KSOU Faculty Develop AI Device to Monitor Heart Health

Quick Summary

• key Growth: The Karnataka State Open University (KSOU) faculty has played a major role in developing an AI-driven wearable device, MyoBioScan, for early detection of cardiovascular stress.
• Inventor: Developed by Ravichandra Mulpuri, an Indian-origin researcher based in the US. Assisted virtually by KSOU experts Niranjan Raj and Syed Baker.
• Device Features:

– non-invasive and designed for real-time monitoring of cardiovascular health using sweat-based biomarkers such as troponin-I, NT-proBNP, lactate, cortisol, and pH indicators.
– Integrates multi-channel ECG acquisition with biochemical sensing via a wearable patch during physical activities like gym exercises or running.
– Provides three warning signals: Normal (keep monitoring), consult medical professional, emergency.

• Clinical Relevance: Pilot studies involving 80 participants showed strong correlation between sweat biomarker levels and lab standards.Subclinical abnormalities were detected in four asymptomatic individuals during follow-up evaluations. User feedback highlighted over 90% satisfaction with clarity and trust in results.
• Potential Impact: Promoted as a low-cost diagnostic tool that could make early detection of cardiovascular risks more accessible worldwide.

Indian Opinion analysis

The development of MyoBioScan represents important progress in healthcare technology originating from indo-US collaboration.KSOU’s contribution underscores India’s potential to influence global innovation through academic expertise. The emphasis on non-invasive techniques offers promise for transforming cardiac care delivery by making preventive diagnostics affordable and widely accessible.

Pilot study results validate the technical viability of sweat-based biomarkers for real-time cardiovascular monitoring while highlighting users’ demand for reliability in novel medical devices. If scaled effectively post-validation stages, MyoBioScan could alleviate diagnostic burdens on healthcare systems globally-especially in rural areas where access to specialized cardiac care is limited.By fostering academic research collaborations like this one between institutions abroad and within India, there lies immense scope to leverage science-centric partnerships aimed at addressing global health challenges through localized innovation.

Read more: The Hindu