Horsetail is a plant that grows in swampy areas. It got its name because it resembles a horse tail. It can grow to 60 cm tall and it has articulated stems, which can be fertile or sterile. Horsetail is rich in Oligoelements such as Silica, Potassium, Magnesium, Chlorine and Sodium, among others. These Oligoelements are found in the sterile stems selected to obtain our extract. The plant is also rich in Flavonoids. We have selected a Horsetail Glycerinate Extract with a 1:16 ratio. This means that for each gram of Extract we have used 16 grams of fresh plant. Our Horsetail Glycerinate Extract is titrated in Silicic Acid 12 mg\/ml, providing 36 mg per day.<\/p>\n
Horsetail BIO Glycerinated Extract*(Equisetum arvense L. Ratio 1:16; Silicic acid 12 mg\/ ml)<\/em>3 ml<\/p>\n Take 1 ml (approximately 28 drops) diluted in a glass of water three times a day, preferably before main meals<\/p>\n Contains 50 ml (1.75 fl oz).<\/p>\n Due to its BIO nature (it does not contain preservatives), close tightly and refrigerate after opening. Once opened consume before one month. Food supplements should not be used as a substitute for a balanced diet. Do not exceed the expressly recommended daily dose. Keep out of the reach of younger children. Store in a cool, dry place.<\/p>\n Horsetail is a plant that grows in swampy areas. It got its name because it resembles a horse tail. It can grow to 60 cm tall and it has articulated stems, which can be fertile or sterile. Horsetail is rich in Oligoelements such as Silica, Potassium, Magnesium, Chlorine and Sodium, among others. These Oligoelements are found in the sterile stems selected to obtain our extract. The plant is also rich in Flavonoids. We have selected a Horsetail Glycerinate Extract with a 1:16 ratio. This means that for each gram of Extract we have used 16 grams of fresh plant. Our Horsetail Glycerinate Extract is titrated in Silicic Acid 12 mg\/ml, providing 36 mg per day.<\/p>\nHow to use<\/h2>\n
Presentation<\/h2>\n
Warnings<\/h2>\n
Nutritional values<\/h2>\n","protected":false},"excerpt":{"rendered":"