Molecular Devices 96 Microporous Plate

Molecular Devices 96 Microporous Plate

Product Introduction
Molecular Devices 96 Microporous PlateAll are made of high-quality USP Class VI polystyrene raw materials with high transparency, produced and packaged in a high-level dust-free environment, and meet the requirements of ANSI/SBS standards to ensure consistent and reliable test results in experiments. The 96 well cell culture plate adopts a low volatility lid bottom combination design, and has undergone quality testing through cell biology related experiments. It is sterilized without a heat source (<0.5 EU/ml) and irradiated with gamma rays. The low volatility lid bottom combination design can effectively reduce the evaporation of water in the culture plate during long-term cell culture, thereby reducing experimental errors caused by the increase in concentration of the culture medium due to water evaporation in the surrounding pores of the culture plate during cell culture.
Product Features

Excellent consistency, CV value between holes ≤ 10 ‰ (intra plate and inter plate)

The bottom is optically transparent, achieving outstanding image quality (transparent plate)

• Minimize inter hole interference to a greater extent and obtain excellent experimental data

Stackable design improves stability

• Covered design for better gas exchange, minimizing evaporation and avoiding

Cross contamination (cell culture plate)

• Compatible with automation systems (compliant with ANSI/SBS standards)

• Supports barcode scanning

*Scan the QR code on the outer packaging box to easily obtain the parameter information of the microplate

execution standard

The sterilization of cell culture plates complies with ISO11137 (Sterilization of hygiene management products); Requirements for approval and routine control; Radiation sterilization)

Product Application
Sort by color

Transparent board: suitable for various light absorption detection in the visible light range

Full blackboard: suitable for fluorescence detection, greatly reducing background signal interference, small inter hole interference, high signal-to-noise ratio

Full whiteboard: suitable for luminescence detection, reflecting all luminescence signals and being detected by the detector

Classified by adsorption capacity

Medium adsorption surface: hydrophobic, capable of adsorbing biomolecules, with a binding capacity of~200 ng IgG/cm2

Advanced adsorption surface: hydrophobic, capable of adsorbing small biomolecules, with a binding capacity of 400-500ng IgG/cm2

comparative data

Using ELISA method, detect the OD450 results of Molecular Devices and a certain imported brand's medium adsorption and high adsorption 96 well fully transparent microplate coated with Protein A (45kDa) antigen. As shown in the figure below, regardless of Molecular Devices or an imported brand, advanced adsorption plates can bind more Protein A, and Molecular Devices fully transparent microporous plates have better repeatability in multiple pores.

Huh-7 cells were seeded onto Molecular Devices and an imported brand microplate, cultured for 5 days, and treated with CCK8 for 2 hours. The changes in OD 450 nm absorbance were measured using an enzyme-linked immunosorbent assay (ELISA) reader to reflect cell viability. As shown in the figure below, there was no significant difference in cell proliferation detection between CCK8 using Molecular Devices and a certain imported brand of microplate.

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