Advanced Cardiac Care
Kauvery Hospital has unveiled a groundbreaking program focused on coronary artery bypass grafting (CABG) performed while the heart continues to beat, utilizing
the sophisticated da-Vinci robotic surgical system. This innovation marks a significant expansion of their already advanced cardiac treatment services. The minimally invasive nature of this procedure is a key feature, allowing surgeons to operate through small incisions, often referred to as 'keyhole' openings. A crucial aspect of this technique is that it bypasses the need to stop the heart or employ a heart-lung machine, which are typically part of traditional bypass surgeries. This reduced surgical intervention is designed to minimize trauma to the patient's body and significantly aid in a quicker return to normal activities and recovery for individuals diagnosed with coronary artery disease.
Expert Surgical Team
Spearheading this pioneering robotic beating heart bypass surgery initiative is Arunkumar Krishnasamy, a seasoned consultant in cardiothoracic and robotic cardiac surgery. He is supported by an integrated, multidisciplinary team comprising highly skilled cardiac anaesthesiologists, dedicated surgeons, proficient perfusionists who manage the cardiopulmonary bypass if needed (though not in this specific off-pump method), and vigilant critical care specialists. This cohesive unit ensures comprehensive patient care, from pre-operative assessments through to post-operative recovery. Their collective expertise in both conventional and robotic cardiac surgery is vital for the successful implementation and delivery of these complex procedures, ensuring patient safety and optimal outcomes throughout the entire surgical journey.
Robotic System Advantages
The da-Vinci robotic system offers surgeons unparalleled precision and visualization, dramatically enhancing the ability to perform complex cardiac procedures. Its high-definition, three-dimensional imaging provides a magnified view of the surgical field, allowing for intricate maneuvers with exceptional accuracy. Furthermore, the robotic instruments are designed with greater dexterity and a wider range of motion than human hands, enabling surgeons to navigate and operate within the confined spaces of the chest with ease. Studies investigating robotic-assisted off-pump CABG have consistently demonstrated tangible benefits, including a notable reduction in blood loss during surgery, diminished post-operative pain experienced by patients, shorter stays in the Intensive Care Unit (ICU), and a decreased likelihood of complications related to surgical wounds. These advantages collectively contribute to a smoother recovery process and more aesthetically pleasing cosmetic results.
