Specifications:
| Cat. No. |
Pore size, µm |
For use with Nunc product |
Pore density, pores/cm² |
| 140620 |
0.4 |
Multidish 24 |
<0.85 X 108 |
| 140627 |
3 |
Multidish 24 |
<1.7 X 106 |
| 140629 |
8 |
Multidish 24 |
<0.85 X 105 |
| 140652 |
0.4 |
Multidish 12 |
<0.85 X 108 |
| 140654 |
3 |
Multidish 12 |
<1.7 X 106 |
| 140656 |
8 |
Multidish 12 |
<0.85 X 105 |
| Cat. No. |
Pore size, µm |
For use with Nunc product |
Pore density, pores/cm² |
| 140620 |
0.4 |
Multidish 6 |
<0.85 X 108 |
| 140627 |
3 |
Multidish 6 |
<1.7 X 106 |
| 140629 |
8 |
Multidish 6 |
<0.85 X 105 |
| 140652 |
0.4 |
Multidish 6 |
<0.85 X 108 |
| 140654 |
3 |
Multidish 6 |
<1.7 X 106 |
| 140656 |
8 |
Multidish 6 |
<0.85 X 105 |
Full Part Number List
Product Description
Inserts for Multidishes 6, 12 and 24. Polycarbonate membrane treated for cell culture with pore sizes of 0.4 µm, 3 µm or 8 µm. Packed in multidishes for easy access/usage.
Applications
| Application examples |
Pore sizes |
| Transport studies |
0.4; 3.0 μm |
- Ions, hormones, growth factors, etc.
- Drug effects on vascular endothelial permeability
- Drug transport across epithelial and endothelial barriers
- Drug transport across brain microvascular endothelial cells
|
| Chemotaxis studies |
3.0; 8.0 μm |
- Migration of eosinophils, neutrophils,
- macrophages, etc.
|
| Invasion studies |
3.0; 8.0 μm |
- Tumor invasion and metastasis
- Invasion inhibitors
- Extracellular matrix effects
|
| Co-cultivation studies |
0.4; 3.0 μm |
- Cell-cell interaction via soluble factors
|
| Tissue engineering |
0.4; 3.0 μm |
- Angiogenesis
- Dermal/epidermal and epithelial tissue models
|
|
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