Exciting news! Accellta is rebranding, and our website will soon have a fresh new look. You can still access all our valuable information on the website, we can't wait to share our new look with you soon |  Exciting news! Accellta is rebranding, and our website will soon have a fresh new look. You can still access all our valuable information on the website, we can't wait to share our new look with you soon  |  Exciting news! Accellta is rebranding, and our website will soon have a fresh new look. You can still access all our valuable information on the website, we can't wait to share our new look with you soon

SCIENCE & TECHNOLOGY

  ›  Technology  »   Maxells™  |  Singles™  |  Differentiation  |  ES Cell lines  |  HFF Lines

Maxells™

Maxells™

3D expansion of stem cells

Traditional pluripotent stem cells are grown as adherent cultures, with limited and expensive scalability.Accellta solves the scale-up and cost challenges of stem cell culturing using the Maxells™ and Singles solutions.
Maxells™ are stem cells cultured as cell clusters devoid of feeder cells without micro-carriers. Using dynamic bioreactors, Maxells™ provides a vastly cost-effective means to expand stem cells in customized quantities.
Maxells™ delivers unprecedented magnitude and quality. Based on proprietary protocols developed by Accellta, Maxells technology can be applied to create both research-grade as well as clinical-grade feeder-free xeno-free cultures. In addition, Accellta developed proprietary protocols for the differentiation of the Maxells directly in suspension to a variety of cell types (e. g., MSCs. HSCs, NPs, CMs)

  • Cell concentration: >20 million cells/ml
  • Expansion factor: X30-35 in 11 days
  • Suitable for undifferentiated pluripotent stem cells and progenitor cells
  • Does not require enzymatic splitting
  • Rock inhibitor-free, xeno-free defined medium
  • Medium easily refreshed every two-three days
  • Straightforward perfusion process in bioreactors
  • Easy transition from suspension culture back to adherent culture
  • Feeder cell-free
  • Homogenous exposure to medium’s nutrients
  • >95% of cells are pluripotent; <5% spontaneous differentiation
  • Karyotype stability
  • High viability rate
  • Methods for directed differentiation in suspension
Image

Atlas of Human Pluripotent Stem Cells

978 1 61779 548 0

Editors:

Michal Amit, Joseph Itskovitz-Eldor

Image

Accelerating stem cell technologies

Terms of use | Privacy Policy  |  © 2021

© 2021 Accellta. All Rights Reserved. Designed By Netron Israel Ltd.

Image

Accessibility Initiative Badge

Register / Login