PELONews April/May 2019
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<strong>PELONews</strong><br />
New Products<br />
Ultralow Cell Binding Cultureware<br />
HydroCell is a low cell biding cultureware. On its surface, super hydrophilic<br />
polymer was immobilized at nano-thickness. This hydrophilic character helps<br />
the formation of embryoid bodies of ES/iPS cell or Spheroid in culture.: Compared<br />
to other brands' low cell binding cultureware, HydroCell shows lower<br />
cell binding.<br />
<br />
• Super hydrophilic polymer is immobilized to the surface of the cultureware<br />
at nano-thickness.<br />
• Lowest attachment rate among similar competitive brands.<br />
• Three formats : Microplates, Dishes and Flask types.<br />
Fig.1 Overview of HydroCell surface<br />
<br />
• Formation of embryoid bodies of ES cells in culture<br />
• Formation of anchorage-independent colonies<br />
• Differentiation such as cartilage (spheroid formation)<br />
• Culture & storage of macrophage/immune cells<br />
• Screening of anti-cancer drugs (replacement for soft agar assays)<br />
<br />
Fig.2 Comparison to other brand products<br />
Mouse macrophages were incubated for 3 days in (1) HydroCell, (2) another brand's product and (3) non-treated cultureware. Only HydroCell allowed<br />
uniform suspension culture (>99% of the cells remained in suspension), simple cell dissociation and harvesting by pipetting.<br />
For 3D<br />
Cell Culture<br />
Fig. Stem cell sphere formation iPS spheres are formed on HydroCell (left) or other brand low cell binding dish.A complete sphere was surely formed on<br />
HydroCell, while adhesion was observed on other low cell binding dish. (Data provided by A. Umezawa, National Center for Child Health and Development)<br />
For more infos and prices, just call us: 0049 89 517286 59–0
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