IFSCC 2022

September 19th - 22nd 2022, London

VitroScreen was present at ESTIV 2022 where Elisa Caviola gave a presentation on a research study entitled:

Vascularized Dermopapilla 3D scaffold free Spheroids: an advanced micro-physiological system for hair growth research.

A novel model of Vascularized Dermopapilla (VASC-DP) spheroid has been developed by co-culturing primary human hair DermoPapilla cells (HHDPC) and microvascular endothelial primary cells (HMVEC) in a scaffold  free environment. The model represents a biomimetic  Micro Physiological System precisely designed in its natural microscale 3D architecture.

The model has been characterized by an omic approach based on Nanostring nCounter® technology coupled with an advanced biostatistic analysis: Omics Precision Signature.