HA10811 Gynostemma Extract (Jiaogulan) Powder

Gynostemma Extract (Jiaogulan) Powder Description

Gynostemma Extract (Jiaogulan) Powder is derived from the aerial parts of the Jiaogulan plant using a standardised extraction method optimised to preserve key phytochemicals such as gypenosides. The powdered form features a defined particle size distribution and low moisture content, essential for accurate dosing in formulation processes. Quality control measures, including HPLC profiling, are implemented to monitor active compound concentrations, ensuring consistency in botanical applications.

Gynostemma Extract (Jiaogulan) Powder Applications

1.       Healthcare/Nutraceutical Applications
   - Used as an active ingredient in dietary supplements to improve antioxidant status by leveraging natural gypenoside content.
   - Applied as a bioactive component in functional beverages to support immune modulation through its phytochemical extract.

2.       Cosmetic Applications
   - Serves as a key additive in anti-ageing formulations to promote skin wellness by utilising its natural antioxidant properties.
   - Frequently used in cream preparations to enhance skin hydration by mitigating oxidative stress with naturally derived compounds.

Gynostemma Extract (Jiaogulan) Powder Packing

Gynostemma Extract (Jiaogulan) Powder is packed in moisture-resistant, sealed pouches that are subsequently placed in rigid, protective boxes. The packaging employs inert materials to guard against contamination and moisture ingress. Recommended storage is in a cool, dry area to preserve phytochemical integrity. Custom labelling and bulk packaging options are available to suit handling and storage requirements.

Additional Information

Herbal extracts serve as an integral component in various applied sciences, bridging traditional botanical knowledge with modern analytical techniques. Gynostemma Extract (Jiaogulan) Powder exemplifies a product where chemical characterisation and batch consistency are critical. Detailed control over extraction parameters ensures that the phytochemical profile remains intact, supporting converging applications in nutraceuticals and cosmetic formulations.

Advancements in analytical methods, such as HPLC and mass spectrometry, facilitate precise quantification of active compounds within herbal matrices. Such analytical rigor not only underpins research and development efforts but also enhances reproducibility in commercial production, ultimately contributing to a deeper understanding of botanical extracts in scientific and industrial contexts.