#ppgtechnology

[redoctor]

🩺 BREAKTHROUGH IN PEDIATRIC GLUCOSE MONITORING

New clinical data validates RE.DOCTOR Vitals 1.6x PPG device against FDA-cleared standards! The comparative study reveals exceptional parity between non-invasive PPG readings and traditional finger-stick glucometers.

✅ 123 pediatric patients tracked over 30 days ✅ Ages 5-18 years represented ✅ Readings within minimal margin of error vs. FDA-cleared reference (MDT2 BLE K190189) ✅ High-resolution decimal data output

For families managing pediatric diabetes, this could mean less pain, more consistent monitoring, and better long-term tracking outcomes.

🔗 https://re.doctor/pediatric-blood-glucose-and-ppg-comparative-dataset/

[redoctor]

How can a camera lens measure blood glucose? It’s all in the light. 💡

RE.DOCTOR utilizes Photoplethysmography (PPG). When blood glucose levels change, they subtly affect blood flow patterns and light absorption in your microvascular tissue. Our AI-powered algorithms analyze these optical changes to provide an accurate estimate of your vitals.

While CGMs measure interstitial fluid, RE.DOCTOR provides a non-invasive look at your blood vitals without the need for constant sensor replacements.

Learn the science behind the scan: 🔗 https://re.doctor/continuous-glucose-monitoring/

[redoctor]

PPG-Based Vital Sign Collection

The Future of Health Monitoring at Your Fingertips Have you ever wondered if your smartphone could double as a medical device? Thanks to adv