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| Product Name | Soil Peroxidase (S-POD) Activity Assay Kit, 240T/100S |
| Catalog No. | EATK-YJL-0129 |
| Testing Equipment | Microplate reader |
| Number of Detectable Samples | 100 Samples |
| Testing Accessories | 96-well plate |
| Estimated Measurement Time | 3 h (100 Samples) |
| Storage | Store according to label instructions |
| Reagents to be Prepared | Ether |
Soil Peroxidase (S-POD) is a key enzyme predominantly derived from soil microorganisms, playing a critical role in soil ecological processes. Its core function lies in oxidizing organic matter in soil to generate peroxides, which is essential for the formation of humus— a vital component that enhances soil fertility, water retention, and nutrient cycling. By facilitating the decomposition of organic substances and certain pollutants, S-POD also contributes to maintaining soil health and regulating the soil ecosystem balance.
The measurement of S-POD activity is widely recognized as an important indicator for evaluating soil quality and ecological status. It provides valuable insights for researchers and agricultural professionals to monitor changes in soil enzyme activity, assess the impact of agricultural chemicals or environmental changes on soil ecosystems, and support the development of sustainable soil management strategies.
Our Soil Peroxidase (S-POD) Activity Assay Kit is designed to accurately detect S-POD activity in soil samples, leveraging a reliable enzymatic reaction principle. In the assay process, S-POD catalyzes the oxidation of organic substances to form quinones, which exhibit a characteristic light absorption at 430 nm. By quantifying the absorbance at this wavelength, the kit enables precise determination of S-POD activity in soil samples.
This kit is developed specifically for research applications, catering to the needs of academic laboratories, agricultural research institutions, and environmental science teams. It is not intended for use in human or clinical diagnosis, ensuring compliance with research-focused usage standards.
Compatible with a microplate reader, a common laboratory instrument, making it convenient for high-throughput sample testing and reducing operational complexity.
Provides sufficient capacity for 100 detectable soil samples, suitable for both small-scale experiments and batch sample analysis.
Includes essential testing accessories (96-well plate) to minimize the need for additional accessory purchases, streamlining the experimental preparation process.
Requires a relatively clear and manageable estimated measurement time (3 hours for 100 samples), allowing researchers to plan experimental schedules effectively.
Comes with clear storage instructions (store according to label instructions) to help maintain reagent stability and extend the kit’s usable life.
Only requires ether as a separately prepared reagent, reducing the complexity of pre-experiment reagent preparation and lowering the threshold for operation.
Ensures reliable and accurate detection results, which is crucial for obtaining credible research data on soil S-POD activity and supporting valid conclusions in soil-related studies.
Offers user-friendly operation, with a straightforward experimental protocol that does not require complex pre-treatment of soil samples, saving time and effort for researchers, even those with moderate laboratory experience.
Designed for soil samples specifically, with optimized reagent formulations and reaction conditions that enhance the specificity and sensitivity of S-POD activity detection in soil matrices, avoiding interference from non-target substances.
The kit’s 240T/100S configuration balances sample throughput and cost-effectiveness, providing good value for research projects with varying sample size requirements.
Supports the storage of unused reagents (following label instructions) and allows for flexible use of the kit across multiple experiments, reducing reagent waste and improving resource utilization.
For research use only, not for clinical use.
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