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action or later. Please see Debugging in WordPress for more information. (This message was added in version 6.7.0.) in /var/www/wp-includes/functions.php on line 6114Cynarin, a natural compound found in artichoke, stimulates bile production. This helps accelerate gut movement and also support fat digestion and vitamin absorption (R, R). Artichoke extract also helps with digestion by stopping muscle spasms in the gut.
Artichoke aids digestive health and can help patients suffering from indigestion, bloating, nausea, and heartburn (collectively called dyspepsia) and irritable bowel syndrome (IBS) (R, R).
In a study, researchers treated 247 patients with functional dyspepsia with either globe artichoke leaf extract or placebo (DB-RCT). The artichoke group improved dyspepsia symptoms compared to placebo (R).
The globe artichoke extract was especially effective in easing fullness and reducing flatulence. However, the artichoke extract was barely more effective than the placebo in reducing the pain and nausea caused by indigestion (R).
Irritable Bowel Syndrome (IBS) is a gastrointestinal disorder that affects 22% of the population. Some symptoms include abdominal pain, diarrhea, flatulence, and constipation (R).
Many factors contribute to IBS: abnormal gut movement, imbalanced intestinal microbes, genetic factors, inflammation, and immune disorders, among others (R).
Artichoke has both preventive and curative effects on IBS. It balances the intestinal microbiota and also stops muscle spasms. These effects can help reduce IBS symptoms (R).
Inulin, a starchy substance found in artichoke, balances the intestinal microbiota. In a controlled, double-blind crossover study, daily consumption of inulin derived from globe artichoke extract increased beneficial microorganisms in the gut of healthy adult volunteers (R).
Most of the inulin’s effects are caused by bacterial metabolites. The metabolites use the inulin for energy (R).
The metabolites, such as SCFA, then acidifies the colonic environment. This is beneficial for healthy bacteria such as bifidobacteria and lactobacilli. The acidic environment also stops the growth of potentially harmful species (R).
Dichloromethane and ethyl acetate extracts of globe artichokes, along with cynaropicrin, stop muscle spasms in the gut. In guinea pig intestines, the artichoke extract constituents inhibited spasmic gut contractions (R). This reduces abdominal pain and diarrhea.
In a study of IBS patients who took globe artichoke leaf extract, the patients had a significant reduction in IBS symptoms. 96% of the patients rated the extract as better than or equivalent to previous IBS therapies, such as antidiarrheals, laxatives, and anti-depressants (R).
In another study, 208 patients with both IBS and dyspepsia were administered globe artichoke leaf extract capsules. After two months of treatment, IBS symptoms decreased significantly. The patients also reported less constipation and diarrhea (R).
Artichoke, especially the leaves, contains many beneficial antioxidant polyphenols in high concentration (R).
The main ones are chlorogenic acid, cynarin, and luteolin (R).
In cell-based studies, globe artichoke extract protected the cells against hydrogen peroxide-induced oxidative stress. It reduced prostaglandin E2 (PGE2) release; PGE2 is a marker of inflammation and oxidative stress (R).
Cells treated with artichoke extract had a reduced level of PGE2, which means there was less oxidative damage and inflammation (R).
Some antioxidants found in artichoke (rutin, quercetin, and gallic acid) induce death of cancer cells and can stop the formation of new ones (R).
In cell-based studies, globe artichoke head extract inhibited human breast cancer cell growth. Artichoke causes cancer cells to stop dividing. The extract may selectively inhibit tumor cells without harming normal cells (R).
Artichoke leaf extract also has antitumor effects in mesothelioma (a type of cancers caused by asbestos in tissues that line the lungs, stomach, or heart) cancer cells. It reduced cell growth and migration (R).
Researchers plan to investigate artichoke extract anti-cancer activity in a clinical study in humans (R).
Treatment with artichoke leaf extract can help protect the liver, increase tissue regeneration, and stimulate cell division (R).
Globe artichoke extract increases bile production, which helps remove dangerous toxins from the liver (R).
The antioxidants in artichoke extract can help protect the liver from oxidative damage (R).
Paracetamol (pain reliever) overdose often causes liver toxicity due to oxidative damage and decreased glutathione content. In rats, globe artichoke extract administration can protect against liver injury due toparacetamol overdose (R).
Comparing to control rats that weren’t pretreated with artichoke extract, rats that were pretreated with artichoke extract had less oxidative stress in the liver after the drug overdose. These pretreated rats also had lowered DNA damage, more antioxidant enzymes, and higher glutathione levels (R).
Non-alcoholic fatty liver disease is another major health concern. Oxidative stress and inflammation are risk factors for this disease. Artichoke leaf extract can stop liver inflammation (R).rea
One of artichoke’s constituents, luteolin, inhibits cholesterol formation. This helps reduce cholesterol levels (R).
The body’s main method of eliminating cholesterol is through the conversion of cholesterol to bile acids. Artichoke leaf extract stimulates bile acid secretion, which lowers cholesterol levels in the body (R).
High cholesterol levels can cause plaque formation in the arteries. This contributes to heart diseases. By reducing cholesterol levels, artichoke extract can stop the accumulation of plaque (R).
Artichoke extracts’ antioxidant effects also reduce the amount of plaque in the arteries (R).
In hamsters, a 6-week diet containing artichoke leaf extract led to significantly lower total cholesterol levels. Hamsters are a good animal model for human cholesterol studies because their cholesterol profiles are more similar to those of humans than rats (R).
The globe artichoke has a higher concentration of potassium than sodium.Artichoke heart consumption could help lower blood pressure and prevent heart disease (R).
Data from cellular and animal studies suggest that artichoke extract can activate cellular production and increase the activity of eNOS, the enzyme that produces nitric oxide (R).
Nitric oxide widens blood vessels, which can lower blood pressure. In cell-based studies, artichoke extract increased eNOS activity and nitric oxide synthesis (R).
In a study (DB-RCT) of mild hypertension patients, artichoke juice capsule administration lowered blood pressure. Although its mechanisms are unknown, researchers think that these blood pressure lowering effects may be due to the increase in eNOS activity (R).
The enzymes metalloproteinases are a major contributor to heart diseases. These enzymes play a key role in plaque accumulation and rupture in the arteries, which can trigger heart attacks (R).
MMP-9, a metalloproteinase, is involved in the body’s natural process of tissue repair and breakdown. It breaks down proteins, which can contribute to disease progression. High levels of metalloproteinase 9 (MMP-9) are also correlated with heart attack and stroke (R).
Artichoke (cardoon) extract inhibits the MMP-9 activity in rats, likely due to its antioxidant properties (R).
Oxidative stress contributes to skin diseases, such as dermatitis, aging, and skin cancer. A reduction in reactive oxygen species can reduce DNA and cellular damage (R).
Cynaropicrin is a major bioactive chemical in globe artichoke extract. Itreduces oxidative damage caused by UV rays and protects the skin (R).
Artichoke leaf extract administration lowers blood glucose (R).
In a study (DB-RCT) of 39 overweight patients, the supplementation of kidney bean and globe artichoke extract for 2 months helped lower (fasting) glucose levels. The glucose reduction in the extract group was much higher than that of the control group. However, blood insulin levels did not change (R).
The combination of artichoke and bean extract also lowered glucose levels in rats. The two extracts acted independently. However, the combination of their effects led to a better result than when they were administered separately (R).
One possible mechanism for artichoke’s glucose-lowering activity is the inhibition of α-Glucosidase, which is an enzyme that breaks down starch into glucose. Artichoke extract weakly inhibits α-Glucosidase activity (R).
A combination of kidney bean and globe artichoke extract can help with weight loss. Supplementation helped to increase the feeling of fullness in a study (DB-RCT) of 39 overweight patients (R).
During the study, the extract group lost more weight than the control group. However, these effects were not statistically significant. It could also be attributed to the low-calorie diet the patients were following (R).
Artichoke and kidney bean extract can reduce appetite over the long term. Since a 2- month treatment with artichoke extract increased fullness, overweight patients could control their appetite. However, most of these effects were due to the kidney bean extract and not solely due to artichoke extract (R).
In test-tube studies, artichoke extract inhibited fungal activity. All different extracts (leaves, heads, and stems) actively inhibited eight different types of fungi (R).
In another test, artichoke leaf extract exhibited strong activity against bacteria, yeast, and mold (R).
However, there is still not enough evidence on the antimicrobial effects of artichoke in animals or humans.
Lead is a dangerous heavy metal that can negatively affect human health. It accumulates in the liver, kidney, and other organs after absorption. Lead may even cause physical, mental, and reproductive dysfunctions (R).
Artichoke extract can help protect against lead toxicity in rats. Globe artichoke antioxidant activity helped reduce lead concentration in the blood (R).
The artichoke leaf extract stopped the increase of blood lead level. This was possibly due to the chelating properties of cynarin, chlorogenic acid, and caffeoylquinic acid (R).
Artichoke extract also reduced lead levels in rats’ livers and protected liver cells from damage (R).