INSL3, the “crystal ball” hormone that predicts our health
According to a new study, the INSL3 hormone may hold the key to managing health complications even before they arise.
According to a new study, the INSL3 hormone may hold the key to managing health complications even before they arise.
An artificial intelligence is able with surprising precision to avoid the risk of death from various causes
An easy-to-do-at-home saliva test allows early detection of a type of cancer that often isn't "visible" until its advanced stages.
The advances in artificial intelligence are astounding. A new algorithm makes eye scan analysis more accurate than ever.
Passive, real-time urinalysis will radically transform diagnostics and healthcare, preventing many diseases.
A pair of “antibody” contact lenses can quickly, effectively and non-invasively detect cancer cells. And that's just the beginning.
An ultrasound 'patch' developed by MIT can do continuous ultrasound for two days in a row - you wear it and see what happens in your body.
Telepresence, that is: a doctor who "travels" inside a patient's body to diagnose diseases and treat them in time. Science fiction? Once. Reality today.
A comfortable and non-invasive method to measure blood pressure in a precise and constant way: thanks to a new electronic graphene tattoo.
A small, fast and highly accurate device detects melanoma with the same sensitivity as hospital diagnostics. It can be the turning point for routine visits.
A new screening platform can detect stage XNUMX pancreatic cancer, aiding in prevention and recovery.
A research team has developed a new type of diagnostic tool that can quickly identify relapses of leukemia
A super alternative to wearable devices, it simultaneously measures electrocardiogram and heart rate. A super stethoscope.
Semeoticons, an international project led by an Italian team, aims at very advanced diagnostics: I talk about it with its coordinator.
A robot equipped with artificial intelligence converses with doctors and presents symptoms and parameters of a patient with brain injury
A properly trained artificial intelligence can predict a heart attack within a year, starting from an eye exam
However, in the future, we will see "diagnostic" clothing. Smart fabrics will be able to store extremely accurate data in certain areas of our body when needed.
Fight against food waste and diagnostics: a fantastic solution can "accomplish" two missions with a single device: a biomedical probe.
An artificial intelligence is able to read eye movements and even predict them, even in patients who are sleeping.
A Japanese droid is able to analyze disturbances and even predict them simply by observing and analyzing walking
Rice University “spins” carbon nanotubes onto a tight mesh, transforming it into a formidable “diagnostic” piece of clothing.