Product Information

💬Pterostilbene vs Resveratrol

Pterostilbene and Resveratrol are both natural antioxidants that are beneficial to the human body in several areas. The following is a comparison of the two in terms of color, the fruits present, the benefits to the human body and the fields of application.

1.Color: Resveratrol and Astragalus are colorless or yellowish compounds.

2.Existing fruits: Resveratrol is mainly found in grapes, red wine, peanuts, blueberries and other foods, while rosewood stilbene is mainly found in rosewood, grapes and blueberries and other plants.

3.Benefits to the human body:

Resveratrol and rosewood stilbene are both natural antioxidants, and their benefits to the human body are mainly reflected in the following aspects:

natural field Resveratrol real shot pictures

natural field Pterostilbene real shot pictures

Antioxidant, anti-inflammatory, anti-tumor, blood lipid, anti-aging and other physiological activities.

Prevent neurological, cardiovascular, metabolic and blood diseases.

Prevent cancer and tumor growth, especially breast and colon cancer.

Prevent neurological disorders, including memory loss and dementia.

Fights inflammation, the root cause of many diseases, and boosts the immune system.

Protects the heart and blood vessels.

Naturally fights bacterial and fungal infections of the skin.

IN SHORT: both resveratrol and rosewood stilbene can help the human body prevent and treat a variety of diseases, but their mechanisms of action and applications are slightly different. In the selection and use of these compounds, it is necessary to select and adjust according to the specific situation.

4.Fields of application: Resveratrol and Rosewood stilbene are used in many fields. They can be used as raw materials for natural medicine, health care products and cosmetics, and have high medicinal value and market prospects.

In short, resveratrol and Rosewood stilbene are both highly valuable natural compounds that are beneficial to the human body in several areas. While they share some similarities in terms of color, fruits present, benefits to the human body, and fields of application, there are also some differences in their chemical structure, mechanism of action, and scope of application. In the selection and use of these compounds, it is necessary to select and adjust according to the specific situation.

 💬There are certain similarities between the application fields of resveratrol and Radix astragali, both of which can be applied in the following areas:

1.Health products and nutritional supplements: Resveratrol and rosewood stilbene can be used as raw materials for health products and nutritional supplements to help enhance human immunity, antioxidant and anti-inflammatory.

2.Drugs: Resveratrol and rosewood stilbene can be used as raw materials for the treatment of certain diseases, such as cancer, cardiovascular diseases, neurological diseases and so on.

3.Cosmetics: Both resveratrol and Pterostilbene can be added to cosmetics for antioxidant, anti-inflammatory and anti-aging purposes.

In short, both resveratrol and rosewood stilbene can be used in health care products, medicines and cosmetics, and have many benefits to human health. However, they also have some differences in specific application fields and mechanisms of action, which need to be selected and adjusted according to specific circumstances.

✅Natural field Pterostilbene advantages:

1.ISO9001, ISO22000

2.Enough stock

3.Prompt delivery

4.Stable quality

5.Best service.

Resveratrol advantages:

1. 3rd-party test report- C14 report;

2. 3rd-party test report-heavy metals;

3. Enough stock;

4. Fast shipping;

5. Stable quality

Solubility & stability of Trans-Resveratrol Powder:

Solubility:

Water-soluble: 0.03 kg/m³

Ethanol solubility: 50 kg/m³

Stability:

1. Resveratrol can produce fluorescence under ultraviolet light.

2. At pH>10, the stability is poor.

3. In the case of ferric chloride – potassium ferricyanide solution is blue, in the case of ammonia and other basic solutions red.

4. Resveratrol is unstable to light.