Thermo Nunc Immuno Module C12 Transparent MaxiSorp FluoroNunc Certified 96-Well Plate, Pack of 60

The Thermo Nunc Immuno Module C12 Transparent MaxiSorp FluoroNunc Certified 96-Well Plate, Pack of 60 is designed for fluorescence-based immunoassays, including FluoroMetric Assay (IFMA) and Fluoro-Immuno Assay (FIA). Each plate consists of 96 wells arranged in a C12 format (two strips of twelve wells), providing flexibility for various assay configurations. Made from clear polystyrene with a MaxiSorp surface, these plates offer high protein binding capacity, ensuring reliable and reproducible results. The transparent design allows for easy monitoring of reactions, and the plates are compatible with standard equipment. Supplied in a pack of 60 plates, they are ideal for laboratories requiring high-throughput processing.

Key Features:

• Brand: Thermo Nunc
• Material: Clear polystyrene with MaxiSorp surface for enhanced protein binding
• Well Configuration: C12 format (two strips of twelve wells)
• Well Shape: Round, flat-bottom wells
• Surface Treatment: MaxiSorp, ideal for antibody sandwich assays
• Frame Color: Transparent, suitable for fluorescence applications
• Dimensions: External dimensions of 128 x 86 mm
• Packaging: Pack of 60 plates

These Immuno Modules are certified for reproducibility of binding, making them a reliable choice for your fluorescence-based immunoassay applications.

Frequently Asked Questions

1. What is the Thermo Nunc Immuno Module C12 Transparent MaxiSorp FluoroNunc Certified 96-Well Plate, Pack of 60 used for?

It is designed for fluorescence-based immunoassays, including FluoroMetric Assay (IFMA) and Fluoro-Immuno Assay (FIA). Each plate consists of 96 wells arranged in a C12 format (two strips of twelve wells), providing flexibility for various assay configurations. Made from clear polystyrene with a MaxiSorp surface, these plates offer high protein binding capacity, ensuring reliable and reproducible results. The transparent design allows for easy monitoring of reactions, and the plates are compatible with standard equipment. Supplied in a pack of 60 plates, they are ideal for laboratories requiring high-throughput processing.

2. Is the Thermo Nunc Immuno Module C12 Transparent MaxiSorp FluoroNunc Certified 96-Well Plate, Pack of 60 suitable for fluorescence-based immunoassays, including FluoroMetric Assay (IFMA) and Fluoro-Immuno Assay (FIA)?

Yes. It is designed for fluorescence-based immunoassays, including FluoroMetric Assay (IFMA) and Fluoro-Immuno Assay (FIA), and offers C12 format (two strips of twelve wells) and round, flat-bottom wells to support this kind of work.

3. What well configuration and well shape does the Thermo Nunc Immuno Module C12 Transparent MaxiSorp FluoroNunc Certified 96-Well Plate, Pack of 60 have?

It has C12 format (two strips of twelve wells), round, flat-bottom wells and maxiSorp, ideal for antibody sandwich assays, and is supplied under manufacturer part number 437915.

4. What is the Thermo Nunc Immuno Module C12 Transparent MaxiSorp FluoroNunc Certified 96-Well Plate, Pack of 60 made from and what features does it include?

It is made from clear polystyrene with MaxiSorp surface for enhanced protein binding. It also offers transparent, suitable for fluorescence applications, external dimensions of 128 x 86 mm and alphanumeric orientation systems.

5. How does the Thermo Nunc Immuno Module C12 Transparent MaxiSorp FluoroNunc Certified 96-Well Plate, Pack of 60 compare with the BRAND Mat Covers for 1.2 ml Deep Well Plates, Non-Sterile, Low Profile, Pack of 50 from BRAND?

For fluorescence-based immunoassays, including FluoroMetric Assay (IFMA) and Fluoro-Immuno Assay (FIA), the Thermo Scientific model is the better choice, offering C12 format (two strips of twelve wells), round, flat-bottom wells and maxiSorp, ideal for antibody sandwich assays. The BRAND model offers non-sterile, low profile design and prevents sample evaporation and contamination as an alternative, while the Thermo Scientific model's C12 format (two strips of twelve wells) and round, flat-bottom wells help make it a strong fit for fluorescence-based immunoassays, including FluoroMetric Assay (IFMA) and Fluoro-Immuno Assay (FIA).