Critical Care

In Other News

• Point-Of-Care EEG System Significantly Reduces Length of Patient Stay in ICU

• High-Quality Thin Film Conductor Paves Way for Wearable Electronics with Longer Life Batteries

• Intraoral Camera for Cancer Screening Eliminates Guesswork in Interpreting Clinical Findings

• AI Algorithm Non-Invasively Measures Intracranial Pressure in ICU Patients Following Traumatic Brain Injury

• Healthcare Device Powered By Body Heat Marks First Step Toward Battery-Free Wearable Electronics

• EHR–Based Nudge Intervention for Surgeons to Reduce Breast Cancer Overtreatment

• Diagnostic Tool Identifies Amyloid Beta Plaques in Alzheimer’s Disease Patients

• Fully Stretchable Solid Lithium-Ion Battery Paves Way For Flexible Wearable and Implantable Devices

• New Technique Treats Aggressive Brain Tumors by Disrupting Blood-Brain Barrier

• Groundbreaking Hydrogel Implant to Help Prevent Endometriosis

• Pocket-Sized Invention Revolutionizes Ability to Swiftly Detect Pathogens in Hospital Setting

• Aptamer-Based Biosensors Could Revolutionize Gastric Cancer Screening and Diagnosis

• Cold Plasma to Revolutionize Treatment of Ventilator-Associated Pneumonia and Reduce Mortality

• AI-Integrated Wearable Sensor Accurately Measures Step Length for Evaluation of Neurological Diseases

• Nanosized Implantable Sensor to Advance Treatment for Spinal Cord Neurological Disorders and Injury

• Ingestible Micro-Robot Wirelessly Navigates Stomach for Remote Diagnosis of GI Tract

• New Cellular Immunotherapy Approach Effective In Treating Metastatic Solid Tumors

• AI Model Accurately Predicts Continuous Renal Replacement Therapy Survival

• Wireless Implantable LED Device Treats Deep-Seated Cancers Using Light

• ‘Band-Aid’ Measures Glucose Levels in Sweat Using Microlaser Technology

• Pulsed Field Ablation Procedures Found Safe and Effective For Atrial Fibrillation Patients

• Stretchable Skin-Conformable Bioelectrodes Demonstrate Promising Capabilities for Healthcare Wearables

• AI-Powered Tool Combs through Electronic Health Records For Faster Diagnoses of Rare Diseases