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Harmonic Arts

Kickstart Elixir - 420g- Harmonic Arts

Kickstart Elixir - 420g- Harmonic Arts

Regular price $95.93 USD
Regular price Sale price $95.93 USD
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  • Flavourful
  • Energy Nourishing
  • Coffee Substitute
  • Chocolate Chaga Maca
  • Non GMO
  • Vegan
  • Eco Cert.
  • Organic
Quantity
Kickstart Elixir - 420g- Harmonic Arts
Kickstart Elixir - 420g- Harmonic Arts
$95.93

Harmonic Arts Kickstart Elixir - 420g- Harmonic Arts is a dietary supplement, intended for adults as part of a daily wellness routine.

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Formulated by Harmonic Arts, KickStart Elixir is a flavourful coffee substitute that provides energy naturally. Containing Chaga and Maca, Kick Start supports overall health by supporting and nourishing energy centers in the body and supports glandular functioning. Made with a small amount of caffeine, Kick Start is able to provide similar stimulating effects of coffee, without the crash. KickStart is also made with Cacao, to provide a robust, flavourful taste and being Non GMO, Eco certified and Organic, you know you're getting nothing but pure superfoods in every cup. [POWDER]
Serving 1 tbsp (7.5g) - servings per container 60.5
Calories 18
Fat 0.3g
Saturated Fat 0.1g
Cholesterol 0mg
Sodium 1.6mg
Carbohydrate 2.1g
Fiber 0.5g
Sugars 0g
Protein 0.6g
Vitamin A 0%
Vitamin C 5%
Calcium 1%
Iron 2%
Ingredients: *Cocao, *Ramon, ^Chaga, *Maca, Roasted Yerba Mate, *Indian Sarsaparilla, *Roasted Dandelion Root, ^Guarana. *Organic, ^ Wild Harvested
Dosage
1 tbsp of Kickstart, 1 tbsp of Coconut oil and 1 tsp of honey in a 10-12oz cup of hot water, almond milk or herbal tea. Blend well and enjoy.
Organic Functional Mushrooms for Mind, Body & Immune Health
Harmonic Arts offers delicious, easy to use products for adding herbs, superfoods and mushrooms to your daily lifestyle. They source high-quality, organic and wild-harvested ingredients whenever possible and use compostable packaging to reduce their packaging footprint.
Harmonic Arts is best known for their Elixirs,
Concentrate Mushroom Powders, and Tincture Blends.
CHAGA
Often referred to as the "king of
medicinal mushrooms
"...
What is Chaga?
Birch trees naturally contain betulin and betulinic acid, compounds that are absorbed by chaga as it grows on the tree.
Inonotus obliquus, commonly known as chaga mushroom, is a black fungus that grows parasitically on birch trees. There are records going as far back as the 16th century for the use of chaga in Eastern European folk medicine and botanical medicine as a treatment for cell growths, ulcers, and some infections.
Chaga is rich in polysaccharides (particularly ß-glucan polysaccharides) as well as betulinic acid, and has a bitter flavour similar to coffee. It is an excellent source of superoxide dismutase (SOD – a powerful antioxidant) and is the mushroom with the highest antioxidant (ORAC) level known. For more information on ORAC, see our article on superfruits.
Chaga and Immunity
Initial research on chaga examined the ability of its ß-glucan polysaccharides to prevent a wide range of infectious diseases. Further research found that these polysaccharides have strong anti-inflammatory and immune balancing properties. The immune balancing property of chaga has also been studied as a successful treatment for
psoriasis
(an immune mediated skin condition). As research continued on chaga's role in immunity, it was discovered that compounds from chaga did not attack pathogens directly, but instead stimulated the body to fight the infections itself. The ß-glucan polysaccharides in chaga increase the production of natural killer (NK) cells, the cells in the body responsible for cellular mediated attack against disease.
Chaga and Cell Growths
The ß-glucan polysaccharides that are found in Chaga and some other mushrooms are currently used around the world as anti-cell growth medicinal supplements. Further examination indicated that chaga's ß-glucan polysaccharides have strong anti-inflammatory and immune balancing properties, which include stimulating the body to produce more NK cells. Thus, in much the same way chaga helps the body to fight infection, it can aid in tumour destruction. This process of tumour destruction is in contrast to chemotherapy, a type of treatment that can harm healthy cells and results in a vast number of side effects. Instead, chaga promotes the body destroying the growth itself in a process natural to the body. Recent scientific research has showed the anti-tumour effect of these specific polysaccharides to be comparable to treatment with chemotherapy and radiation, but without the side effects.
In addition to promoting NK cell development, the anti-tumor effects of chaga can be attributed to altered biochemical mechanisms, such as: inhibition of proliferation, induction of cell cycle arrest, enhanced apoptosis, and regulation of signal transduction pathways, which are related to altered expressions of key
enzymes. In 1958, scientific studies in Finland and Russia found Chaga supplementation provided a potent beneficial effect in breast, liver, uterine, and gastric cell growths. In addition to the ß-glucan polysaccharides, the constituents betulin and betulinic acid from chaga are now being studied for use as a chemotherapeutic agent. For more information on betulin and betulinic acid, see below.
Chaga and Metabolic Syndrome
In the 1950's, scientific studies found Chaga provided an extremely beneficial effect in hypertension and diabetes. Birch trees naturally contain betulin and betulinic acid, compounds that are absorbed by chaga as it grows on the tree. Betulin as it is found in birch bark is indigestible by humans, but the Chaga mushroom converts it into a form that can be digested orally. Recent research has found that betulin from birch bark lowered cholesterol, obesity and improved insulin resistance.
Additional vitamins and mineral
Aside from all the nutrients mentioned above chaga also includes: Vitamins B2, D,
calcium, iron,
magnesium, phosphorus, sulfur,
potassium, rubidium and cesium, silicon, germanium, manganese,
selenium,
zinc, antimony, barium, bismuth,
boron,
chromium, and copper.
How is chaga extracted?
There are three ways that mushrooms are extracted, only two of which are considered reliable. These methods are: hot water extraction, alcohol extraction, and fermentation. Fermentation is considered an unreliable means of extraction due to variations in microbes used. Hot water extraction is the most common and cheapest purification option, and allows all water-soluble components (including polysaccharides) to be extracted. Alcohol (ethanol) extraction isolates the non-water soluble components, like betulinic acid, betulin and phyto-sterols.
In order to obtain maximum therapeutic value, many manufacturers will usually combine two methods, in general hot water extraction and alcohol / ethanol extraction allow for extraction of the most valuable components. Cheap, mass-produced, extracts tend to be hot water based low percentage (4-20%) polysaccharide extracts with limited therapeutic value. Be sure to read the constituents on the label of your supplement to ensure you will get the medicinal effects you seek.
How can I take chaga?
Chaga can be supplemented as dried mushroom powder, liquid, powdered extract, capsule, or tea. It can be found alone or in combination formulas for liver support and inflammation relief. Solid extracts of chaga can be dosed between 200 and 1000mg per day. If making a tea you can dissolve one teaspoon dried mushroom in one cup of hot water several times per day.
Important Information
Chaga mushroom is generally regarded as safe when taken in the recommended doses. Safety in young children, pregnant or nursing women, or those with severe liver or kidney disease is not known, so caution should be used. Due to the hypoglycemic activity of polysaccarides, blood sugar monitoring in diabetics is important.
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Product Details

CHAGA
Often referred to as the "king of
medicinal mushrooms
"...
What is Chaga?
Birch trees naturally contain betulin and betulinic acid, compounds that are absorbed by chaga as it grows on the tree.
Inonotus obliquus, commonly known as chaga mushroom, is a black fungus that grows parasitically on birch trees. There are records going as far back as the 16th century for the use of chaga in Eastern European folk medicine and botanical medicine as a treatment for cell growths, ulcers, and some infections.
Chaga is rich in polysaccharides (particularly ß-glucan polysaccharides) as well as betulinic acid, and has a bitter flavour similar to coffee. It is an excellent source of superoxide dismutase (SOD – a powerful antioxidant) and is the mushroom with the highest antioxidant (ORAC) level known. For more information on ORAC, see our article on superfruits.
Chaga and Immunity
Initial research on chaga examined the ability of its ß-glucan polysaccharides to prevent a wide range of infectious diseases. Further research found that these polysaccharides have strong anti-inflammatory and immune balancing properties. The immune balancing property of chaga has also been studied as a successful treatment for
psoriasis
(an immune mediated skin condition). As research continued on chaga's role in immunity, it was discovered that compounds from chaga did not attack pathogens directly, but instead stimulated the body to fight the infections itself. The ß-glucan polysaccharides in chaga increase the production of natural killer (NK) cells, the cells in the body responsible for cellular mediated attack against disease.
Chaga and Cell Growths
The ß-glucan polysaccharides that are found in Chaga and some other mushrooms are currently used around the world as anti-cell growth medicinal supplements. Further examination indicated that chaga's ß-glucan polysaccharides have strong anti-inflammatory and immune balancing properties, which include stimulating the body to produce more NK cells. Thus, in much the same way chaga helps the body to fight infection, it can aid in tumour destruction. This process of tumour destruction is in contrast to chemotherapy, a type of treatment that can harm healthy cells and results in a vast number of side effects. Instead, chaga promotes the body destroying the growth itself in a process natural to the body. Recent scientific research has showed the anti-tumour effect of these specific polysaccharides to be comparable to treatment with chemotherapy and radiation, but without the side effects.
In addition to promoting NK cell development, the anti-tumor effects of chaga can be attributed to altered biochemical mechanisms, such as: inhibition of proliferation, induction of cell cycle arrest, enhanced apoptosis, and regulation of signal transduction pathways, which are related to altered expressions of key
enzymes. In 1958, scientific studies in Finland and Russia found Chaga supplementation provided a potent beneficial effect in breast, liver, uterine, and gastric cell growths. In addition to the ß-glucan polysaccharides, the constituents betulin and betulinic acid from chaga are now being studied for use as a chemotherapeutic agent. For more information on betulin and betulinic acid, see below.
Chaga and Metabolic Syndrome
In the 1950's, scientific studies found Chaga provided an extremely beneficial effect in hypertension and diabetes. Birch trees naturally contain betulin and betulinic acid, compounds that are absorbed by chaga as it grows on the tree. Betulin as it is found in birch bark is indigestible by humans, but the Chaga mushroom converts it into a form that can be digested orally. Recent research has found that betulin from birch bark lowered cholesterol, obesity and improved insulin resistance.
Additional vitamins and mineral
Aside from all the nutrients mentioned above chaga also includes: Vitamins B2, D,
calcium, iron,
magnesium, phosphorus, sulfur,
potassium, rubidium and cesium, silicon, germanium, manganese,
selenium,
zinc, antimony, barium, bismuth,
boron,
chromium, and copper.
How is chaga extracted?
There are three ways that mushrooms are extracted, only two of which are considered reliable. These methods are: hot water extraction, alcohol extraction, and fermentation. Fermentation is considered an unreliable means of extraction due to variations in microbes used. Hot water extraction is the most common and cheapest purification option, and allows all water-soluble components (including polysaccharides) to be extracted. Alcohol (ethanol) extraction isolates the non-water soluble components, like betulinic acid, betulin and phyto-sterols.
In order to obtain maximum therapeutic value, many manufacturers will usually combine two methods, in general hot water extraction and alcohol / ethanol extraction allow for extraction of the most valuable components. Cheap, mass-produced, extracts tend to be hot water based low percentage (4-20%) polysaccharide extracts with limited therapeutic value. Be sure to read the constituents on the label of your supplement to ensure you will get the medicinal effects you seek.
How can I take chaga?
Chaga can be supplemented as dried mushroom powder, liquid, powdered extract, capsule, or tea. It can be found alone or in combination formulas for liver support and inflammation relief. Solid extracts of chaga can be dosed between 200 and 1000mg per day. If making a tea you can dissolve one teaspoon dried mushroom in one cup of hot water several times per day.
Important Information
Chaga mushroom is generally regarded as safe when taken in the recommended doses. Safety in young children, pregnant or nursing women, or those with severe liver or kidney disease is not known, so caution should be used. Due to the hypoglycemic activity of polysaccarides, blood sugar monitoring in diabetics is important.
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