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High-Purity Icariin Derivative CAS 1067198-74-6 | Natural Plant-Origin Functional Compound for Pharmaceutical & Biotech Applications

High-Purity Icariin Derivative CAS 1067198-74-6 | Natural Plant-Origin Functional Compound for Pharmaceutical & Biotech Applications

November 27, 2025

Icariin Derivative (CAS: 1067198-74-6): High-Purity Plant-Based Ingredient for Advanced Research and Innovative Product Development

November 2025


Product Introduction

Icariin Derivative (CAS: 1067198-74-6) is a structurally optimized compound derived from Icariin, a well-known flavonoid glycoside found in Epimedium species (commonly known as Horny Goat Weed or Yin Yang Huo). As an improved bioactive molecule, this icariin derivative offers enhanced chemical stability and optimized molecular characteristics, making it highly valuable for scientific research, natural product development, and advanced formulation studies.

With high purity and consistent manufacturing standards, Icariin Derivative supplied by Nanjing Spring & Autumn Biological Engineering Co., Ltd. serves as a dependable raw material for laboratories, research centers, and product developers focusing on botanical actives and functional ingredients.


Natural Source

Icariin derivatives originate from Icariin, a major active constituent extracted from Epimedium plants—traditional medicinal herbs widely distributed across East Asia.
Using advanced extraction and semi-synthetic modification techniques, Nanjing Spring & Autumn Biological Engineering Co., Ltd. provides Icariin Derivative (≥98% HPLC) with high batch-to-batch stability and full traceability.

Our production process incorporates refined purification steps and strict quality control protocols, ensuring that each batch meets international standards for research-grade botanical ingredients.


Applications

Pharmaceutical & Scientific Research

Icariin Derivative (CAS: 1067198-74-6) is widely applied as a research compound and reference material in:

  • natural product chemistry

  • pharmaceutical development

  • biochemical mechanism studies

  • structure–activity relationship (SAR) investigations

Its optimized structure makes it suitable for exploring new functional pathways and evaluating derivative activities of flavonoid-based molecules.

Biotechnology & Laboratory Use

Because of its well-characterized molecular properties, this ICARIIN derivative is used in:

  • analytical studies

  • compound screening

  • academic and industrial R&D projects

  • bioactive ingredient evaluation

It provides researchers with a stable and standardized material for experimental design.

Formulation & Product Innovation

For developers focusing on plant-based functional ingredients, Icariin Derivative serves as a versatile raw material for exploratory formulation work, supporting the creation of:

  • advanced botanical ingredient systems

  • functional prototypes

  • natural product enhancement strategies

Its consistent purity ensures reliable performance across different R&D applications.


Product Information

  • Product Name: Icariin Derivative

  • CAS Number: 1067198-74-6

  • Purity: ≥98% (HPLC)

  • Appearance: Light yellow to off-white powder

  • Source: Derived from Icariin extracted from Epimedium species

  • Packaging: Customized packaging available based on client requirements


About Nanjing Spring & Autumn Biological Engineering Co., Ltd.

Nanjing Spring & Autumn Biological Engineering Co., Ltd. is a professional manufacturer specializing in natural plant extracts, high-purity botanical compounds, and functional raw materials for global markets.
Our products are widely used in:

  • pharmaceutical research

  • nutraceutical development

  • cosmetic formulation

  • biotechnology applications

With advanced extraction technology, rigorous quality assurance systems, and reliable supply capabilities, we provide stable and high-quality ingredients to international partners.
We are committed to promoting scientific innovation, safety, and sustainability in natural compound research and industrial applications.


 

?? Website: m.yntagroup.com

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