Information Molecules
& Conveyance Systems
for Health & Beauty

Precise control of the production process: IPH technology allows precise control of the peptide production process, similar to a hybrid operating room where doctors can adjust the progress of the operation in real time. This is achieved through the use of proprietary IPH standards and analytical methods developed by the company, allowing the precise adjustment of different production and filtration modes at each stage.

Application of unique IPH standards: The company has developed its own IPH standards for several dozen peptides. These standards allow not only the production of peptides, but also their precise identification, quantity and quality determination at all stages of production.

Precision Characterization of Peptides: Unlike other manufacturers, IPH technology can accurately determine the molecular weight, sequence and charge of each peptide, which is critical to product quality and specificity.

Natural Peptide Applications: While other companies are limited in their precision methods when working with synthetic peptides, IPH technology can achieve similar precision and specificity when working with natural raw materials.

During the production of IPH peptide complexes, we pay special attention to standardization. The most effective and valuable are standardized peptide complexes, similar to medicinal plant extracts, the standardization of which is based on active molecules. Standard short peptide substances with a purity of more than 99% developed and produced by IDEAL PHARMA PEPTIDE provide comprehensive control over the qualitative and quantitative determination of IPH peptides. These standard substances serve as a key element in ensuring reliable and consistent manufacturing practices, ensuring precise purity and concentration of peptides in peptide complexes and the final product. Through strict quality control and standardization, IDEAL PHARMA PEPTIDE maintains high standards in the field of biotechnology and pharmaceuticals.

In the context of ensuring efficiency and reliability, standardization plays a crucial role. Standardized IPH peptide complexes offer advantages over products that are not strictly standardized based on the active molecules. IPH standardized peptide complexes are products with strict quality parameters and active peptide content. This ensures consistency in their effectiveness and dosage, which is critical for reliable results in clinical practice and cosmetic procedures.

IDEAL PHARMA PEPTIDE adheres to the highest quality standards in the production and control of its products. We use both our own methods for the determination of peptides and methods adopted in the main pharmacopoeias of the world, including the European Pharmacopoeia (Ph. Eur.), United States Pharmacopoeia (USP), British Pharmacopoeia (BP), and Japanese Pharmacopoeia (JP). . This ensures the reliability and compliance of our products with international quality and safety standards.

Lowry method for protein quantification:
A method used to measure the amount of protein by a color reaction with copper sulfate. It provides a sensitive method for determining protein concentration.

Size exclusion chromatography method:
A chromatographic method that separates peptides based on their size and molecular weight. Effectively excludes smaller molecules such as peptides and amino acids from further analysis.

Amino acid profile determination method:
Method used for the quantification of free amino acids. Provides accurate assessment of amino acid content with minimal error.

UHPLC/MS/MS and UHPLC/DAD methods:
Highly efficient analytical methods used to determine the quantitative content of peptides. Provide high accuracy and sensitivity.

Biuret reaction:
Express method for qualitative determination of peptide bonds in samples. The reaction with biuret reagent causes a characteristic color change.

Sodium dodecyl sulfate-polyacrylamide gel electrophoresis (SDS-PAGE) method:
A method for separating proteins and peptides by their molecular weight in an electric field. Allows differentiation of molecular components.

Method for determining the content of pollutants:
Used for the analysis of pesticides, antibiotics and hydrocarbons. Provides assessment of food contamination levels.

Methods for determining radiation:
Measuring radiation levels in food products to ensure safety and quality of radiation monitoring.

Method for determining heavy metals:
Used to detect the presence of heavy metals in food products. Provides control over the level of toxic elements in products.

Method for determining microbiological purity:
Allows you to determine the level of microbial contamination of food products to ensure safety and hygiene.