CellPro™ 96 Well Cell Culture Plates V Bottom, 100/Case

Cellpro 96 Well Cell Culture Plate features a V-bottom design and is non-treated, ensuring compatibility with a wide range of cell types and applications. Each pack is sterile, containing 1 plate, with a case quantity of 100 for bulk purchase convenience. This plate is ideal for cell culture experiments, promoting cell growth and adherence for various research needs. The V-bottom design aids in minimizing the volume of residual liquid left in wells after pipetting, reducing wastage and ensuring precise results. With a well-organized layout of 96 wells, this plate allows for efficient handling of multiple samples simultaneously, saving time and resources in the laboratory. Whether for academic research or industrial testing, this cell culture plate provides a reliable platform for cultivating cells in a controlled environment, facilitating accurate and reproducible experimental outcomes.         

• High clarity, 100% virgin polystyrene
• Non-Pyrogenic, DNase/RNase FREE
• Vacuum gas Plasma tissue culture treatment
• Clear lot number for batch tractability
• Peel-to-open, individually wrapped & sterilized by gamma irradiation
• Markings of well coordinates available for 12, 24, 48 and 96 well plates
• Sterilized by E-beam

Additional information regarding Tissue Culture (TC treated) plates:

Polystyrene plastic must be subjected to a surface treatment to render the plastic suitable for cell attachment improving biocompatibility and seeding efficiency. TC treatment involves only the bottom of the well, leaving the walls hydrophobic.  Untreated polystyrene surfaces are not suitable for cell attachment due to the inherent surface chemistry of the polystyrene. The tissue culture treatment (TC treated) process involves exposing a polystyrene microplate to a plasma gas in order to modify the hydrophobic plastic surface to make it more hydrophilic. The resulting surface carries a net negative charge due to the presence of oxygen-containing functional groups such as hydroxyl and carboxyl. In general, this will lead to increased cell attachment.

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