St. John's Wort Extract Hypericin

St. John's Wort Extract Hypericin

1.Product Name: St. John's Wort Extract
2.Latin name: Hypericum perforatum L.
3.Part used: Aerial parts in blossom
4.Specification: Hypericin 0.3%, 98%
5.Appearance: Dark brown powder
6.Sample: 10-20g for free
Description
Technical Parameters

What is St. John's Wort Extract Hypericin?

 

St. John's Wort Extract Hypericin is a standardized, botanical extract that is extracted and standardized for the hypericin content, one of the major naturally occurring naphthodianthrone compounds in Hypericum perforatum L. The raw plant material is harvested at the flowering stage, dried, extracted, and purified by a controlled process to yield the target constituents in a concentrated form before being transformed into a stable powder or liquid extract form, which can be used in industrial production. The last component is usually adjusted to a specific hypericin ratio, giving batches with the same chemical characteristics and control. The main applications of this type of extract are in the manufacturing and formulation industry as a botanical raw material where consistency, traceability, and standardized levels of active markers are critical for consistent and scalable production. It can be supplied in various concentration grades, carrier systems, and physical forms, depending on the supplier's capability, for various processing needs, including blending, encapsulation, and additional formulation development.

 

St-Johns-Wort-Extract-Hypericin

 

cOA

 

Item Specification Result Test Method
Appearance Dark red to reddish-brown fine powder Complies Visual
Odor Characteristic herbal odor Complies Organoleptic
Taste Slightly bitter Complies Organoleptic
Hypericin Content 0.5% (UV / HPLC) 0.55% HPLC
Hyperforin (optional) ≤ 5.0% 3.20% HPLC
Particle Size 100% pass 80 mesh (or customized) Complies Sieve analysis
Loss on Drying ≤ 5.0% 3.10% USP <731>
Ash Content ≤ 5.0% 2.60% USP <281>
Heavy Metals (as Pb) ≤ 10 ppm <10 ppm ICP-MS
Lead (Pb) ≤ 2 ppm 0.8 ppm ICP-MS
Arsenic (As) ≤ 1 ppm 0.3 ppm ICP-MS
Cadmium (Cd) ≤ 1 ppm 0.2 ppm ICP-MS
Mercury (Hg) ≤ 0.1 ppm 0.02 ppm ICP-MS
Residual Solvents Meets USP / ICH Q3C Complies GC-MS
Pesticide Residues Complies with EU/USP limits Complies GC-MS / LC-MS
Total Plate Count ≤ 10,000 CFU/g 1,200 CFU/g USP <2021>
Yeast & Mold ≤ 100 CFU/g 45 CFU/g USP <2021>
E. coli Negative Negative USP <2022>
Salmonella Negative / 25g Negative USP <2022>
Staphylococcus aureus Negative Negative USP <2022>

 

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Benefits

 

1. Defined Marker Standardization

St John's Wort Extract gives a defined amount of hypericin, giving the manufacturers a known chemical composition from one batch to another, which means that there is less variation in the final product.

2. Reliable Raw Material Consistency

The ingredient's controlled extraction and standardization processes provide stability of quality features, assisting in the predictability of the product formulation and development in industrial-scale production.

3. Flexible Formulation Integration

It can be used in a variety of manufacturing systems (blending matrices, encapsulated dosage forms, and dry mix) in its powder or extract form without significant process changes.

4. Strong Supply Chain Traceability

Full traceability from the plant source to the final extract is usually part of the professional-grade production, providing for procurement transparency and easing up the process of supplier qualification for manufacturers.

5. Good Compatibility with Industrial Processing Systems

Generally, the material is formulated to be compatible with the standard industrial equipment to facilitate mixing, filling, and downstream processing.

6. Documentation and Quality Support Advantage

Technical documentation like COA, specification sheet, analytical reports, etc., are generally submitted by suppliers and are used as a supporting piece of information for customer qualification, internal QA systems, and regulatory review within supply chains.

 

Applications and Synergies

 

It is used primarily as a standardized botanical intermediate in the formulation of the industrial product, where it can be used as a chemically-defined plant-derived ingredient for multi-component formulations and product design. In manufacturing settings, it may be blended into intricate botanical formulations alongside various other plant extracts, excipients, and carrier substances as a means of achieving certain formulation goals like altering the product texture, dispersion properties, or ingredient profile in end products. The standardized nature of the dye also enables it to be used in product testing for compatibility with other natural dyes, extracts containing flavonoids, and matrices of lipids or water, thus helping product developers to create stable formulations that comprise multiple components. In R&D, it is often used together with other botanical actives to evaluate the processing behaviour, solubility interactions, and stability performance under various production conditions, from a synergy point of view. In addition, Hypericum Perforatum Extract can also be used in specialized premixes or intermediate mixes formulated with the aim of achieving efficiency in the manufacture of products downstream, especially in large-scale production lines where consistency and integration of the production process are essential.

 

St-Johns-Wort-Extract-Hypericin-uses

 

Uses

 

1. Botanical Raw Material for Standardized Formulations

As a defined plant-derived ingredient in which the amount of hypericin can be controlled in the product design and therapeutic effect, and is repeatable in the formulation process.

2. Ingredients for Multi-Component Premixes

Hypericin Extract is often used in custom-made premix systems to ease dosing operations and enhance the quality and efficiency of blending in large-scale production.

3. Functional Reference Material in Analytical Development

Used as a laboratory and research and development botanical marker for method development, chromatographic profiling, and plant extract system quality benchmarking.

4. Component in Color-Associated Botanical Blends

Used in formulation research, specifically in the use of naturally pigmented plant extracts, it can be used to support research on colour stability, uniformity of dispersion, and colour uniformity in the end formula of the finished product.

5. Intermediate in Contract Manufacturing Supply Chains

Provide an intermediate botanical source for contract manufacturers who make standardized herbal-based formulations, enabling a more efficient sourcing and manufacturing process.

6. Material for Process Optimization Trials

Applied to pilot-scale and industrial trials to assess blending behavior, powder flow properties, and compatibility of powders in various production technologies and equipment systems.

 

Certifications

 

Certifications

 

American warehouse

 

American-warehouse

 

Exhibitions

 

Exhibition

 

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