LIPIDURE((R))-COAT PLATE A-U96

Disposable items and General labware

LIPIDURE((R))-COAT PLATE A-U96

LIPIDURE##(R)###-COAT PLATE A-U96

[Background]
Lipidure##R###-Coat Plate is a cell culture plate for the formation of embryoid body (EB).
You can easily obtain EB by dispensing dispersed embryonic stem (ES) cells.
Lipidure##R###-Coat Dish is a cell culture dish for the mass-formation of human embryoid body (hEB). You can easily obtain hEB by transplanting human embryonic stem (hES) cells onto feeder cells.
Lipidure##R###-Coat Plates & Dishes are able to maintain EB and ES cells for a long time by periodic replacement of culture medium. It is easy for us to observe the cells under a microscope.

[Features]

You can form EB under circumstances similar to the inside of the body. The surface is made of Lipidure##R###-Coat, which resembles the surface of a human cell membrane and ES cells do not adhere to the Lipidure##R###-Coat surface.
You can easily obtain one EB per well.
You can carry out not only differentiation induction but also screening assay using EB.

You can form hEB under circumstances similar to the inside of the body. Because the surface is made of Lipidure##R###-Coat, it resembles the surface of a human cell membrane. You do not need to conduct any pretreatment to form hEB. You caneasily obtain hEB by transplanting hES cells onto feeder cells. Human ES cells do not adhere to the Lipidure##R### surface.

[Principle of the MPC Polymer]
MPC (2-methacryroyloxyethylphosphorylcholine) is a groundbreaking new biocompatible material. NOF became the first company in the world to build a commercial plant capable of producing MPC in forms of monomer to polymers. Because MPC has similar properties to those of cell membranes and contains a polymer substrate, it is highly affinitive to living organs and tissues. This makes it ideal for a wide range of applications, including eyecare products such as contact lenses and contact lens solutions, as well as cosmetics and medical devices.