Celltreat Permeable Cell Culture Inserts 0.4 um Polyethylene 24 Well


PET (polyethylene) permeable cell culture inserts with 0.4 um pore size for 24 well plates. Inserts come pre-inserted into 24 well plates and individually-packed. 24 inserts/case. List Price $131.00.



PET (polyethylene) Permeable Cell Culture Inserts with 0.4 um pore size for 24 well plates.

Permeable cell culture inserts mimic in vivo cell growth conditions, in vitro. They are helpful experimentally when examining drug transfer, cell transport, cell migration and cell:cell interactions, for example.
Per ThermoFisher Scientific:
  • PC permeable cell culture inserts provide for excellent cell attachment and growth.
  • PET permeable cell culture inserts are most ideal for culturing cells to be fluorescently imaged (i.e. provide for better image quality).
  • Both PC and PET permeable cell culture inserts are good for barrier assays (which measure cell transport).

Inserts are suspended (hanging); they are centered and not touching the sides of the well; they sit just above the bottom of the well, allowing for growth of a cell monolayer.

Insert is made of polyethylene (PET), plate is made of polystyrene.

Inserts come pre-inserted into tissue culture treated 24 well plates, which are individually-packed. Untreated 24 Well Cell Culture Plates may also be purchased separately for your experimentation involving permeable cell culture inserts.

Sterile, DNase and RNase free and non-pyorgenic.

12 inserts/plate, 2 plates/case, (24) 0.4 um PET permeable cell culture inserts/case.

Celltreat catalog # 230635.

→Use 0.4 um pore size cell culture inserts for experiments related to the following studies. This chart comes from, and these recommendations are suggested by, ThermoFisher Scientific and can be found here→ThermoFisher Scientifc:

Cell culture insert applications 0.4µm  3µm  8µm
Transport studies

  • Molecules including hormones and growth factors
  • Drug transport across epithelial (Caco-2) and endothelial barriers
  • Drug transport across brain microvascular endothelial cells
Transport studies co-cultivation studies

  • Cell-cell interaction
  • Cell-substrate interaction
Tissue engineering

  • Angiogenesis
  • Dermal/epidermal and epithelial tissue models
Chemotaxis studies

  • Migration of cells including eosinophils and macrophages
Invasion studies

  • Tumor invasion and metastasis models
  • Invasion inhibitors
  • Extra cellular matrix effects

Additional information

Weight 1 lbs
Dimensions 8 × 6 × 3 in