Love Your Heart,
Love Your Life!

For those who require medical intervention, the medical field in India offers a spectrum of advanced treatments that cater to various heart conditions. From minimally invasive procedures like angioplasty and stent placement to surgical interventions like bypass surgery, the medical experts in India are wellequipped to provide personalized care and the best heart treatment options.

Intravascular ultrasound (IVUS) is a groundbreaking technology used to treat heart problems, particularly during percutaneous coronary interventions (PCI). IVUS provides high-resolution images of the coronary arteries from within, offering valuable insights for interventional cardiologists. By inserting a specialized catheter with an ultrasound probe into the coronary arteries, doctors can visualize arterial walls, plaque buildup, and stent placement in real time. This precision helps guide stent selection and placement, reducing the risk of complications & improving outcomes for patients with coronary artery disease (CAD).

Patients with kidney problems often face a dilemma when undergoing PCI due to the potentially harmful effects of contrast agents on their kidneys. Low contrast PCI is an advanced technique that minimizes contrast agent usage while maintaining effective visualization during the procedure. It involves using cutting-edge imaging technology like IVUS and fractional flow reserve (FFR) to reduce the reliance on contrast media, safeguarding kidney function while achieving optimal outcomes in patients with heart and kidney issues.

Calcium deposits in coronary arteries can pose significant challenges during PCI. Rotational atherectomy and cutting balloons are innovative technologies designed to address this issue. Rotational atherectomy employs a high-speed rotating burr to break down calcified plaques, making it easier to place stents effectively. Cutting balloons have small blades on their surface that score calcified plaques, allowing for controlled balloon expansion and stent deployment. These technologies enhance the success rates of PCI procedures in patients with heavily calcified arteries.

Bioabsorbable polymer DES represents a significant advancement in stent technology. These stents release medication to restore blood flow in the artery & prevent restenosis. The polymer of these stents is absorbed in few months time as soon as the drug elution stops, leaving behind a bare metal stent. The promotes faster healing in the artery for improved patient outcomes.

TAVR is a revolutionary minimally invasive procedure for patients with aortic valve disease at high surgical risk. Instead of open-heart surgery, TAVR involves threading a collapsible valve through a catheter and deploying it within the aortic valve. This approach dramatically reduces recovery time, minimizes trauma to the patient, and offers a lifeline to individuals who might not have had a treatment option otherwise.

Patient selection is critical, considering factors like overall health and anatomy. Ongoing advancements in technology and research are expanding eligibility criteria and exploring their use for other heart valve conditions. These procedures offer hope to patients and represent the future of cardiac care, promising enhanced outcomes and better quality of life. Consulting a cardiac specialist for a thorough evaluation is essential for those facing aortic stenosis.

Traditional implantable cardioverter-defibrillators (ICDs) are inserted into the heart through invasive procedures involving leads placed inside the blood vessels and heart chambers. While effective, these ICDs have certain risks, including infection and lead-related complications. SICD, on the other hand, represents a less invasive alternative. SICDs are placed just beneath the skin, eliminating the need for leads inside the heart. This subcutaneous positioning of the device allows for effective monitoring of heart rhythms and prompt intervention in case of life-threatening arrhythmias. By not invading the heart, SICDs reduce the risk of complications associated with traditional ICDs.

For patients with CAD, who often have underlying heart rhythm issues, SICD provides a lifeline. After a CAD procedure, individuals can experience a significant improvement in their quality of life, free from the constant fear of SCA. The non-intrusive nature of SICD means fewer post-procedural complications shorter hospital stays with a faster recovery. Additionally, SICDs are equipped with advanced algorithms that minimize inappropriate shocks, a common concern with older ICDs. This ensures a more comfortable and less anxiety-inducing experience for patients.