The use of porous silicon (PS) for biosensing applications is now emerging as it offers
desired properties such as better surface-volume ratio, tunable pore size, ease of …

The use of porous silicon (PS) as an electrochemical biosensor has been reviewed. For
electrochemical biosensing, the enhanced surface area is not the only advantage of using …

Biosensing technologies cater to modern day diagnostics and point of care multi-specialty
clinics, hospitals and laboratories. Biosensors aggregate the sensitivity of detection …

The use of porous silicon (PSi) as a sensor for detection of various analytes is reviewed. The
optical or electrical properties of PSi are key sensing parameters that have been used in …

Two methods for the immobilisation of enzymes on silicon-based so-called electrolyte–
insulator–semiconductor (EIS) structures are suggested. These EIS structures are used as a …

Porous silica materials have extensively been used for the immobilization of enzymes
aiming at their use as biocatalysts or biosensors. This tutorial review will discuss the benefits …

Enzyme immobilization onto silicon substrates has been investigated by five different
coupling procedures. The methods included covalent coupling either through a metal link …

Immobilized enzyme systems are important in a broad range of applications, from biological
sensing to the industrial-scale biocatalytic synthesis of chiral products. We demonstrate the …

The use of porous silicon (PS) as an efficient surface enlarging carrier matrix for immobilised
enzymes is demonstrated. An optimal porous matrix in p‐type silicon (10–20 Ωcm) with …

The performance of porous silicon as a coupling matrix for silicon integrated enzyme
reactors has been investigated. A porous silicon layer in a water is expected to yield an …