Medical
New medical power supply for cardiac patients
Bear Power Supplies has received a purchase order to develop a low-leakage CF-rated power supply for a cardiac application.
New organ-on-chip to accelerate research and personalised medicine
It is only a few centimetres in size and can be held between two fingers, but in the micro-channels carved inside it, it’s hidden a three-dimensional and highly faithful model of a biliary tract cancer called cholangiocarcinoma, complete with its tumour microenvironment.
Synthesising cardiac innovations: the biorobotic heart simulator
A team of researchers has engineered a biorobotic heart that replicates the rhythm and dynamics of a real heart.
Exploring the Harwell Science and Innovation Campus
Nestled in the heart of Oxfordshire, the Harwell Science and Innovation Campus stands as a pivotal centre for scientific research and technological advancement in the UK.
Advantech WISE-2460: elevating equipment health monitoring
Advantech has introduced the new WISE-2460 innovative vibration sensing solution.
Human tissue-on-chip is changing the way drugs are developed
In a move set to transform the realm of drug development, the University of Rochester has taken a significant leap in human tissue-on-chip technology.
Avalue releases HID-2340: medical panel PC with Intel 12th Processor
Avalue Technology, a global industrial PC solution provider, is proud to introduce the HID-2340, a revolutionary medical panel PC that will transform healthcare computing.
Octopus-inspired tech can signal and deceive
In a fascinating new development, researchers from the University of California (UCI) have unveiled a new technological platform, drawing inspiration from the greater blue-ringed octopus, Hapalochlaena lunulata.
Predicting cardiac death risk using a re-usable heart vest
A re-usable vest designed by UCL researchers, capable of mapping the heart's electrical activity in fine detail, shows promise in identifying individuals at high risk of sudden cardiac death.
Biocompatible ink absorbs soundwaves to harden 3D-printed shapes
Engineers at Duke University and Harvard Medical School have recently developed a biocompatible ink that has the ability to solidify into various 3D shapes and structures by absorbing ultrasound waves, rather than light.