GlycoSens™ Soil Leucine Aminopeptidase (S-LAP) Assay Kit, Spectrophotometry

The GlycoSens™ Soil Leucine Aminopeptidase (S-LAP) Assay Kit offers an advanced quantitative methodology for evaluating soil leucine aminopeptidase concentration with high specificity. Designed to minimize matrix background interference, this kit facilitates high-throughput scientific profiling and consistent experimental turnaround.

Soil Series

S-LAP

Reaction Buffer; Specific Substrate; Standard; Reaction Stop Solution

Soil, sediments, solid substrates

50 μL

The system measures chromatic product formation derived from target soil leucine aminopeptidase activity. Absorbance changes tracked at optimal wavelengths allow precise quantitative determination of S-LAP levels.

Within 45 minutes

Visible Spectrophotometer or Microplate Reader, glass/quartz cuvettes, microcentrifuge, water bath/incubator, adjustable micropipettes, double-distilled water.

Store at -20°C.

Shipped with ice packs.

Soil Leucine Aminopeptidase

Soil Leucine Aminopeptidase; S-LAP

Found widely across biological samples, soil leucine aminopeptidase (S-LAP) is crucial for maintaining systemic homeostasis. Its dynamics closely reflect soil fertility, organic matter decomposition, and ecosystem health. Moreover, detailed analysis of this target empowers researchers to monitor disease progression or developmental stages effectively.

Optimized for high-throughput profiling of soil leucine aminopeptidase (S-LAP) in functional metabolomics, secondary metabolite profiling, and environmental adaptation research.

Rapid Reaction Protocol; Stringent Quality Control; Enhanced Sensitivity

1. Pre-Centrifugation of Vials: Prior to opening any reagent vials, perform a brief centrifugation to collect all powder or liquids at the bottom of the tubes.

2. Reagent Equilibration & Mixing: Allow all kit reagents and buffers to equilibrate to room temperature (25 °C) before initiating the assay.

3. Sample Storage: If samples are not assayed immediately, please store at -80 °C and avoid repeated freeze-thaw cycles.