[Latin Name]  Piper methyicium L.

[Specification] Kavalactones ≥30.0%

[Appearance] Yellow powder

Plant Part Used: Root

[Particle size] 80Mesh

[Loss on drying] ≤5.0%

[Heavy Metal] ≤10PPM

[Storage] Store in cool & dry area, keep away from the direct light and heat.

[Shelf life] 24 Months

[Package] Packed in paper-drums and two plastic-bags inside.

[Net weight] 25kgs/drum

[What is Kava?]

Kava, also known as piper methysticum, kava kava, and ‘awa, is a small shrub native to the islands in the South Pacific. The root and stems are made into a non-alcoholic, psychoactive beverage that has been used socially and ceremonially for hundreds of years in Hawaii, Fiji, and Tonga.

Kava is traditionally prepared by placing ground root and stem into a porous sack, submerging in water, and squeezing the juice into a large, carved, wooden bowl. Coconut half-shell cups are dipped and filled — punch bowl style. After drinking a cup or two a feeling of heightened attention combined with relaxation begins to come on. Although it is soothing, it is unlike alcohol in that thoughts remain clear. The flavor is largely inoffensive, but some find that it takes getting used to; it really depends on your preference for earthy flavors.

[Kava is Safe to Use]

The safe and effective benefits of kava to relieve symptoms of anxiety were also supported in a meta-analysis, a systematic statistical review of seven human clinical trials published in 2000 in the Journal of Clinical Psychopharmacology, and again in a similar critical review in 2001. The reviews did not find significant adverse effects related to liver toxicity.

In conclusion, the liver is affected by many substances, including prescription and non- prescription drugs, as well as alcohol, which is a major cause of liver damage. We must be aware that herbs are potent medicines, to be treated with the appropriate respect regarding potential interactions and toxicity, including to the liver. On the other hand, Kava kava’s margin of safety far surpasses that of it’s pharmaceutical equivalent.

[Function]

Kava’s can help offset a number of problems, most notably stress, anxiety, and disrupted sleep patterns. However, kava’s anxiolytic (anti-panic or anti-anxiety agent) and calming properties can offset many other stress and anxiety related ailments.

1. Kava as a Therapy for Anxiety
2. Kava May Remedy Menopausal Mood Swings

3. Weight Loss

4. Combat Premature Aging

5. Quit Smoking Aid

6. Combat pain as an analgesic

7. Insomnia

8. Depression

https://green-coffee-bean-extract-oz.blogspot.com/ Green Coffee Bean Max Review found that Green Coffee Bean Max is highly recommended for measurable weight loss. Green coffee extract has been tested on the Dr. Oz Show and the results are in.

It is made from a light to dark yellowish brown hygroscopic powder, which is rich in some several poly-phenols known as hydroxycinnamic acids, in which the 2 prominent acids are caffeic acids and chlorogenic acid and a single dosage is 800mg.

This Green Coffee Bean Max review found that taking the extract for weight loss has emerged very popular among health enthusiasts. This product has been featured by the various television channels all round the globe and its remarkable fat burning properties have positively been discussed by different medical professions. Green coffee bean extract is recommended by Dr. Oz.

Due to these factors, green coffee bean max is currently being rated as among the most prominent fat burning product available in the market. Lets’ first understand what green coffee bean refers to before looking at its effectiveness in the process of weight loss.

Green Coffee Bean Max has very strong antioxidant properties similar to the other natural antioxidants such as grape seed and green tea extract. These coffee beans have poly-phenols that act to assist reduce the free oxygen radicals from your body. It has been proven that green coffee bean extract is effective in the process of weight loss.

The extract normally contributes to boosting a person’s rate of metabolism through altering the manner in which glucose absorption takes place in the body. Caffeic acid which is a green coffee bean component acts as a stimulant and thus contributes to boosting the body’s energy levels. Since green coffee bean hasn’t been boiled, it thus lacks cafestol that is a diterpene. This would have otherwise contributed to increasing bad cholesterol levels thus contributing to weight gain. Like green coffee Dr. Oz test.

Green Coffee Bean Max Review found that chlorogenic acid in coffee bean is an effective antioxidant. This means that it can easily destroy any free radicals that have been formed in a persons’ body, during the process of metabolism. Normally, if the free radicals are ignored and left the way they are, they can cause destruction to the cell membrane and end up conducing to the various symptoms associated with aging.

By effectively getting rid of the free radicals, green coffee bean actually reduces to great heights the onset of the aging process. Laboratory results have also proved that green coffee bean contains double of the oxygen radicals rate of absorption capacity, when compared to the green tea extract.

Green Coffee Bean Max Review found that studies have revealed that the chlorogenic acids which are present in green coffee bean may assist in alleviating the blood pressure levels. For instance, a research that was conducted recently proved that when mild hypertension patients consumed green coffee bean supplements, there blood pressure was tremendously lowered from great heights. Thus, this extract was proved very ideal in solving hypertension cases.

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Green Coffee Bean Max Review

Fayed, A.E.
Detection of Domiati cheese adultration with palm oil.
Identification of palm oil in some fatty products.
Influence of insecticide residues on growth and activity of Streptococcus diacetilactis and Leuconostoc cremoris.
Presistence of Fenvalerate pyrethroid in milk in relation to lactic acid bacteria.
Susceptibility of some lactic acid bacteria to different insecticides.
Ultrafiltration of reconstituted skimmilk powder in relation to the rennet ability and casein fractions.
Application of ultrafiltration technique for production of low calorie recombined butter rich in protein.
Ultrafiltration whey protein concentrate as a substitute for egg white in pie topping meringue.
Production of aromatic recombined butter by using different milk solids not fat ingredients.
Distribution of some insecticides in milk fat globule materials.
Keeping quality of market butter oil in comparison with samna.
Ultrafiltration whey concentrate as protein fortifier in macaroni manufacture from wheat flour.
Fiber fortification of ice milk by means of cooked wheat.
Enhancement of milk fat quality by conversion into recombined butter in relation to some properties of skimmilk powder used.
Incidence of some environmental pollutants in milk and its products at great Cairo markets.
Substitution of non fat milk solids in ice cream with ultrafiltration whey protein concentrate.
Milk preparedness for bacterial growing in relation to environmental contaminants.
Quality evaluation of imported skimmilk prowder.
Effect of milk fat quality on the properties of recombined butter.
Utilization of some food industry wastes prepared as milk fat antioxidants.
Effect of microwave treatment on bacteriological and keeping quality of buffaloes milk.
Monitoring some contaminants during the manufacture of some conventional dairy products.
Ultrafiltration membrance permeability of some milk contaminants.
Physical and organoleptic properties of yoghurt made from standardized buffalo’s milk fortified with total milk proteinate.
Production and characterization of bacterial coagulants as calf rennet replacer for Egyptian cheesemaking.
The profile of market Domiati cheese with emphasis on biogenic amines occurrence.
Production of bacteriocin using ultrafiltrated milk permeate.
The use of ultrafiltration technique for recovery of nisin-like bacteriocin.
Comparative supplementation of ice cream mixes by ultrafiltrated skimmilk retentate or whey proteins concentrate.
Production of low calorie ice cream.
Comparative acylation methods of ultrafiltrated whey proteins concentrate with emphasis on the functional properties.
Effect of using alternative combination of glucono delta lactone with lactic starter culture on the properties of UF-white soft cheese during cold storage.
Brevibacterium linens as an adjunct starter culture in low fat Ras cheese.
Influence of some preservatives on cast UF-white soft cheese properties during cold storage.
Antifungal efficiency of a starter culture containing Lactobacillus reutrei during Ras cheese ripening.
Influence of formaldehyde and hydrogen peroxide as preservatives on the properties of buffalo’s milk proteins.
Comparative evaluation between Selandid and Maltodextrin as fat mimetic in low fat Ras cheesemaking.
Production of probiotic low calorie sour cream.
Production of light calorie whipped cream using mimetic fats and stevioside.
Effect of Transglutaminase on the quality of yoghurt made with different milk protein sources.
Biological evaluation of cow’s milk yoghurt fortified with different source of milk proteins.
Antifungal efficiency of a starter culture containing some Lactobacillus species during Ras cheese ripening.
Utilization of ultrafiltrated whey protein concentrate in the manufacture of reduced fat processed cheese spread.
Biological Attributes of bio-yoghurt versus the conventional one fed in spray dried form.
Effect of cow’s milk treatment with transglutaminase on the composition and quality of yoghurt with particular reference to its biological value.
Performance of transglutaminase as body stabilizer in Tallaga cheese made from ultrafiltrated cow’s milk retentate.
Utilization of mushroom powder for substituting dried skimmilk in the manufacture of processed cheese spread.
Glycoprotein fortification of bioyoghurt.
Improvement of yoghurt efficiency as functional food by glycoprotein fortification.
Application of ultrafiltration technique in the manufacture of reduced-calorie frozen bioyoghurt in synbiotic form.
Healthy multifunctional spectra of milk glycoproteins and their fragments.
Production of carbonated stirred yoghurt fortified with some physiological active ingredients.
Physiologically Active Ingredients as Yoghurt Fortifiers.
Rheological, microstructural and biological characteristics of probiotic ultrafiltrated skimmed milk cheese in comparison with the conventional Kariesh cheese.
Economics scale for processing of white soft cheese in Egypt.