Stefania Santoriello

TL;DR: These findings underline the importance of using nanostructured SH surfaces for directing 3D neuronal growth, as well as for the design of biomaterials for neuronal regeneration.

TL;DR: The experimental breakthrough is the production of robust and highly ordered paired DNA nanofibers that allowed its direct TEM imaging and the double helix structure revealing.

TL;DR: In this article, various nanoplasmonic devices were fabricated using top-down method such as electron beam lithography, electroplating, and focused ion beam techniques, and theoretical simulations were also performed on these model nanostructures in order to understand the electrical field distribution.

TL;DR: In this article, a super-hydrophobic surfaces were designed and micro-fabricated to obtain an increased hydrophobicity and a reduced friction coefficient, which can be employed for investigating systematically the blood serum, and extracting from this the low molecular weight content, that discloses precious information about the ongoing status of tumors or other diseases.

TL;DR: In this paper, a superhydrophobic substrate with array of microPillars is fabricated over which the sample was drop casted and two different DNAs (single strand and double strand) were investigated through Raman technique.