The store will not work correctly when cookies are disabled.
We use cookies and tracking technologies to improve your experience and analyze site usage. Some information may be shared with third parties for analytics and advertising. You can accept all cookies or decline non-essential tracking. To find out more about the cookies we use, see our Privacy policy.
CELLTREAT Permeable Cell Culture Inserts offer a unique solution for researchers to study cell-cell interactions and tissue development in vitro. These inserts mimic in vivo conditions, allowing cells to grow and interact in a more natural environment. Ideal for drug transfer assays, transport studies, migration assays, and cell-cell interaction studies, they enable the growth of one cell line inside the insert and another below in the well. With a 0.4μm pore size, they are perfect for co-culture and drug transport studies, while 3.0μm and 8.0μm pore sizes are suitable for angiogenesis and chemotaxis experiments.
Top product features:
Permeable cell culture inserts mimic in vivo conditions
Membrane remains suspended above well bottom allowing co-culture
0.4μm pore size is ideal for co-culture and drug transport studies
Top product applications:
Ideal for drug transfer assays
Transport studies
Migration assays and cell-cell interaction studies
Ul style 'margin-top 0px; padding-top 5px; padding-bottom 5px;' permeable cell culture inserts mimic in vivo conditions inserts center in wells preventing membrane from touching sides and wicking between insert and side wall membrane remains suspended above well bottom allowing co-culture grow one cell line inside insert and another below in the well ideal for drug transfer assays transport studies migration assays and cell-cell interaction studies transfer cultures to fresh media by moving the insert to a new plate 0.4µm pore size is ideal for co-culture and drug transport studies 3.0µm and 8.0µm pore size are ideal for angiogenesis and chemotaxis experiments for more help with membrane selection please contact celltreat scientific products non-treated plates sold separately; carrier plate is tissue culture treated which encourages cell adhesion