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| Product Name | Soil Lignin Peroxidase (S-Lip) Activity Assay Kit, 50T/24S |
| Catalog No. | EATK-YJL-0119 |
| Testing Equipment | UV spectrophotometer |
| Number of Detectable Samples | 24 Samples |
| Testing Accessories | 1 mL Quartz cuvette (d=10 mm) |
| Estimated Measurement Time | 2 h (25 Samples) |
| Storage | Store according to label instructions |
| Reagents to be Prepared | Anhydrous ethanol |
Lignin peroxidase (S-Lip) is a critical heme-containing peroxidase belonging to the lignin degradation enzyme system, playing an irreplaceable role in breaking down lignin—a complex organic polymer that forms the structural backbone of plant cell walls. In soil ecosystems, the activity of S-Lip directly reflects the soil’s capacity to decompose refractory organic matter, which is closely linked to key ecological processes such as nutrient cycling, soil organic carbon turnover, and soil fertility maintenance.For researchers and professionals in environmental science, agriculture, and bioremediation, measuring S-Lip activity is essential for multiple applications:
Evaluating soil health: By assessing S-Lip activity, one can gauge the soil’s ability to decompose organic matter (e.g., crop residues), which directly impacts nutrient availability for plants and the overall productivity of agricultural systems.
Studying biodegradation and bioremediation: S-Lip is produced by specific soil microorganisms, and its activity indicates the efficiency of these microbes in breaking down lignin and even environmental contaminants (e.g., aromatic compounds) in polluted soils. This makes it a key indicator for monitoring bioremediation projects targeting contaminated land.
Investigating environmental impacts: Changes in S-Lip activity can reveal how external factors—such as climate change, pollutant exposure (e.g., pesticides, industrial chemicals), or agricultural management practices (e.g., compost application, crop rotation)—affect soil microbial communities and their role in organic matter cycling.
Our Soil Lignin Peroxidase (S-Lip) Activity Assay Kit is designed to provide a reliable, efficient tool for quantifying S-Lip activity in soil samples, supporting these critical research and application needs.
Utilizes a UV spectrophotometry-based detection method, leveraging the characteristic absorption peak of veratraldehyde (produced by S-Lip-catalyzed oxidation of veratrol) at 310 nm—ensuring high specificity and accuracy in measuring S-Lip activity.
Comes with pre-configured core reagents (e.g., Reagent I, Reagent II, Reagent III) and essential testing accessories (1 mL quartz cuvette with 10 mm path length), minimizing the need for additional complex reagent preparation and saving experimental time.
Supports detection of up to 24 soil samples per kit, balancing throughput and cost-effectiveness for both small-scale experiments and batch sample analysis.
Provides clear storage guidelines for reagents (store according to label instructions) and sample handling recommendations (e.g., fresh samples are recommended for optimal results; unused samples can be stored at -80°C for up to one month if not assayed immediately), ensuring reagent stability and result reproducibility.
Requires only a standard UV spectrophotometer—equipment commonly available in most research laboratories—eliminating the need for specialized or high-cost instruments and lowering the barrier to use.
High reliability: The assay principle is based on well-validated biochemical reactions (S-Lip-mediated oxidation of veratrol), and the kit’s components are verified for consistency, ensuring minimal inter-assay and intra-assay variation.
User-friendly operation: The kit simplifies experimental workflows by providing pre-prepared reagents and clear step-by-step guidance (estimated measurement time of 2 hours for 25 samples), reducing the risk of human error and making it suitable for both experienced researchers and laboratory technicians new to enzyme activity assays.
Flexible sample handling: Offers options for immediate assay or short-term sample storage (-80°C for 1 month), accommodating different experimental schedules and preventing sample loss due to timing constraints.
Broad application adaptability: Effectively supports research in soil science, environmental bioremediation, agricultural fertility management, and microbial ecology—meeting the diverse needs of academic institutions, research centers, and environmental consulting firms.
Cost-effective: The 50T/24S format provides sufficient reagents for multiple experiments, and the inclusion of essential accessories (quartz cuvettes) eliminates the need for separate purchases, reducing overall experimental costs.
For research use only, not for clinical use.
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