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| Product Name | Soil Acid Phosphatase (S-ACP) Activity Assay Kit, 120T/100S |
| Catalog No. | EATK-YJL-0055 |
| Testing Equipment | Microplate reader |
| Number of Detectable Samples | 100 Samples |
| Testing Accessories | 96-well plate |
| Estimated Measurement Time | 25 h (100 Samples) |
| Storage | Store according to label instructions |
| Reagents to be Prepared | Anhydrous ethanol; Toluene |
Soil Acid Phosphatase (S-ACP) is a critical soil enzyme that plays a central role in the biogeochemical cycling of phosphorus (P) in terrestrial ecosystems. Its core function lies in catalyzing the mineralization of organic phosphorus compounds in soil, breaking them down into inorganic phosphate (e.g., H₂PO₄⁻, HPO₄²⁻)—a form that plants, crops, and soil microorganisms can directly absorb and utilize. This process is indispensable for maintaining soil fertility, as it bridges the gap between "unavailable" organic P reserves and "available" P that supports plant growth, root development, and overall crop productivity.
In agricultural contexts, S-ACP activity serves as a key biological indicator of soil health. Low S-ACP activity often correlates with reduced P availability, which can limit crop yields even when total soil P levels are high (due to P being locked in organic forms). For agronomists and farmers, measuring S-ACP activity helps optimize fertilizer application strategies: by identifying soils with low enzyme activity, targeted interventions (e.g., organic amendments, microbial inoculants) can be implemented to enhance P cycling, reducing over-reliance on synthetic phosphate fertilizers and minimizing environmental risks like nutrient runoff.
In environmental and ecological research, S-ACP activity is widely used to assess the impacts of human activities and environmental stressors on soil ecosystems. For example, it helps monitor how land-use changes (e.g., conversion of forests to farmland, urbanization), soil pollution (e.g., heavy metal contamination, pesticide accumulation), or soil remediation efforts (e.g., phytoremediation, liming) affect soil microbial functionality and nutrient dynamics. A decline in S-ACP activity may signal degraded soil quality or impaired microbial communities, while increased activity often indicates successful ecosystem restoration.
This Soil Acid Phosphatase (S-ACP) Activity Assay Kit is designed to provide researchers, agronomists, and environmental scientists with a reliable, efficient tool to quantify S-ACP activity in soil samples. By delivering accurate measurements of enzyme activity, the kit enables evidence-based decision-making in soil management, crop production, and ecological restoration—supporting sustainable agricultural practices and environmental protection goals.
High Sample Throughput: The kit supports testing of up to 100 soil samples (120T/100S format), making it suitable for large-scale experiments, field surveys, or routine soil monitoring projects (e.g., multi-site agricultural trials, regional ecological assessments).
Compatible with Standard Laboratory Equipment: It is designed for use with a microplate reader—an instrument commonly available in most research labs and soil testing facilities—eliminating the need for specialized or expensive equipment and simplifying workflow integration.
Included Essential Testing Accessory: A 96-well plate is provided as part of the kit, reducing the need for users to source additional consumables separately and ensuring consistency in sample handling and reaction conditions.
Clear Storage Guidelines: The kit includes label-specific storage instructions to maintain reagent stability and enzyme activity, ensuring reliable performance over the kit’s shelf life (when stored correctly).
Research-Only Focus: Formulated exclusively for research applications (not for human or clinical diagnosis), the kit meets the rigorous standards of academic, agricultural, and environmental research, ensuring data validity for scientific publications and project reports.
Accurate and Reproducible Results: The kit’s assay protocol is optimized to minimize variability between samples and replicates, ensuring precise quantification of S-ACP activity. This reliability is critical for comparing data across different samples, experiments, or time points (e.g., tracking seasonal changes in S-ACP activity in the same soil plot).
Time-Efficient Workflow: With an estimated measurement time of 25 hours for 100 samples, the kit balances thoroughness (to ensure complete enzyme reactions) with practicality—allowing users to obtain results in a timely manner without compromising data quality, compared to longer, less efficient traditional assay methods.
User-Friendly Reagent Preparation: The kit only requires two easily accessible additional reagents (anhydrous ethanol and toluene) for sample processing, avoiding the need for complex or hard-to-source chemicals. This simplifies pre-experiment preparation and reduces the risk of errors from reagent mishandling.
Supports Diverse Research Goals: Whether used for agricultural soil testing (to optimize fertilizer use), ecological research (to assess soil ecosystem health), or environmental monitoring (to evaluate pollution/remediation impacts), the kit’s versatility makes it applicable to a wide range of research fields and use cases.
Preserves Sample Integrity: The assay protocol is designed to minimize sample degradation during processing, ensuring that S-ACP activity measured reflects the true in-soil enzyme state. This is particularly important for field-collected samples, where enzyme activity can be sensitive to handling and storage conditions.
For research use only, not for clinical use.
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