The word artichoke is explained by an etymology of Arabic origin “ ardi chouk” , which means: “thorny terrestrial”, taken up and transformed by the Lombard term “ articiocco” . But at this point, we are still far from Lombardy. However, the future artichoke, a cardoon in transformation , slowly takes its path and reaches the kingdom of Naples in the 15th century, then passes through Florence where its presence is reported in 1466, and in Venice seven years later. A little history The artichoke seems to cross the Alps towards France during one of the eleven wars between the French and the Italians between 1494 and 1559. It is, according to Gibault , the development work of Italian...See article
Cynara Artichoke Leaf HERBORISTERIE scolymu
Facilitates the functions of urinary and digestive elimination; used as a choleretic and cholagogue; promotes renal excretion of water
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Artichoke Leaf HERBORISTERIE Cynara scolymus
The friend of the liver.
Latin name: Cynara scolymus L.
Common Names: Bérigoule
Parts used: Leaves
Origin: crops, mainly for the consumption of the fleshy part of the receptacle, also provide drug (Brittany in France)
Indications and Uses of Artichoke
Traditional herbal uses artichoke fresh or dried leaves, juice (whole plant or various liquids) or solid extracts. In France, the Explanatory Note of the Medicines Agency (1998) admits that it is possible to use artichoke leaf
- to facilitate the functions of urinary and digestive elimination;
- as a choleretic and cholagogue;
- to promote the renal excretion of water.
The beneficial effects of artichoke on the liver and gallbladder have long been known and appreciated usually the day after wake copiously watered. But as noted somewhat sardonically Bruneton * "For many pharmacologists, conditions treated and choleretic bile would solely from irritation of the gastric mucosa in these conditions, the interest to increase the secretion of bile or stimulate gallbladder contraction does not appear very clearly. "
* Bruneton, J., Pharmacognosy - Phytochemistry, Medicinal Plants, 4th ed, revised and enlarged, Paris, Tec & Doc -. International Medical Publishing, 2009, p 1288. (ISBN 978-2-7430-1188-8)
Cons-indications with Artichoke
- gallstones or biliary obstruction because artichoke stimulates the production of bile
- allergy to plants of the family Compositae (daisies, asters, chamomile, etc.).
The part used in therapy is the leaf taste bitter and not edible bract that we usually eat.
Native to Mediterranean regions, the artichoke was introduced in France in favor of the Italian wars.
Dosage of Artichoke
In hepatobiliary diseases
Infused 50 g of leaves / liter, 15 min infusion, drink 1 liter / day
Precautions with Artichoke
Changing the perception of flavors
Recommended associations with Artichoke
- Bearberry (cystitis)
- Milk Thistle (hépaties)
- Chrysantellum (hepatitis)
Botanical description of the Artichoke
The artichoke is a perennial with thick, fleshy root and lasts plant. The stem, about 1 meter high, no rower, door leaves very large segment divided deeply toothed, pale green above, whitish below lobes. Flowers are very large flowerheads 6-15 cm, surrounded by numerous bracts sharp, robust, fleshy at the base. The fruit is topped with a feathery plume.
Harvest: Harvested preferably the first year or at the end of flowering
Fast drying and good conditions for the leaves are light green and whitish on the upper face to the lower face.
According to recent data from the U.S. Department of Agriculture (2010), the antioxidant activity of artichoke, measured by the test ORACN is excellent. Apart from spices and herbs prancing head of rank parameter ORAC, the edible parts of artichokes are listed above all other vegetables and tied with red berries (cranberries, blackberries, blueberries). "Background" artichoke is the richest in total polyphenols in our diet vegetable before the parsley and Brussels sprouts (average 321 mg · 100g fresh vegetable, expressed as gallic acid equivalent).
Artichoke extract shows an ability to retard oxidation low density lipoprotein LDL (bad cholesterol). And as we know that luteolin (and to a lesser extent luteolin 7-0 glucoside) also manifests this activity, we are able to assume that the antioxidant activity of artichoke would, in part of its flavonoids. Recall that the oxidation of LDL causes the precipitation vessel walls and the formation of foam cells that reduce the diameter of blood vessels.
The direct study of aqueous extracts of artichoke showed they were able to reduce lipid peroxidation and protect the toxicity of a hydroperoxide (t-BHP) on rat liver cells in culture. This type of testing has shown that the components of the artichoke as cynarin, luteolin 7-O-glucoside, or chlorogenic acids could contribute to the hepatoprotective potential of artichoke.
Saénz Rodrigez et als (2002) studied the effect of artichoke leaf extract (orally) on the secretion of bile (choleresis) in the Ratn 2. They observed a significant increase in the flow of bile both after a single dose after regular administration for 7 days. Artichoke extract exhibited even a similar choleretic effect of the drug reference, dehydrocholic acid.
It was also shown that the aqueous extract of artichoke leaves was in high concentrations, is able to inhibit cholesterol biosynthesis by rat liver cells in culture16 17.
Endothelial cells that line blood vessel walls release of nitric oxide NO causes a relaxation of their tunics and thus vasodilation. It was montré18 as wild artichoke (Cynara cardunculus) was able to increase the production of nitric oxide NO by endothelial cells of the aorta. Feeding old rats with thistle helps to restore vasomotionN 3 similar to that observed in young rats level. An extract of artichoke leaves can also stimulate the activity of a promoter of eNOS (endothelial NO synthase form) by endothéliales19 cells. It was also noted that if the flavonoids, such as luteolin and cynaroside accounted for an increase in mRNA expression of eNOS, against by the caféylquiniques acids (cynarine and chlorogenic acid) were without effect.