HA11911 Icariin (Epimedium Flavonoids) Powder

Icariin (Epimedium Flavonoids) Powder Description

Icariin, a prenylated flavonol glycoside extracted from Epimedium species, is processed into a fine powder for precise dosing in research and formulation contexts. The material's defined extraction profile and particle size distribution facilitate consistent bioactivity measurements. Its physical form allows easy integration into various assay systems and provides a standardised platform for evaluating natural product pharmacology.

Icariin (Epimedium Flavonoids) Powder Applications

1.       Healthcare Research
   - Used as an active component in assays exploring hormone modulation to achieve clear bioactivity profiles by leveraging its standardised flavonoid content.
   - Applied in studies investigating cellular signalling pathways to ascertain dose-response relationships through controlled extract purity.

2.       Pharmaceutical & Nutraceutical Development
   - Utilised as a reference standard in formulation studies to monitor compound efficacy by integrating its consistent chemical profile.
   - Serves as a test material in preclinical evaluations to assist in correlating extract composition with potential biological outcomes.

Icariin (Epimedium Flavonoids) Powder Packing

Icariin Powder is packaged in airtight polyethylene bags featuring an inner moisture barrier to mitigate contamination risks. The primary packaging is nested within a rigid, corrugated cardboard box that cushions the product during transit. Storage instructions, including temperature and humidity guidelines, are clearly labelled. Custom packaging sizes and anti-static options are available to optimise handling and shelf-life for laboratory applications.

Additional Information

Icariin, as a key flavonoid extracted from Epimedium, is extensively studied for its role as a bioactive compound. Its extraction involves solvent systems and chromatographic separations that preserve its molecular integrity. The resulting powder supports various analytical and formulation purposes in the nutraceutical and pharmaceutical sciences.

Understanding the chemical nature of botanical extracts is fundamental in materials science and R&D. Detailed compositional analysis, performed using techniques such as HPLC and mass spectrometry, helps in correlating the material's properties with its biological effects, thus providing a solid foundation for further scientific exploration.