PODS® - powering neuronal research
PODS® enable you to go beyond the constraints of conventional growth factors, controlling their activity rather than being limited by their instability. Proven effective in 3D neuronal culture, PODS® provide superior differentiation and maturation of neuronal cells, in-vitro and in-vivo.
PODS® Chemotactic gradients
PODS® Neuronal differentiation
PODS® Neuronal survival and maturation
See how can PODS® transform your research. Request a sample.
The offer closes on 30th June 2022. One sample per lab. New customers only.
Standard vs. PODS® growth factors
|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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