Vitamins, as an essential trace organic substance, play an indispensable role in plant growth, metabolism, and development. Accurate quantification of vitamins is important in studies, including research on plant growth conditions, crop yield, and quality of agricultural products. Lifeasible has many years of experience in vitamin quantification research, and we utilize high-performance liquid chromatography (HPLC) platforms that allow us to isolate and quantify vitamins to help advance scientific research accurately.

Importance of Vitamins Quantification

• Crop nutritional assessment. Quantitative analysis of crop vitamin levels is used to assess the nutritional value of crops so that fertilization and management strategies can be optimized to improve crop quality.
• Food safety monitoring. Quantification of vitamins in agricultural products ensures that they meet food safety standards and prevents health problems caused by vitamin deficiency or excess.
• Genetic improvement. Quantitative vitamin content can be used as a selective indicator in the breeding process, helping breeding experts select varieties rich in specific vitamins and improve the nutritional value of crops.
• Scientific research basis. Vitamin quantification can provide essential data for agricultural scientific research, helping research and technological innovation in related fields.

Our Service for Vitamin Quantification

Accurate quantification of vitamins plays a vital role in agricultural research. We extract and accurately quantify vitamins in target plants for assessing plant nutrition, optimizing plant growth conditions, improving crop quality, and more.

Detection and quantification

We use UV/Vis detectors to monitor the absorption peaks of vitamins at standard wavelengths such as 254 nm or 280 nm.

We then quantify the vitamins by establishing a standard curve and comparing the peak area of the sample to the standard curve to determine the vitamin content.

Data analysis

We offer HPLC data analysis services.

• Peak identification. Peaks of individual vitamins in the sample are identified.
• Quantitative calculation. Calculate the concentration of vitamins in the sample from the standard curve.
• Result validation. Validation is performed through replicate experiments and control samples to ensure the accuracy and reliability of the results.

Fig.2 Our service process. (Lifeasible)

Sample Request

• Type. Solid samples such as animal and plant tissues, blood ≥ 2g.
• Preservation. Liquid nitrogen quick-freeze and store at -80°C.
• Transportation. Dry ice transportation.

Application of Vitamins Quantification

• Plant vitamin metabolism and regulation.
• Plant vitamin biosynthetic pathways.
• Agronomy and nutrition research.

Highlights of Our Vitamins Quantification

• High accuracy and sensitivity. Advanced detection techniques, such as high-performance liquid chromatography (HPLC), ensure accurate vitamin content determination and is suitable for micro-analysis.
• Comprehensive vitamin analysis. We can quantitatively detect a wide range of vitamins, fully meeting the needs of different customers.
• Fast cycle time. We have efficient laboratory procedures and equipment configurations to provide rapid testing services and help customers obtain results promptly.
• Professional technical support. Our experienced technical team can provide professional advice and guidance to ensure the reliability of the analysis results.

Lifeasible provides accurate, high-quality vitamin quantification services to assist clients in their research projects. If you are interested, please feel free to contact us.