In a thought-provoking YouTube video, the intersection of ancient Ayurvedic medicine and cutting-edge biosensor technology is explored. The video highlights the use of foreign seeds in traditional medicine, the role of Siddha medicine during the pandemic, and the scientific validation of herbal remedies at the Department of Bioelectronics and Biosensors at Albert University. Ayurvedic medicine’s extensive history of using foreign seeds to treat neurological disorders, mental health issues, Parkinson’s, and paralysis is unveiled. The video emphasizes the widespread use of plant extracts in Indian and Japanese medicine, adapting quantities based on regional growth.

During the pandemic, Siddha medicine, specifically using Kabba Sorai, was distributed by the government of Tamil Nadu. This traditional remedy played a role in managing health during challenging times, showcasing the resilience of traditional medicine. The video sheds light on the scientific endeavors at the Department of Bioelectronics and Biosensors at Albert University. Situated in Karakori, close to Sri Lanka, the university is named after philanthropist Alaka. The development of biosensors for precise measurement of neurotransmitters like dopamine and serotonin is discussed. Tungsten oxide and hydroxyapatite were utilized as electrode materials for sensors capable of measuring l-dopa at a nano mole level with high selectivity. The video emphasizes the importance of scientifically validating traditional herbal medicine. The claims by Siddha doctors regarding successful pandemic treatment and India’s comparatively low percentage of deaths are highlighted.

Adulteration in traditional medicine is acknowledged as a challenge, necessitating quality control measures. The research on Siddha medicine reveals the presence of essential compounds like ascorbic acid and eugenol. However, the video emphasizes the need for caution, as excessive usage and lack of disclosure from supplement brands can pose concerns. The video looks ahead to the integration of IoTs, sensors, and artificial intelligence in healthcare. Biot-based sensors in smartphones are envisioned to provide health diagnosis and feedback to doctors, potentially revolutionizing remote monitoring and early intervention.