Purchase product: USA Store
|Product Code||Pack Size||Price in
|Price in EMEA|
|AVP009-2||2 plates||USD $ 279.00||GBP £ 198.00||EUR € 238.00|
|AVP009-10||10 plates||USD $ 697.00||GBP £ 495.00||EUR € 569.00|
|AVP009-80||80 plates||USD $ 4,466.00||GBP £ 3,168.00||EUR € 3,643.00|
Prices do not include shipping and handling charges.
The Alvetex Scaffold 96 Well Plate is comprised of a black plate, clear plastic base, with Alvetex Scaffold at the bottom of each well.
Compatible with many cell viability assays, cell counting techniques and RNA/protein isolation.
Maintain natural cell shape and morphology
In conventional 2D cell culture, cells come into contact with the flat surface of the culture vessel (e.g. Petri dish, flask or multi-well plate). In this unnatural environment cells become flattened against the substrate. In this abnormally thin structure there has been significant re-modelling of the internal cellular components. The entire cytoskeleton is remodeled and organelles such as the nucleus are flattened.
Alvetex has been designed for simple and routine use
It uses conventional cell culture plasticware. Therefore any cell biologist can get into Alvetex 3D cell culture.
Say goodbye to risks of foreign unknown materials such as proteins or cytokines of animal origin — unlike conventional materials used in cell culture Alvetex is made from polystyrene and is completely inert.
Available in varying formats and sizes.
Product Name: Alvetex Scaffold 96 Well Plate
All items individually sterile blister packed.
Storage and Stability: Store at room temperature, there is no expiry or shelf life for Alvetex Scaffold. The plate or inserts are sterile and ready for use as long as the packaging seal remains intact.
Quality Control: Sterilized by gamma irradiation and remain sterile until the blister packs are opened.
Notice To Purchaser: This product is for research use only, not for therapeutic or diagnostic purposes. It is not allowed to sell this product to a third party or use it for commercial purposes without permission from REPROCELL.
Stem Cell Reagents
3D Cell Culture
Zara Puckrin, BSc / 8 June 2021
Zara Puckrin, BSc / 31 May 2021
Lydia Costello, PhD / 25 May 2021
21 June 2021
24 May 2021
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