In general, echinacea is safe to consume, and serious adverse effects seem to be uncommon.
The more frequent echinacea adverse effects are as follows:
- headaches
- dizziness
- feeling unwell
- belly pain
- constipation
- skin repercussions (redness, itchiness and swelling)
- Children are more likely to have them.
Echinacea use for longer than 8 weeks at a time may cause liver damage or immune system suppression. If you are taking medications known to have an adverse effect on your liver, herbalists advise against taking echinacea.
If you use any additional medications, herbs, or supplements, check with your doctor first.
Using echinacea safely
If you want to substitute echinacea for your cancer therapy, let your doctor know. Additionally, if you are considering taking it concurrently with your cancer therapy.
In some people, it may not be safe to use in conjunction with other cancer treatments.
Echinacea may impair the effectiveness of some chemotherapy medications, including etoposide.
Sometimes pharmacists and medical professionals advise lymphoma patients not to consume echinacea. This is so that it won’t affect how they’re being treated.
Researchers discovered that echinacea and etravine were safe to ingest together in HIV-positive individuals.
If any of the following apply to you before consuming echinacea:
- are breastfeeding or pregnant
- have a medical condition like autoimmune illness, HIV, or AIDS that impairs your immune system
- are medicating to weaken your immune system because it might fight them
- are under 12 years old
- There is a possibility of allergic responses including skin rashes, according to the medical health regulatory association (MHRA).
Always discuss the use of complementary or alternative cancer therapy with your doctors and nurses. They could affect how well your other therapies work.
Your treatment team can point you in the direction of further resources if they don’t have the knowledge you need.
Introduction
Popular herbal remedy echinacea is made from the flowering plant echinacea purpurea, which is indigenous to the eastern United States east of the Rocky Mountains. Echinacea has traditionally been used to treat and prevent upper respiratory conditions like the common cold. The use of echinacea has been linked to isolated cases of elevated serum enzyme levels and clinically obvious liver damage, despite the fact that it is typically well tolerated with few and moderate side effects.
Background
Echinacea (ek” I nay’ sha), also known as American coneflower and a perennial plant native to North America, is the source of this widely used herb. To manufacture teas, juices, extracts, capsules, or tablets, the echinacea plant’s aerial portions and roots are employed, either fresh or dried. The primary use is for the treatment or prevention of upper respiratory infections, but it is also said to have other uses, including the improvement of immune function, protection against other viral, bacterial, and fungal infections, and the relief of anxiety, migraine headaches, dyspepsia, skin rashes, and bee stings. There are at least 9 different species of echinacea, and their medicinal properties can vary. The most widely used extracts come from Echinacea purpurea, pallida, and angustifolia, which are used in thousands of commercial herbal and nutritional products. Although the exact composition of the active components in echinacea is unknown, plant extracts do contain a variety of polysaccharides, volatile oils, caffeic and ferulic acid derivatives, flavonoids, alkamides, and polyenes. Mixed findings have been found in controlled studies of echinacea in the prevention and treatment of common upper respiratory infections, and the majority of systematic reviews have come to the conclusion that there is little proof of its therapeutic efficacy. Echinacea extracts, however, have consistently been reported to be well tolerated and free of serious side effects. Minor stomach discomfort and skin rashes have been the most often reported side effects. Rare allergic responses have been reported, including urticaria, angioedema, and anaphylaxis.
Hepatotoxicity
Echinacea by itself has not been connected to liver injury in several controlled trials, either in the form of temporary serum enzyme increases or clinically obvious acute liver impairment. Toxic hepatitis and high serum aminotransferase levels have been linked to echinacea, according to summary data from national registries of adverse reactions. However, there have been sporadic case reports of clinically evident liver impairment with jaundice. There were little data about the liver damage, but according to two published accounts, hepatitis with jaundice appeared one to three weeks after commencing echinacea extracts, with moderate jaundice, noticeable ALT and AST rises, and a swift and complete recovery upon discontinuing. One of the cases had autoimmune characteristics, but neither instance displayed hypersensitive characteristics (fever, rash, lymphadenopathy or eosinophilia). It is unknown whether the cases were caused by a specific species, a method of preparation, or product contamination because of the variety in the components of echinacea products.
Which herbs are detrimental to the liver?
Chemotherapy. Another potential culprit is this prevalent form of cancer treatment. These medicines can stress your liver because they are poisons.
herbal remedies. How might a natural product harm your liver? Actually, certain common herbs have been linked to toxic liver illness. Aloe vera, black cohosh, cascara, chaparral, comfrey, ephedra, or kava supplements should be avoided.
solvents and chemicals. Your liver may be harmed by some workplace pollutants. Examples include vinyl chloride, which is used to create plastics, carbon tetrachloride, a dry cleaning solution, paraquat, and polychlorinated biphenyls.
In whom should echinacea not be taken?
Consult your doctor before using echinacea if you regularly take other medications. Additionally, if you smoke, use illegal substances, drink alcohol or caffeine-containing beverages, you should disclose this to your doctor. These might impact how echinacea functions.
If you have an autoimmune ailment (like lupus), an infection with the human immunodeficiency virus (HIV), or acquired immunodeficiency syndrome, echinacea may not be beneficial to you (AIDS). Before beginning to use echinacea, you should discuss with your doctor if you are pregnant or nursing.
Echinacea allergy risk may be increased if you have a history of allergies to daisies, ragweed, marigolds, chrysanthemums, or other related plants.
What negative effects might echinacea use cause?
Echinacea is probably short-term safe for the majority of people when taken orally. It is safe to utilize different echinacea products for up to 10 days. Some products, like Echinaforce (A. Vogel Bioforce AG), offer a six-month safe usage period.
The most frequent adverse reactions are rash, diarrhea, heartburn, constipation, and stomach pain. Some people may experience adverse responses, particularly those who are allergic to ragweed, mums, marigolds, or daisies.
Echinacea may be safe for short-term use when applied topically. Echinacea-containing cream (Linola Plus Cream) has been used safely for up to 12 weeks. Echinacea topical application may result in skin redness, itching, or rashes.
Which vitamins harm the liver the most?
1. Lose weight: By force-feeding geese with a funnel, pate de foie gras, or “pate of fatty liver,” is purposefully created in the birds. Animal cruelty opponents have pushed for a ban on it. But when it comes to individuals, we frequently pack on the pounds and stuff our bodies with extra calories.
2. Consume less carbohydrates: White bread was purposefully inserted into the funnels used to produce pate de foie gras. It turns out that although consuming an excessive amount of food overall increases the chance of developing fatty liver, carbohydrates in particular cause fat deposits to form in the liver. High fructose corn syrup, which is used to sweeten nearly everything these days, especially soda drinks, is by far the worst offender.
3. Consume probiotics: It has been established that fatty liver is strongly correlated with dysbiosis, a disturbed gut microbial balance. According to certain research, poor intestinal health can lead to “leaky gut syndrome,” which allows GI toxins to flood the liver through the portal circulation. The gut flora is normalized by probiotics. Take them along with pre-biotics; a list can be found online.
4. Have coffee: Research has revealed that drinking coffee improves bile flow, protecting the liver. It’s unclear if coffee’s dark polyphenolic chemicals or the caffeine itself support liver health. Even decaf may be beneficial, but use Swiss water-processed quality decaf to prevent the liver-harming decaffeinating chemical methylene chloride. Of course, artificial sweeteners should never be used; instead, erythritol or truvia should be substituted.
5. Detox! Numerous harmful compounds that we consume in our food, water, and air are made harmless by the liver. Although it may do a tremendous amount to shield our bodies from danger, it too can become overburdened. By utilizing natural home and cosmetic items and avoiding manufactured foods with unpronounceable components, you can reduce the harmful load on your liver. Additionally, choose organic foods and animal products over conventional ones because they contain less chemicals manufactured by humans.
6. Refrain from drinking alcohol: Adding alcohol to a fatty liver will hasten liver degeneration. We advise 0% tolerance for alcohol because it needs a healthy liver to be adequately digested.
7. Steer clear of some supplements: An sick liver is prone to stress from too much iron, niacin, and vitamin A (the retinol version, not beta carotene). The chemicals in your multi and B-complex should be checked.
8. Steer clear of herbal items that are cheaply made and claim to have exotic-sounding substances for bodybuilding. According to a recent study published in the journal Hepatology, liver damage brought on by supplements and herbs is on the rise. These claims, in our opinion, cast doubt on the superior safety record of pharmaceutical-grade supplements compared to those made by big-name producers.
On the periphery of the supplement sector, there are bad actors.
The risk to naive customers is highlighted by the recent restriction on specific sports supplements that contain considerable levels of anabolic steroids. Avoid at all costs herbal cures using “proprietary formulae that do not accurately disclose their contents. In cases of uncertainty, always check your supplement for an NSF (National Sanitation Foundation) or USP (United States Pharmacopoeia) registration. This guarantees the potency, excellence, and purity of the components utilized in your supplements.
9. Avoid oral hormones: The liver is stressed by anabolic steroids used in bodybuilding, the birth control pill, and medications like Premarin used to treat menopause. Use of transdermally applied bio-identical hormones, which avoid a first transit via the liver, is an alternative for menopausal women.
10. Steer clear of these medications: Many medications can damage the liver. Tylenol and acetaminophen-containing over-the-counter cold, pain, and allergy medications are of special concern. Numerous commonly given pharmaceuticals, including statins, acid-blockers, psychiatric meds, certain antibiotics, and antifungals, are well known for harming the liver.
11. Consume NAC: N-acetylcysteine is the only known antidote for Tylenol overdose and is so effective at protecting the liver that it is frequently given to patients in order to prevent liver failure. In addition, glutathione, a potent antioxidant required by all of your body’s cells, can be produced from NAC.
12. Consume milk thistle: For generations, people have used silymarin, an extract from the milk thistle plant Silybum marianum, as a natural treatment for conditions of the liver and biliary tract.
13. Consume SAMe: S-adenosylmethionine (SAMe) has a number of protective effects on the liver. To encourage detoxification, think about taking 400 mg twice daily.
14. Take alpha lipoic acid: As a medical intern entrusted with treating patients with fatal Amanita mushroom poisoning, Dr. Burt Berkson learned about the hepatic-protective properties of alpha lipoic acid. He thought he was onto something when patients with terminal liver failure suddenly made a full recovery with ALA.
15. Consume vitamin E: It was shown that 800 IU of vitamin E administered over the course of months significantly improved the look of liver tissue on biopsies in patients with fatty liver disease.
16. Consume vitamin C: 500 mg of vitamin C each day, combined with vitamin E, reduced the development of fatty liver.
17. Consume curcumin: Because fatty liver disease is, at least in part, an inflammatory disorder, it is highly recommended to take advantage of curcumin’s strong anti-inflammatory properties.
18. Sip dandelion tea. Dandelion is a cholagogue, which means it helps the liver mobilize stagnant bile. Dandelion is a traditional treatment for liver diseases.
19. Avoid constipation: When intestinal toxins build up, they can directly reach the liver since there is insufficient stool elimination. If constipation is a problem, add 30 grams of fiber to magnesium citrate tablets (300 mg–600 mg) as a moderate, non-habit-forming promoter of regularity.
Move around: Regular aerobic exercise helps the liver function at its best. It might achieve this via reducing insulin resistance, a major factor in the development of fatty liver tissue.
Keep in mind that it is frequently simpler to prevent illness than to treat it, so look after your liver now. Don’t wait until liver damage has already occurred to put these liver-saving suggestions to use. We’ll end with a quote we think you’ll like, and we hope it speaks to you.
“The safest and most effective type of medication or the most gradual kind of poison can both be found in the food you consume. Your decision!
Vitamins are understood to be necessary dietary components that cannot be produced by humans. While certain vitamins are produced, the quantities are insufficient to support health. The majority of vitamins were found while researching severe deficiency diseases as scurvy (vitamin C), rickets (vitamin D), megaloblastic anemias (vitamin B12 and folate), pellagra (niacin), and beriberi (thiamine). The majority of vitamins are groups of linked molecules rather than one particular molecule that can provide the necessary required chemical component (thus nicotinic acid and nicotinamide for niacin and phytonadione and menadione for vitamin K). The Food and Nutrition Board of the Institute of Medicine has defined the recommended daily intakes or levels for the majority of vitamins. These suggestions offer direction for typical vitamin dosages in dietary supplements and multivitamin formulations. Multivitamins are taken by about one-third of adult Americans, and many more take specialized vitamin supplements.
Vitamins have not been linked to drug-induced liver damage when taken within the range of permissible dosages. The majority of vitamins have little side effects and do not affect the liver, even in high dosages. Particularly the fat-soluble vitamins are frequently accumulated in, processed by, and stored in the liver. Vitamin A and niacin are the two exceptions to this rule, as they both have the potential to cause specific types of liver damage when taken in large doses.
Below are links to articles that examine the potential for liver damage caused by particular vitamins. The fat-soluble vitamins (A, D, E, and K), niacin, folate, vitamin C, and vitamin K are covered in different documents from the discussion of the water-soluble B vitamins. In the sections on vitamin A and niacin, specific illustrations of hepatotoxicity are provided.
What symptoms indicate a troubled liver?
Your liver is a vital organ in your digestive system and is in charge of several functions, including removing toxins from your blood, processing medications, making bile, aiding in fat digestion, storing glucose, and producing proteins for blood clotting.
Although the liver is a reasonably forgiving organ and can regenerate cells to a certain extent, persistent injury causes inflammation, scarring, and cirrhosis. This alters the liver’s structure, causing it to stiffen and shrink, and prevents the liver from performing as it should. The liver can be harmed by a heavy alcohol or toxin intake, a fatty diet, and various viral illnesses like hepatitis.
Until the liver damage is extremely severe, signs of liver disease typically do not manifest.
Your liver may be having trouble if:
- fatigue and exhaustion. Although fatigue is a common sign of liver impairment, doctors are unsure of how it occurs.
- Nausea (feeling sick). Because of the liver’s diminished capacity to do its duty of filtering out poisons, toxins begin to build up in the circulation and create nausea.
- white stools. The bile salts that the liver typically secretes give stools their black color. Pale stools could point to an issue with the liver or another component of the biliary drainage system. Advanced liver illness can result in black, tarry stools that are brought on by blood moving through the digestive tract. This condition requires immediate medical intervention.
- yellow eyes or skin (jaundice). Because it can’t be properly handled, bilirubin, a bile pigment, builds up in the blood and causes jaundice. For the same reason, the skin may also itch.
- Insect naevi (small spider-shaped arteries that appear in clusters on the skin). Spider naevi have the appearance of a red dot with blood vessels extending outward from the center like the legs of a spider. They can appear frequently in healthy females, but if they do so more frequently on the upper half of the body or in males, this may indicate liver illness.
- prone to bruising. Your liver’s decreased capacity to create clotting factors may cause you to bruise easily.
- flaming palms (palmar erythema). About 25% of persons with liver cirrhosis experience palmar erythema, or skin reddening on the palms.
- tarry urine Dark orange, amber, cola-colored, or brown urine may indicate liver illness. The color results from too much bilirubin accumulating since the liver isn’t typically breaking it down.
- enlarged abdomen (ascites). Ascites develops as a result of abdominal fluid retention. Fluid retention can also cause swelling in the ankles and legs.