Thermo Scientific™ 96-Well Plates for Pierce™ Quantitative Fluorometric Peptide Assay (Black)

Designed specifically for use with the Thermo Scientific™ Pierce™ Quantitative Fluorescent Peptide Assay, these 96-well polystyrene microplates enable high-throughput and sensitive quantitation of peptides and peptide digests. Their low background fluorescence and high optical clarity support accurate detection of amine-labeled peptides using a microplate fluorometer (excitation at 390 nm / emission at 475 nm).

These plates are optimized to support the mix-and-read fluorescence assay format and provide consistent, reproducible results in protein and peptide quantitation workflows, especially those involving mass spectrometry (MS).

Key Features & Benefits

• Fluorescence-Optimized Microplates
  Low autofluorescence background and high signal-to-noise ratio for peptides labeled via amine-reactive fluorophores.
• High Sensitivity
  Detects peptide concentrations as low as 5 µg/mL with minimal sample volume (10 µL per well).
• High Throughput Format
  96-well plate format supports multiple replicates, controls, and standard curves per assay run.
• Consistent Quality
  Plates are tested for compatibility with fluorescent peptide detection at 390/475 nm and provide lot-to-lot reproducibility.
• Convenient Packaging
  Supplied as 25 individually wrapped 96-well plates for long-term usability and reduced contamination risk.

Recommended Applications

• Quantitative peptide measurement for proteomics workflows
• Sample normalization prior to LC-MS/MS
• Monitoring peptide recovery after cleanup procedures
• Routine peptide concentration validation in synthetic or digested samples
• Assay development for peptide analysis in biomarker research

Technical Specifications

The Thermo Scientific™ 96-Well Plates for Pierce™ Quantitative Fluorescent Peptide Assay provide a dedicated, high-performance platform for accurate, high-throughput peptide quantification. When paired with the Pierce™ Fluorescent Peptide Assay Kit, they ensure consistent, low-background fluorescence and optimized assay performance, particularly in LC-MS sample prep and proteomics studies.