PODS® - More than growth factors
Efficient engraftment and extensive neuronal arborization enabled by PODS
PODS® enables you to go beyond the constraints of conventional growth factors, controlling their activity rather than being limited by their instability. Proven effective in 3D culture, both in-vitro and in-vivo, PODS® provide superior differentiation and maturation of cells. Leading researchers at world-class universities are breaking research boundaries.
We're so confident about the power of PODS® in your neuronal research, they are 100% money-back guaranteed to work in your lab.
Standard vs. PODS® growth factors |
|
Standard |
PODS® |
| ✓ Bioactive | ✓ Bioactive |
| Degrades even in a sterile solution | ✓ Stable in sterile solutions |
| Heat-labile | ✓ Heat-stable over long periods |
| Difficult to localize | ✓ Readily localized - readily form gradients |
| Batch-to-batch variability | ✓ Highly reproducible |
| Difficult to incorporate into biomaterials | ✓ Readily incorporates into biomaterials |
| Requires frequent replenishment | ✓ Growth factor constantly replenished from store within PODS crystals |
| $ to $$$$ - economical to very expensive | ✓ $ - economical |
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