High resolution mapping of electrical activity is becoming an important technique for
analysing normal and dysrhythmic gastrointestinal (GI) slow wave activity. Several methods …

The stomach plays a critical role in digestion, processing ingested food mechanically and
breaking it up into particles, which can be effectively and efficiently processed by the …

Hepatic steatosis may be caused by type 2 diabetes or obesity and is one of the origins of
chronic liver disease. A non-invasive technique based on microwave propagation can be a …

Cancer affects a significant percentage of people, and early detection techniques are
important for prompt and effective treatment. The use of microwave frequencies to achieve …

Background Despite the high incidence of breast cancer worldwide, methods for early non‐
invasive diagnosis and sensitive and specific prognostic evaluation remain difficult. In this …

The use of cutaneous recordings to non-invasively characterize gastric slow waves has had
limited clinical acceptance, primarily due to the uncertainty in relating the recorded signal to …

This paper illustrates the potential of microwave frequencies for biological analysis and cell
discrimination. Microwave electric fields have the capability to penetrate inside cells and …

Electrical stimulation of the gastrointestinal (GI) tract, analogous to pacing the human heart,
is an attractive idea. This is because these organs, like the heart, have their own natural …

This paper addresses the changes in the physical characteristics (temperature and
water/blood content) of breast tissue under different physiological conditions. We examined …

Background Despite evidence that slow‐wave dysrhythmia in the stomach is associated with
clinical conditions such as gastroparesis and functional dyspepsia, there is still no widely …