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StorPlate-96V, PP, 96 well, V-bottom, (V), 450µL, 50/box

Polypropylene 96-well V-bottom plates for compound storage.

Part Number
Unit Size
List Price
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Case of 50
162.00 USD
Case of 200
651.00 USD
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Manufactured from virgin polypropylene, the StorPlate-96V is a V-bottom 96 well plate specifically intended for compound storage. Each well has a working volume of 450 µL and a storage volume of 300 µL when used with the StorMat sealing mat. Polypropylene is both resistant to the solvents that are used in compound storage and suitable for use at temperatures down to -80°C. It is therefore widely accepted for this purpose in the Drug Discovery processes. Sealing mats, manufactured from research grade silicone are also available.

Features & Benefits

Typical Applications

  • Manufactured from virgin polypropylene
  • Guaranteed solvent resistance (DMSO compatible)
  • Suitable for use at temperatures down to -80°C
  • Footprint conforms to SBS standards
    • Compound storage

Packaging Notes

  • Boxes of fifty 96-well U-bottom and V-bottom are packaged as 4 sleeves of 10 plates + 2 sleeves of 5 plates.
  • Boxes of two hundred 96-well U-bottom and V-bottom are packaged as 20 sleeves of 10 plates.

Well Plate Dimensions

Well format: 96-well V-bottom

Description Specification
Number of Rows 8
Number of Columns 12
Well volume 450 µL
Recommended working volume 80 µL-350 µL
Height (mm) 14.35
Length (mm) 127.6
Width (mm) 85.48
Well diameter (mm) 3.5
Well depth (mm) 12.43
A1 to top offset (mm) 11.2
A1 to side offset (mm) 14.38
Well-to-well spacing (mm) 9


Automation Compatible Yes
Color Natural
Material Polypropylene
Product Brand Name StorPlate
Shipping Condition Ambient
Sterile No
Unit Size Case of 50
Wells Number 96 well plate
Well Shape V-shaped
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Application Note

Effects of 5FU and Sorafenib on Proliferation and Biomarker Expression in a Colorectal Cancer Model Using AlphaLISA and EnSight Solutions

A variety of chemotherapeutic drugs with different modes of action have been developed and tested as potential therapies for colorectal cancer. Characterizing the effects of potential drugs with different modes of action is a key part of the process.

In this application note you will learn:

  • How to rapidly measure multiple biomarkers in both cell culture supernatant and lysates from the same wells of a microplate to examine complex protein expression profiles from a colorectal cancer cellular model
  • Benefits of using AlphaLISA® technology for characterizing the effects of potential drugs with different modes of action on a cell culture model of human colorectal cancer
  • How to measure the effects of drug treatments, such as 5FU and Sorafenib, on cellular proliferation by automated well-imaging and cell counting using the EnSight® multimode plate reader
  • Examples of the data and analysis you can generate for such biomarker and proliferation assays