Annual Summer Shutdown. We will be closed August 14 - August 25, 2017
"We regularly use both Accutase and Accumax in cell culture and FACS applications using human embryonic stem cells and human induced pluripotent stem cells because these products give the best cell dissociation without compromising the health of our cells." 

- Jennifer Ringler, Staff Research Associate, Hebrok Lab, UCSD

Accutase in Action

Semper Lenis "Always Gentle"  reattachment of neuronal stem cells passaged with Accutase.

Find out which ICT Product is Right for You:

Accutase 
Cell Detachment Solution
Accutase is a ready to use, replacement for trypsin.  It requires less steps and results in healthier cells.  Accutase is the only cell detachment solution on the market gentle enough to work on stem cells. 
AccutaseLZ 
Lyophilized Accutase
AccutaseLZ is the powder form of our ever-popular Accutase, and is convenient for international customers in difficult shipping situations.  Easy to reconstitute, equally effective.
Accumax 
Cell Dissociation Solution
Accumax is a gentle enzyme mixture similar to Accutase, but powerful enough to dissociate tissue, dissolve spheroids, eliminate clumps, and extend flow cytometry sorts without harming your cells.  

Check out the Product Guide for more info.

Questions?  Give us a call! 858.587.1716 

Sorting cells on a flow cytometer?

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Flow Cytometer Sheath Fluid Concentrate

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See what researchers have to say about Accutase on 

The Latest Publications Using
Accutase & Accumax

Published March, 2017
Generation of a Sprague-Dawley-GFP rat IPS cell line
Coppiello, Abizanda, Aguado, Iglesias, Iglesia-Garcia, Nigro, Prosper, Aranguren,
Stem Cell Research 21 (2017) 47-50. 
Abstract | Full Text | PDF
Published June, 2017
Cell fiber-based three-dimensional culture system for highly efficient expansion of human induced pluripotent stem cells
​Ikeda, Nagata, Okitsu, and Takeuchi
Science Reports, 2017; Jun 6.  Abstract | Full Text | PDF
Published May, 2017
Coordinated Proliferation and Differentiation of Human-Induced Pluripotent Stem Cell-Derived Cardiac Progenitor Cells Depend on Bone Morphogenetic Protein Signaling Regulation by GREMLIN 2
Bylund Jeffery B., Trinh Linh T., Awgulewitsch Cassandra P., Paik David T., Jetter Christopher, Jha Rajneesh, Zhang Jianhua, Nolan Kristof, Xu Chunhui, Thompson Thomas B., Kamp Timothy J., and Hatzopoulos Antonis K.. ​
Stem Cells and Development. 2017; 26 Issue 9.  Abstract | Full Text | PDF

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