[Latin Name] Camellia sinensis

[Plant Source] China

[Specifications]

Total tea polyphenols 40%-98%

Total catechins 20%-90%

EGCG 8%-60%

[Appearance] Yellow brown powder

[Plant Part Used] Green tea leaf

[Particle size] 80 Mesh

[Loss on drying] ≤5.0%

[Heavy Metal] ≤10PPM

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

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

[What is green tea extract]

Green tea is the second largest beverage demanded by consumers worldwide. Used in China and India for its medicinal effects. There are several compounds extracted from green tea including catechins which contain an enormous amount of hydroxyphenols that are easily oxidized, congregated and contracted, which explains its good anti-oxidation effect. Its anti-oxidation effect is 25-100 times as strong as those of vitamin C and E.

It is widely used in medicines, agriculture, and chemical and food industries. This extract prevents cardio-vascular disease, lowers the risk of cancer, and decreases blood sugar and blood pressure, as well as viruses. In the food industry, the anti-oxidation agent used for preserving food and cooking oils.

[Function]

1. Green tea extract can reduce blood pressure, blood sugar, blood lipids.

2. Green tea extract has the function of removing radicals and anti-aging.

3. Green tea extract can enhance the immune function and prevention of colds.

4. Green tea extract will anti-radiation,anti-cancer, inhibiting the increasing of cancer cell.

5. Green tea extract used to anti-bacterium, with the function of sterilization and deodorization.

[Application]

1.Applied in cosmetics field, Green tea extract owns the effect of anti-wrinkle and anti-Aging.

2.Applied in food field, Green tea extract is used as natural antioxidant, antistaling agent, and anti-fading agents.

3.Applied in pharmaceutical field, Green tea extract is used to prevent and cure cardiovascular disease, diabetes.

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Empty Gelatin Capsules 00 Make Your Own Mix of Powders Myprotein Review

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Gelatin capsules, also known as soft gels, have an outer coating or shell containing the active ingredient and any filler. The interior ingredients must be in the form of a liquid, paste or suspension, which has small particles of the active ingredient suspended in liquid. The shell is made of gelatin, usually derived from beef or pork, along with water and a plasticizing agent such as glycerin to provide durability with flexibility. Gelatin capsules have advantages for both the drug and supplement manufacturer and the consumer.Easy Digestion Gelatin capsules are easily digested and dissolve within minutes of reaching the stomach, according to physician Ray Sahelian, who has a website devoted to natural supplements. This ensures that the medicine or supplement won’t pass through the digestive system without being absorbed.Increased Bioavailability
Using soft gel capsules can increase the bioavailability of poorly absorbed or poorly soluble nutrients, according to the Natural Products Insider website. Through stabilizing, solubilizing or other techniques, manufacturers can enhance the effectiveness of nutrients such as coenzyme Q10, carotenoids and certain herbal extracts. Many of these methods are not possible with solid materials.DIFFERENCES BETWEEN VEGETARIAN AND GELATIN CAPSULES
Capsules are known to be the preferred delivery method of medications and supplements. They are quick dissolving, fairly inexpensive, and easy to fill for both home as well as commercial consumption. As opposed to various other delivery methods, substances are not being directly added to the medication or supplement, not compromising their efficacy.
Empty capsules are available for purchase in two distinct categories; the traditional gelatin caps, and vegetarian varieties. While both can potentially serve your needs, it is important to know the differences between gelatin and vegetarian capsules. detox,hair loss, dollar collapse,alex jones,Understanding the benefits to each type of capsule can allow you to better serve your consumer and their needs.
Advantages and Disadvantages of Gelatin Capsules
Gelatin is the original and most common material used to produce capsules. It is the less expensive option, and is available in many options. These capsules can be purchased in various colors, flavors, as well as sizes to suit your needs. However, gelatin is an animal by product formed from collagen. This protein is obtained from connective tissues as well as organs of animals, which can be a major downfall for some consumers. Individuals with religious or dietary restrictions which forbid them from consuming such animal products will not be suited for the usage of the traditional gelatin capsules. While this population may be slight in your client base, it is still a factor you may want to consider.
Another factor to consider when choosing between gelatin and vegetarian capsules is what they are going to be filled with. Gelatin capsules are only suitable for use with powdered medications or supplements. Liquids and various other materials such as gels are not compatible with capsules made of gelatin.
Advantages and Disadvantages of Vegetarian Capsules
One of the most obvious advantages of using cellulose based or vegetarian capsules is that they are not made with animal byproducts. This distinct characteristic allows them to be suitable for individuals who choose not to consume products sourced from animals. Vegetarian capsules in addition to being both the obvious choice for both vegetarian and vegan consumers are also more acceptable for religious reasons as well. In fact, vegetarian capsules are often deemed suitable to be classified as both Kosher and Halal products. This opens the option for a larger customer base. These capsules are available in various colors and sizes, and are more flexible in their application. Cellulose is the preferred capsule base for substances that have more of a semi solid or gel composition. Additionally, vegetarian capsules have no known potential health risks, even when consumed in a long term scenario as they are 100% natural and nontoxic.

https://www.iitutor.com
Condensation polymers are formed when monomers join together, and in the process also form a separate small molecule such as a water molecule. The ends of the monomer molecules must have functional groups that can join with other functional groups on neighbouring molecules.
Condensation polymerisation is the process in which two monomers combine with the elimination of a smaller molecule. One way that two different monomers can combine and in doing so lose a molecule of water and represents condensation polymerisation. This process continues and each remaining end joins with another monomer—each time lengthening the chain. One way to think of this is a “head-to-tail” joining.
Synthetic condensation polymers include nylons and polyesters. Natural condensation polymers include cellulose, cotton, wool, and silk.
Cellulose is a complex carbohydrate or polysaccharide. It is the most abundant biopolymer in nature. Carbohydrates consist of molecules containing C, H and O atoms. Carbohydrates contain many alcohol functional groups.
• Cellulose consists of long chains of β-glucose monomers.
• Glucose is an example of a simple carbohydrate or monosaccharide.
Structure of glucose :
Glucose (C6H12O6) is a ring molecule. The carbon atoms in the ring are numbered as shown. The –OH functional groups may be orientated above or below the plane of the ring. These different orientations at C, produce the alpha and beta forms of the glucose monomers.
• Glucose is an organic compound
• Ring can open up in solution to form a straight-chain structure. Open and chain forms are in equilibrium that cause glucose to exist as anomers, β-glucose and α-glucose.
Biopolymer is a naturally occurring polymer such as cellulose, starch, gluten, DNA and protein.
Formation of cellulose:
Cellulose is a condensation polymer which is formed when glucose monomers condense together through beta-1,4-glycosidic bonds. This involves a reaction between the –OH groups at the C1 and C4 carbons of adjacent glucose molecules.
The process begins by the condensation reaction between two glucose monomers to form a beta-maltose dimer. A water molecule is eliminated during this reaction. More glucose monomers condense and the chain grows until about 10 000 glucose monomers are linked in long, unbranched, ribbon-like strands.
Strong hydrogen bonding exists between –OH groups of neighbouring, close-packed strands. This produces a water-insoluble polymer with great strength and rigidity. Plants use cellulose as a structural carbohydrate for their cell walls.