Mount Sinai Scientists Launch Human Tissue Organoids into Space: SpaceX CRS-35 Investigates Neurological and Cardiovascular Aging
Mount Sinai sent brain and cardiovascular organ-on-a-chip models to the ISS to study how spaceflight stresses human tissues.
2026-10-15
Improving lives through health translation
A University of Queensland team is advancing an EV-reading chip blood test to monitor glioblastoma treatment.
2026-10-09
INBRAIN and partners pair graphene brain probes with a magnetically guided implantation robot
MINIGRAPH combined graphene neural probes, implant electronics, and magnetic robotic delivery for adaptive brain interfaces.
2026-10-08
This AI-powered chip can offer a deeper look at faulty brain activity
A low-power, AI-enabled subscalp chip aims to track seizure patterns for months at a time.
2026-10-01
AI-Enhanced Photonic Biosensor Could Help Detect Glioblastoma Tissue
A simulated photonic crystal sensor used light and AI to distinguish modeled glioblastoma tissue from nearby brain tissue.
2026-10-01
Researchers develop technology for real-time monitoring of Parkinson's treatments
A brainstem organoid chip tracks dopamine responses to Parkinson’s treatments in real time.
2026-09-28
Biomedical Materials and Fabrication Methods for Construction of In Vitro Neurovascular Unit Models
A review maps how biomaterials and microfluidic design can improve blood-brain barrier models on chips.
2026-09-16
A Scientist's Journey to the Right Place at the Right Time
Mohamad Sawan is building biochip-based neural systems at Westlake University for brain disorders.
2026-09-16
AIM Biotech
AIM Biotech develops microfluidic platforms for three-dimensional human cell cultures. Its chip and plate systems support studies of tissue interactions in cancer, vascular biology and neurobiology, alongside research services that apply these models to drug discovery.
2026-09-14
Four Generations of Quantum Biomedical Sensors
A University of Pittsburgh team maps quantum biosensors from basic readout to proposed learning-integrated sensor networks.
2026-09-13
Miniature Fluidic Devices Enable Personalized Cancer Treatment
A lower-cost way to make tumour-on-a-chip devices could broaden access to personalized cancer research.
2026-09-11
Researchers develop 'organ on a chip' for better drug testing
Virginia Tech researchers built a 3D-printed organ-on-a-chip to model the blood-brain barrier for better drug testing.
2026-07-28