Technology continues to pave a new path in the medical field. Mercy Medical Center is the first hospital in the region to offer a new way to perform shoulder replacement surgery, a procedure that some women may need as they age.
In Switzerland, around 2,400 children are born as twins every year. When the fetuses share a placenta, they are connected to one another via blood vessels.
Molecular Devices, a Danaher company and a leading provider of high-performance life science solutions, and STEMCELL Technologies (STEMCELL), a global supplier of specialized products and services supporting life sciences, today announced a validated automated workflow that can be used with STEMCELL's IntestiCult™ Plus Organoid Growth Medium for human intestinal organoids culture on the Molecular Devices CellXpress.ai Automated Cell Culture System.
The study shows how task complexity affects skill retention in surgical robot teleoperation, offering a framework to improve training methods.
A preliminary study explores how humanoid robot touch may relate to mood changes and emotional expression, highlighting potential implications for future robot-assisted therapy.
A generative AI has generated novel bacteriophage genomes, with researchers identifying 16 functional phages and demonstrating a potential AI-driven approach to combating bacterial resistance.
The Shelford Group has announced a major expansion of its pioneering Surgical Training in Advanced Robotic Technology (START) programme, extending accredited, platform-agnostic robotic surgery training to surgical trainees across the South East of England. Already available in the North East, North West and East of England, START will now be offered in Thames Valley, Wessex and Kent, Surrey and Sussex from the 2026/27 academic year.
Emerging nanotechnology and synthetic biology approaches could improve nose-to-brain drug targeting, sustained delivery, and treatment of neurological disorders.
Researchers in Australia and Bangladesh have joined forced to develop a new artificial intelligence (AI) system to improve the speed, accuracy and transparency of skin disease diagnosis, particularly for rare and underrepresented conditions that are often difficult to identify.
A streamlined AI model used three motor modalities to distinguish early-stage Parkinson’s patients from healthy controls with performance approaching an 11-modality model.
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