We investigated the performance of nitrogen microwave inductively coupled atmospheric-
pressure plasma mass spectrometry (MICAP-MS) under matrix effects and its applicability to …

The location and surgical removal of foreign bodies in patients is still challenging, especially
for firearm projectiles, which are small and non-ferromagnetic. Conventional location …

Ultrasound, magnetic fields, and optical techniques have been explored for clinical
diagnosis and therapy. However, these techniques have limitations. In this study, we …

A technique had been previously developed, based on magnetic field measurements using
a superconducting quantum interference device sensor, to localize in three dimensions steel …

A portable magnetic mapping system was designed to determine the three-dimensional
location of non-ferromagnetic metallic foreign bodies to ensure fast and successful surgical …

The development of systems capable of characterizing the positioning and inclination of
metallic objects inside the human body is seen with great interest by health professionals …

Since 2004, on the recommendation of the Food and Drug Administration (FDA), the concept
of Quality by Design (QbD) has been widely applied by the pharmaceutical industry in drug …

The concept of Quality by Design (QbD) has been widely used by the pharmaceutical
industry since 2004, changing the focus on inspections to embrace greater control in the …

The accurate and noninvasive localization of ferromagnetic objects in the human body for
surgical removal is a healthcare demand. There are studies focused on enhancing the …

It is often challenging to supply high alternating currents at high frequency to inductive loads,
because it demands very high voltages at the load terminals. Usually, in such a scenario, the …