Recently the use of smell in clinical diagnosis has been rediscovered due to major
advances in odour sensing technology and artificial intelligence (AI). It was well known in …

Current clinical diagnostics are based on biochemical, immunological, or microbiological
methods. However, these methods are operator dependent, time-consuming, expensive …

Recently, medical diagnostics has emerged to be a promising application area for electronic
noses (e-nose). In this paper, we review work carried out at Warwick University on the use of …

Rapid advances in sensor technologies have facilitated the development of high-
performance electronic noses that can detect and discriminate volatile compounds in situ …

Electronic nose technology has been developed over the past 15 years in the field of
chemistry as an electronic equivalent of the biologic mechanism of smell. Since its inception …

Two series of experiments are reported which result in the discrimination between
Helicobacter pylori and other bacterial gastroesophageal isolates using a newly developed …

Artificial olfaction, ie, e‐nose, plays a critical function in robotics by mimicking the human
olfactory organ that can recognize different smells that correlate with a range of fields …

Respiratory tract infections are common, and when affecting the lower airways and lungs,
can result in significant morbidity and mortality. There is an unfilled need for simple, non …

Sensorial analysis based on the utilisation of human senses, is one of the most important
and straightforward investigation methods in food and chemical analysis. An electronic nose …

Electronic-nose (e-nose) devices are instruments designed to detect and discriminate
between precise complex gaseous mixtures of volatile organic compounds derived from …