Akashvani celebrates 90 years in the service of the nation Jalandhar 8 May ( PDL ) : Akashvani is celebrating 90 years of its service to the Nation as a public broadcaster. It was on this day, on June 8th 1936, the Indian State Broadcasting Service was renamed All India Radio (AIR). This red-letter day marks a special moment in the cultural, information and broadcasting history of the country, where a voice was born that would echo through generations. On June 7th 1936, the front page of The Indian Listener, the then official magazine of All India Radio announced AIR to the world and inscribed a day before the magic began. A moment frozen in time. A legacy that lives on. The humble Delhi Station of Akashvani became a centre where voices found wings and history found a mic. From these quiet walls emerged echoes that shaped a nation that has since remained timeless, soulful and unforgettable. Akashvani’s Punjab Cluster Head and Deputy Director General (Engineering) , Ranjeet Meena said t...
New Ruby Hospital Launches Region’s First Makoto IVUS-NIRS Imaging System for Advanced Cardiac Diagnosis
New Ruby Hospital Launches Region’s First Makoto IVUS-NIRS Imaging System for Advanced Cardiac Diagnosis
The Makoto system combines ultrasound and near infrared spectroscopy to precisely detect and assess high-risk coronary plaques before they trigger heart attacks.
The early and accurate detection of high-risk coronary plaques supports timely intervention and reduces the risk of unexpected heart attacks.
Jalandhar 8 May ( Ranjeet Singh Dhaliwal ) : New Ruby Hospital, Jalandhar, has become one of the first centres in North India to introduce the Makoto IVUS-NIRS imaging system, a cutting-edge technology designed for the early detection and management of coronary artery disease, one of the leading causes of mortality in the region and across India. The technology has been introduced in India by Veiva Scientific, reinforcing its commitment to bringing globally advanced cardiovascular innovations to Indian clinicians and patients. The system was launched by Dr. D. S. Chadha (Senior Intervenion Cardiologist) of Manipal Hospital, Bengaluru, in the presence of Dr. Manbir Singh(DM Cardiologist) of New Ruby Hospital, Jalandhar. Developed by US-based medical technology company Infraredx,now Nipro Corporation, the Makoto system combines two advanced imaging modalities: Intravascular Ultrasound (IVUS) and Near-Infrared Spectroscopy (NIRS) to provide a comprehensive assessment of coronary arteries.
IVUS uses high-frequency sound waves to generate detailed cross-sectional images of the artery walls, enabling cardiologists to assess plaque burden, vessel size, and structural abnormalities with high precision. NIRS, on the other hand, analyses the chemical composition of arterial plaques and helps detect fatty (lipid-rich) plaques that are particularly vulnerable to rupture. By integrating IVUS and NIRS, the Makoto system allows cardiologists to both visualize the artery structure and identify high-risk plaques that may not be easily detected through conventional diagnostic methods. These vulnerable plaques are often the underlying cause of sudden heart attacks, even in patients with minimal or no prior symptoms.
In his comments, Dr. Manbir Singh said, “At New Ruby Hospital, we are committed to bringing advanced healthcare technologies to our region while ensuring they remain accessible to the local community. The introduction of the Makoto system marks a significant step forward in cardiac care. Heart disease is steadily increasing, and early detection is critical to improving patient outcomes. Conventional screening methods do not always reveal hidden risks, which is where this technology makes a difference. Makoto offers a highly accurate and efficient way to identify potential threats before they become life-threatening. We believe this global innovation will transform cardiac diagnostics in Jalandhar and the surrounding region.”Speaking about the advantages of the technology, Dr. D. S. Chadha, Manipal Hospital, Bengaluru said, “This advancement is particularly important because it enables early and more precise diagnosis of coronary artery disease. It helps in identifying high-risk plaques before they lead to major cardiac events, thereby allowing timely intervention. The system supports better clinical decision-making and facilitates personalised, preventive treatment strategies. Ultimately, it has the potential to significantly improve patient outcomes by reducing the risk of unexpected heart attacks.”
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