Cell culture glass capillary tube

&#8226: Polymer bottom plates combine the optical clarity of virgin polystyrene with optimal surface for a wide range of HTS applications<br>&#8226: Glass bottom plates for minimum light scatter and low autofluorescence<br>&#8226: Polystyrene upper

Plates have rounded square wells to eliminate wicking with flat bottoms for optical reading. Clear plates are for colorimetric assays and sample storage with white plates for luminescence and fluororescence assays and black plates for fluorescence

Plates have rounded square wells to eliminate wicking with flat bottoms for optical reading. Clear plates are for colorimetric assays and sample storage with white plates for luminescence and fluororescence assays and black plates for fluorescence

&#8226: Polymer bottom plates combine the optical clarity of virgin polystyrene with optimal surface for a wide range of HTS applications<br>&#8226: Glass bottom plates for minimum light scatter and low autofluorescence<br>&#8226: Polystyrene upper

&#8226: For industrial scale production of for example vaccines, monoclonal antibodies or pharmaceuticals<br>&#8226: Ideal for adherent cells<br>&#8226: Can be used for suspension culture<br>&#8226: Growth kinetics unaltered from laboratory scale

Perform a variety of applications including cloning experiments and tissue culture-based analysis with Thermo Scientific&#8482: Nunc&#8482: MicroWell&#8482: Plates with Nunclon&#8482: Delta Surface.<br><br><b>Specifications</b><br>&#8226:

Obtain consistent and reliable results with Thermo Scientific&#8482: Nunc&#8482: MicroWell&#8482: 96-Well Microplates, which are optimized for robotics, automated readers and liquid handling systems. These microplates are used for antibiotic

Promote maximum adhesion for a broad range of cell types with the Thermo Scientific&#8482: Nunc&#8482: Cell-Culture Treated multi-well plates with the Nunclon&#8482: Delta surface treatment. The open format with the raised well rim enables

Promote maximum adhesion for a broad range of cell types with the Thermo Scientific&#8482: Nunc&#8482: Cell-Culture Treated multi-well plates with the Nunclon&#8482: Delta surface treatment. The open format with the raised well rim enables

Promote maximum adhesion for a broad range of cell types with the Thermo Scientific&#8482: Nunc&#8482: Cell-Culture Treated multi-well plates with the Nunclon&#8482: Delta surface treatment. The open format with the raised well rim enables

Perform a variety of applications including cloning experiments and tissue culture-based analysis with Thermo Scientific&#8482: Nunc&#8482: MicroWell&#8482: Plates with Nunclon&#8482: Delta Surface.<br><br><b>Specifications</b><br>&#8226:

White or black upper structures with optically clear bottoms can be read from bottom and top or both. <br>Optical film made of polystyrene. Rounded square wells eliminate wicking. Nunclon, Poly-D-Lysine or Collagen I surfaces for cell culture.