96 Wells Cell Culture Plate, White Frame, Clear Ps Bottom, TC, Sterile, Blister Package, 1/pk, 30/cs

Cat. No. NST-701701

Description

Transparent-bottom black-frame/white-frame cell culture plates have been widely used in the fields of cell biology research, drug development, and immunology research due to their excellent optical performance, reduced background interference and well-to-well crosstalk, as well as broad compatibility and application range.

White-Frame Transparent Bottom: The white frame enhances luminescent signals by reflecting visible light and reducing chemiluminescence signal absorption.
• Luminescence Assays: Such as chemiluminescence immunoassays and bioluminescent reporter gene assays.
• Enzyme-Linked Immunosorbent Assays (ELISA): Used with microplate readers for detecting colorimetric or luminescent signals in immunoassays.
• Cell Growth and Metabolism Detection: Evaluates cell growth, activity, and metabolic levels by detecting luminescent substances produced during cellular metabolism, such as ATP. This application is crucial in cell biology research and drug toxicity testing.


Features:

• The plate bottom is securely welded and sealed to prevent leakage and cross-well contamination.
• The bottom is made of high-transparency PS material, with uniform thickness and flatness, ensuring no optical distortion under high-magnification microscopy. The well walls are made of light-blocking PS material to prevent inter-well interference.
• The absorbance CV value of an empty plate is no greater than 4%, ensuring minimal well-to-well variation and high reproducibility
• The inner surface is TC-treated, providing excellent cell adhesion, making it suitable for adherent cell culture.
• Designed to conform to ANSI-SBS format dimensions.
• The side of the plate has a serrated design for easy handling; raised bumps on the bottom reduce noise during movement.
• The bottom is flat and clear, with encoded markings for each well for easy identification and observation.
• Free from pyrogens, endotoxins, and DNase/RNase contamination.
• Electron beam sterilized, SAL=10-6.

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