HEADLINES ARCHIVE
A nanomaterial analyzer directed by machine learning
Machine learning and other smart features combine to simplify nanomaterials characterization, enabling every user to quickly generate reproducible, robust and high-quality data.
New chromosomal microarray increases lab productivity
The system delivers the fastest chromosomal microarray analysis workflow in the industry along with improved coverage.
New 3D printing resins for medical and dental
The introduction of 3D printing resins for medical and dental applications presents a revolutionary opportunity to reshape the way healthcare and dentistry services are delivered around the world.
Lab refrigerators reduce waste and save energy
These laboratory and pharmacy refrigerators offer improved performance for vaccine storage and preservation.
How will the healthcare industry use ChatGPT?
This follow-up feature will examine the impact ChatGPT is expected to have on the healthcare industry.
Allrounder 520 A: Highly innovative IML application for medical technology
In-mold labeling (IML) for centrifuge tubes creates added value for pharmaceutical and clean room operations.
Inexpensive device uses smartphone to monitor blood pressure
Blood pressure is an important indicator of cardiovascular health and this has motivated University of California in San Diego researchers to develop a low-cost, simple clip that utilizes a smartphone’s camera to measure and track blood pressure from the user's fingertip.
Sensory feedback in next-gen prosthetics
In recent years, sensory feedback in prosthetics has garnered considerable attention. A surge in research has presented both invasive and non-invasive solutions, reflecting the heightened interest from prosthetic manufacturing entities.
AI model estimates a subject’s true age according to their chest X-ray
Establishing a link between age and chronic medical conditions, the AI model can reportedly calculate a person’s age accurately according to the appearance of their chest X-rays.
Predicting COVID cases by combining wastewater data with AI
Hospital admission rates of COVID-19 cases can be predicted up to four weeks in advance using a wastewater-based epidemiology approach to artificial intelligence (AI) modeling.
Rutgers' team creates efficient spray technique for bioactive materials
Potentially paving the way for transdermal medication delivery — for instance, in the form of shot-free vaccinations — the team has devised a new approach to electrospray deposition, which is an industrial spray-coating process.
Device quickly detects osteoporosis in a drop of blood
A biosensor was engineered to help identify those most at risk for osteoporosis using less than a drop of blood.
New centrifuge product line introduced by Boekel
Boekel Scientific has introduced a new product line that consists of four families of centrifuges: economy, general purpose, STAT and Blood Bank.
Video: Spectrometer designed to speed protein discovery
The platform combines three mass analyzers to yield new insights into biology and disease mechanisms.
See a flexible battery for smart contact lenses
An ultrathin flexible battery developed to power smart contact lenses stores electricity when immersed in saline solution.
The pros and cons of telemedicine
Technological advances have made telehealth a simplified process whereby any internet connected device can be used to facilitate most accepted forms of telemedicine which include non-emergency clinical services, administrative support, communications and continued training.
Team turns LEGO robot into gradient mixer
To lower the cost of developing such expensive equipment, the ASU team reportedly built a mixer using off-the-shelf LEGO kits.
New AI system to alert us of next pandemic
The so-called early warning anomaly detection (EWAD) system reportedly uses machine learning to analyze virus variants’ genetic sequences, frequencies and mortality rates amid their spread across the world.
UK team to treat mouth lesions with adhesive patch
The goal, according to the researchers, is to develop a patch that will stay in the mouth and deliver medications to the affected areas within the wearer’s mouth.
Johns Hopkins creates nanoscale tattoos for tracking the health of individual cells
This new technology will enable the placement of electronics on live cells via tattoo-like arrays that cling to the cells’ wet and fluid outer structure — even as the cells move — for roughly 16 hours.