The Lab Notebook

3D cell imaging made easier

Posted by Bindi M. Doshi, PhD on Jan 29, 2019 1:00:00 PM

There is an increase in demand for scientists to show cell migration and proliferation on a surface that more closely mimics an in vivo environment.  Using a gel surface can be tricky.  Therefore, MBL has a unique and innovative technology where a proprietary plastic film is used for plating cells.  This technology is easy to use with many different cell types and is reproducible every time.  Please see the table below comparing various techniques for 3D cell cultures:

3Dcell

If you have any questions, or specific needs, please do not hesitate to contact us. We are excited to hear about your 3D cell culture needs. 

Product Highlights

Product Code Product Name
NC-PHS9002 NanoCulture Plate MS Pattern, High-Binding, 96-well
NC-PLH3010 NanoCulture Plate MS Pattern, Low-Binding, 384-well
NC-PLH3100 NanoCulture Plate MH Pattern, Low-Binding, 384-well
NC-PLS2010 NanoCulture Plate MS Pattern, Low-Binding, 24-well
NC-PLS2002 NanoCulture Plate MS Pattern, Low-Binding, 24-well
NC-PLS3010 NanoCulture Plate MS Pattern, Low-Binding, 384-well
NC-PLS3100 NanoCulture Plate MS Pattern, Low-Binding, 384-well
NC-PLS9010 NanoCulture Plate MS Pattern, Low-Binding, 96-well
NC-PLS9002 NanoCulture Plate, MS Pattern, Low-Binding, 96- well
NG-PHH2002 NanoCulture Plate MH Pattern, High-Binding, 24-well, Ver.2
NG-PHH9002 NanoCulture Plate MH Pattern, High-Binding, 96-well, Ver.2
NG-PLH2010 NanoCulture Plate MH Pattern, Low-Binding, 24-well, Ver.2
NG-PLH2002 NanoCulture Plate MH Pattern, Low-Binding, 24-well, Ver.2
NG-PLH9002 NanoCulture Plate MH Pattern, Low-Binding, 96-well, Ver.2

 


 

Tags: 3D Cell Culture, NCP

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