Cholesterol
Serious infections can trigger sepsis, an inflammatory response throughout the body in response to the presence of bacteria or the byproducts of bacteria (herxheimer reaction) that have been killed by antibiotics.
Sepsis isn’t an active infection, it’s your body’s response to the toxic parts of an infection.
When your body responds aggressively to an infection you will see high temperatures, racing heart, and low blood pressure, which is the case in CIRS as well.
Even if you defeat the infection, your body has a memory that can trigger a response when it finds parts of the toxin in your blood stream (R).
Researchers found that the death rate from sepsis went down when they gave people a powerful drug to flush the LDL cholesterol out of their body (R).
Patients that had a daily treatment of cholestyramine had reported levels of 50-80% less cholesterol compared to average control levels [R].
By lowering LDL cholesterol, cholestyramine can lower the toxic burden in your blood.
2) Cholestyramine Can Stop Diarrhea
People who suffer from diarrhea can use cholestyramine to treat it.
Bile acid can stimulate the colon and cause diarrhea. However, after cholestyramine makes bile acid insoluble, the bile acid passes through the bowels and does not stimulate the colon, preventing diarrhea from happening [R].
Cholestyramine was found to be one of the most effective drugs to treat diarrhea, with a success rate of more than 70% [R].
3) Cholestyramine Treats Bacterial Infection
Bacteria clostridium difficile can overgrow in the digestive tract and release toxins that attack the lining of the intestines. It can be treated using Cholestyramine and is used in conjunction with another drug called vancomycin to treat diarrhea and other symptoms related to this bacteria infection [R].
4) Cholestyramine Improves Blood Sugar Control in Diabetes Patients
5) Cholestyramine Combats Hyperthyroidism
6) Cholestyramine Treats Digoxin Intoxication
Digoxin is a drug used to treat heart failures. Toxic levels of digoxin can cause health problems, and cholestyramine will reduce levels and decrease the performance of digoxin [R].
7) Cholestyramine Prevents Itching
Cholestyramine used in ointments can be also used to heal diaper rashes in babies [R].
8) Cholestyramine Reduces Pain
9) Cholestyramine Reduces Inflammation
Cholestyramine and mesalazine treatment can be used to treat collagenous colitis, a chronic inflammatory disease of the colon [R].
10) Cholestyramine Treats Anemia
Cholestyramine, coupled with flunarizine and pentoxifylline can help treat spur cell anemia, which is a lack of red blood cells due to alcoholism. This treatment of 3 drugs helped patients recover from anemia and also reduced the number of spur cells in the body [R].
11) Cholestyramine Promotes Gallbladder Health
Cholestyramine is shown to increase emptying of the gallbladder. This prevents gallstones from forming and is good for your health [R].
Cons of Cholestyramine
1) Common Side Effects of Cholestyramine
2) Cholestyramine Reduces Vitamin Absorption
You need to supplement with Vitamin K2 if you’re taking cholestyramine.
3) Cholestyramine May Decrease Mineral Levels
Magnesium, Iron, and Zinc levels were found to decrease in rats that underwent cholestyramine diets. They also had increased urinary excretion of calcium and magnesium; however, calcium levels remained normal [R].
4) Cholestyramine Might Cause Liver Damage
High levels of alanine aminotransferase in the blood can lead to liver damage. In a study done on healthy adults, they were given a daily dose of 8g of cholestyramine and their levels of alanine aminotransferase increased by more than three times. This huge increase was also coupled with cell death in the liver, which means that cholestyramine plays a part in liver damage [R].
5) Cholestyramine Can Lower Thyroid Hormones
Bile activates receptors that increase thyroid hormones (TGR5).
By binding to bile, your thyroid hormones will go down, which is why it’s good for hyperthyroidism.
6) Drug Interactions
Cholestyramine can decrease the absorption and prevent full performance of the following drugs [R]:
- Digoxin [R]
- Diclofenac [R]
- Warfarin [R]
- Hydrochlorothiazide [R]
- Leflunomide [R]
- Cerivastatin [R]
- Glipizide [R]
- Troglitazone [R]
Adults usually take 4g of the pure CSM on an empty stomach (1 hour after food) 3-4x a day. It’s best to eat something with fat 30 minutes after taking CSM in order to help stimulate bile. You may also take CSM 30 minutes before a meal.
Make sure to take CSM 3-4 hours away from medication to avoid binding of the medication. For this reason take vitamins first thing in the morning is most efficient.
It’s a good idea to check VCS before taking CSM so that you can monitor its decrease as you continue taking CSM. Some will also test MMP9 before taking CSM. You’ll see why in the “What to Expect” section.
Generally, it’s best to mix several binders in water for the best results, such as a scoop of Activated charcoal, Clay, a few caps of Chitosan-micro, 4g of CSM and Magnesium (taking this mixture with magnesium calm at night helps cover the taste of CSM).
You must be able to go to the restroom in order for the binders to have an effect, and the magnesium helps to offset any constipation effect. If you have major gastrointestinal problems, work up your dosage slowly, or as tolerated. For these people, it’s best to take a break after 3 months.
Dr. Shoemaker recommends someone with CIRS take Cholestyramine until their VCS test is normalized. This can sometimes take longer than 3-6 months.
However, because long-term use can occasionally cause slight problems with your liver, it’s usually best to stop at the 3 or 4 mark and continue taking other binders in order to help your liver recover if need be. But toxins in the body can cause a lot of damage to the liver in general, so it’s best to get them OUT as soon as possible.
What to Expect
Some people can begin to see improvement in their VCS tests (a test used to determine neurotoxicity) within a month of taking Cholestyramine. There are also cases of people with CIRS taking CSM and immediately having their symptoms disappear. This is rarer and usually requires a longer length of treatment.
Others may experience what Dr. Shoemaker describes as an “intensification,” meaning a short-term rise in symptoms after taking CSM, which then usually dies down over the next day or few days. If the intensification takes a long time to resolve, it’s best to temporarily stop CSM, then add it back in at a reduced dose of 4g 2x a day.
If the intensification occurs again and lasts awhile, you can take an MMP9 test to see if it has increased. If so, this is another clue that treating infections is a good next step before adding CSM back into the picture again.
There is no real data on why this happens, but the theory is that perhaps this is due to an already increased MMP9, or a current lyme infection (I believe it could also be due to other infections which cannot be targeted directly by CSM and may require treatment in addition to the CSM). In this case, CSM is potentially increasing the release of toxins, causing a temporary spike in cytokines before they are then excreted from the body.
Usually, if MMP9 has increased after an intensification, it is a good idea to take a high dose of fish oil, and stay on an anti-inflammatory, low-lectin, low-tannin diet (you should be on this diet anyway throughout treatment). After 30 days your inflammation levels should be reduced and you may begin taking CSM at the regular dose of 4g, 3-4x a day (as tolerated) dose.
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