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Code: B4-9OL-351183
MPN: 351183
Product Info for BD Inserts Hts M/W SYS24WE St CS5 351183
BD Inserts Hts M/W SYS24WE St CS5 351183 is one of the many quality laboratory and scientific products we have to offer at very competitive pricing. BD Inserts Hts M/W SYS24WE St CS5 351183 / BD351183 is part of a wide selection of BD Tissue culture coated plates or dishes or inserts. Combining excellent quality with an affordable price, the BD Inserts Hts M/W SYS24WE St CS5 351183 / BD351183 can meet your scientific research needs while still offering a good value for a budget conscious end user. If you have any questions about any of our Tissue culture coated plates or dishes or inserts please do not hesitate to contact our customer service for further guidance.![]()
Ideal for high or moderate throughput screening assays where cells are cultured on multiple permeable supports. Excellent for differentiation, toxicology, migration, and invasion studies. This assay platform consists of a 24-multiwell polyethylene terephthalate (PET) membrane insert plate with lid and either a media feeder tray or a polystyrene plate. Large, one-well feeder tray design enhances reproducibility from well to well and reduces the need for frequent media changes. Compatible with most robots and fluid handling instruments that accept BD Falcon 24-well plate formats. Sterilized by gamma irradiation. For single use only.
When used in conjunction with a BD Falcon 24-well plate, sampling ports facilitate media sampling from above and below the membrane with automated fluid handlers or multichannel pipettors. Also compatible with BD Falcon 24-well plates 62406-183, 62406-159, 21100-004, 62406-456, and 15705-060.
Specifications for BD Inserts Hts M/W SYS24WE St CS5 351183:
| PoreSize, µm: | 3 |
| Pore Density,per cm2: | 8.0 x 105 |
| OpticalQuality: | Transparent |
| BD No.: | 351183 |
| Info: | |
| Unit: | Case of 5 |
| Properties: | |
| Useful Insert Volume: | 250-500 µL |
| Growth Area per Well: | 2.0 cm2 |
| Effective Membrane Diameter: | 6.5 mm |
| Effective Membrane Growth Area: | 0.3 cm2 |