Critical Care

In Other News

• New Biomaterial Shows Promise for Bone Healing and Tumor Control

• Novel ‘Scaffolding’ Biomaterial Improves Bladder Regeneration and Function

• Biocompatible Sensor Implant Allows Brain Monitoring Through Development

• Biodegradable Electrodes Repair Damaged Brain Tissue Without Need for Surgical Removal

• Electrically Active Transplantable Material Could Treat Brain and Spinal Cord Injuries

• Breakthrough Technique Stops Irregular Heartbeats

• AI Model Accurately Predicts Progression of Autoimmune Disease

• AI Predicts and Identifies Subtypes of Type 2 Diabetes from Continuous Blood Glucose Monitor

• Water Vapor Therapy Offers Alterative to Surgery or Radiation for Treating Prostate Cancer

• Bioengineered Blood Vessels Could Replace Synthetic Grafts for Treating Vascular Injuries

• Digital Heart Twin to Help Treat Dangerous Heart Rhythms

• Miniaturized Fiber Photoacoustic Spectrometer Enables Real-Time Intravascular Blood Gas Monitoring

• Groundbreaking Dual-Functional Bone Regeneration Scaffold Shows Promise for Infected Bone Defect Treatment

• Flexible Serpentine Probe Enables Long-Term Monitoring of Neuronal Activity

• Injectable Adhesive Hydrogel Uses Harmless Visible Light for Bone Regeneration

• Novel LC-MS/MS Assay Detects Low Creatinine in Sweat and Saliva

• Non-Invasive RF Technology Enables Long-Term Cardiac Monitoring

• Lab-Produced Universal Red Blood Cells to Enable Unlimited Transfusions

• Innovative Neurodiagnostic Platform Advances Direct Brain Health Diagnosis at Point of Care

• Enhanced Intraosseous System Enables Vascular Access in Seconds for Critical Care Situations

• Innovative Cardiac Monitoring System to Transform Heart Failure Care

• Microsensor Platform Turns Existing Implants into Smart Devices for Real Time Monitoring

• Ultra-Rapid AST System Provides Critical Results for Sepsis Patients