A robust fabrication method for stable mesoporous silicon membranes using standard
microfabrication techniques is presented. The porous silicon membranes were passivated …

In this work, we developed a biosensor for the indirect detection of bacteria via their lysate.
The developed sensor is based on porous silicon membranes, which are known for their …

Microbiological analysis is typically performed in a centralized diagnostic laboratory where
cultures or assays are carefully handled by highly trained personnel. In contrast, field …

Porous silicon multilayer structures have remarkable optical and morphological properties
that can be exploited for biosensing. In particular, a high internal surface area (> 100 …

Lab on a chip devices aim at integrating functions routinely used in medical laboratories into
miniaturized chips to target health care applications with a promising impact foreseen in …

Porous silicon (PS) has a great potential in a wide range of fields due to its tuneable
effective refractive index, which can be tailored through the precise control of the formation …

Porous silicon based multilayer structures for optical sensors have been simulated,
fabricated and tested. The properties of optical sensors using porous silicon multilayer can …

Porous silicon (PSi) has been widely used as a biosensor in recent years due to its large
surface area and its optical properties. Most PSi biosensors consist in close-ended porous …

Optical porous silicon multilayer structures are able to work as sensitive chemical sensors or
biosensors based in their optical response. An algorithm to simulate the optical response of …

A biosensor is a device that uses specific biochemical reactions mediated by isolated
tissues, enzymes, immunosystems, organelles or whole cells to detect chemical compounds …