Conducting polymers are an important class of functional materials that has been widely
applied to fabricate electrochemical biosensors, because of their interesting and tunable …

Excess nitrogen in the body is converted to urea in the liver, and urea is disposed as a waste
product in urine. Urea concentration can change in body fluids such as blood due to the …

The state of the art in cylindrical nano and micro wires is reviewed with particular emphasis
on the latest research trends. We analyze some of the key properties for prospective …

A potentiometric biosensor based on urease was developed for the quantitative
determination of urea concentration in aqueous solutions for biomedical applications. The …

In this paper, a cell separation technique has been explored using antibody-functionalized
Ni nanowires. An antibody (anti-CD31) against mouse endothelial cells (MS1) was …

The synthesis of templates with modulated pore channels by combined mild and hard
anodization processes is described. The hard anodization pulses, implemented during …

Wireless‐manipulated graphite coated nanomagnets are promising candidates for minimally
invasive targeted drug delivery platforms. Iron nanowires coated with graphitic shells are …

Due to their shape anisotropy, high aspect ratio magnetic nanoparticles offer many
advantages in biomedical applications. For biocompatibility, it is essential to have full control …

Delivery of nanomaterials into cells is of interest for fundamental cell biological research as
well as for therapeutic and diagnostic purposes. One way of doing so is by physically …

CoRu nanowire arrays (NWs) were fabricated by DC electrodeposition into hexagonally
ordered alumina pores. A homogeneous magnetic field, parallel to the membrane plane …