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Skin and the central and/or peripheral nervous system share a common source (the ectoderm). Skin is the first interface between the human body and outside environment. Any variations in this environment like sun exposure, temperature change or any applications of substances on the skin can be detected by sensory neurons, and then an antidromic action potential is emitted which elicits neurotransmitters to be released, and then allows for an immediate response of the skin cells.
Creative Bioarray provides In vitro Neurodermatology cell model generated by co-culturing of sensory neurons and skin cells, which can better simulate in vivo human skin and provide innovative solutions to the dermo-pharmaceutical and cosmetic industries.
Creative Bioarray co-culture cell system
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Fig.1 Co-culture models containing dermal fibroblasts and keratinocytes were cultured for 13 days. (a–b) Neurite outgrowth induced by healthy keratinocytes. Neurites were stained for polyclonal anti-protein gene product 9.5 (PGP9.5) (red) and calcitonin gene-related peptide (CGRP) (green). Nuclei were detected with (DAPI) (blue). (c) A representative co-culture showing the proximity between DRG neurons and keratinocytes, immunostained with antibodies; anti-β-tubulin III for DRG (red), anti-MK14 for keratinocytes (green) and DAPI for nuclei (blue). (d) Cells also expressed peripherin and Brn3a, markers of sensory neurons.
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