Ultra-Low Latency and Increased Bandwidth
5G in healthcare will provide significantly lower latency and higher bandwidth compared to existing 4G LTE networks. This will allow for real-time data transmission of important patient health metrics like EKG readings, blood pressure, temperature etc. from wireless sensors and medical devices directly to doctors and clinicians. With latencies as low as 1 ms for some 5G networks, physicians will be able to monitor patients remotely in real-time and make clinical decisions almost immediately. The high bandwidth of 5G will also ensure glitch-free transmission of high-quality video, 3D models and other data-heavy files for telehealth consultations and remote surgeries.
Remote Patient Monitoring and Care Management
With the capabilities of real-time monitoring and remote patient access, 5G In Healthcare will greatly improve care management for patients with chronic conditions like diabetes, heart disease, respiratory disorders etc. Sensors can continuously stream vital health data like blood glucose levels, blood pressure, oxygen saturation, weight etc. to doctors and care teams. This will allow for proactive care interventions if deteriorations in health metrics are detected. Patients can also use virtual or augmented reality tools for remote rehabilitation therapy and management of their conditions from home. Wearables and implantable devices will transmit timely alerts in emergency situations for immediate medical response.
Ambulances with Telemedicine Capabilities
Mobile 5G in healthcare will enable two-way telemedicine in emergency response vehicles. Paramedics will be able to video conference with ER doctors and get guidance on treatments in real-time as they transport critical patients. High-definition cameras and sensors on ambulances can live stream patient vitals, MRI/CT scans directly to hospital teams to prepare for emergencies. 5G-connected defibrillators and other medical equipment in ambulances will transmit telemetry data for remote diagnosis. This will help reduce delays in definitive care and improve health outcomes for time-critical conditions like heart attacks and strokes.
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