Although historically, the sense of smell has been instrumental in combating diseases like the plague and tuberculosis, the human nose lacks the...
Vous n'êtes pas connecté
Although historically, the sense of smell has been instrumental in combating diseases like the plague and tuberculosis, the human nose lacks the sensitivity required for reliable diagnostics. However, a new artificial ‘nose’ inspired by our olfactory system has the potential to detect undiagnosed diseases, hazardous gases, and spoiling food. This breakthrough is made possible by [...] Read Full Article At: New artificial ‘nose’ can detect spoiling food, hazardous gases
Although historically, the sense of smell has been instrumental in combating diseases like the plague and tuberculosis, the human nose lacks the...
Although smell has historically played an important role in the fight against diseases such as the plague and tuberculosis, the human nose is...
A groundbreaking portable device developed by a team of researchers at The University of Texas at El Paso can quickly and affordably detect...
For the first time, scientists have devised an innovative method to deliver tuberculosis (TB) (!--ref1--) medication directly to the brain through...
Sputum-based diagnostics have held centre stage over the past century but recent detection of TB-causing bacteria in people’s breath challenges the...
Nasa unveils a full-scale prototype telescope for the LISA mission, which aims to detect gravitational waves by measuring minuscule changes in...
Liver function discovery may pave the way for improved treatments of cardiovascular diseases, offering new insights into heart health and overall...
Embark on an olfactory adventure with these location-inspired scents.
Insider Brief A new approach to quantum error correction, published in NPJ Quantum Information, proposes a measurement scheme designed to make quantum...
Researchers in Queensland believe they have made a major breakthrough in the quest to detect synthetic EPO more easily and effectively.