Leading Canadian Medical Tourism Provider
Personalized, Safe, and Accessible Cardiovascular Care
Heart disease is one of the world’s leading causes of death — yet early diagnosis and timely access to treatment can dramatically improve outcomes.
At Maple Med Global, patients gain immediate access to life-saving cardiovascular care through internationally accredited hospitals across Türkiye, Spain, India, Mexico, and Thailand.
All partner centers are certified by Joint Commission International (JCI) or American Accreditation Commission International (AACI), ensuring the highest global standards in cardiac surgery, interventional cardiology, and patient safety.
Our mission is simple: to connect every patient with the right specialists, the right technology, and the right treatment — without delays or hidden costs.
Why Choose Global Cardiology Options?
Successful heart treatment requires not just technology but also expertise and timely access.
While many patients wait months for angioplasty, bypass, or valve surgery at home, JCI- and AACI-accredited international heart centers can provide these procedures within days using minimally invasive and robotic-assisted techniques.
Each destination offers unique strengths — from advanced cardiac imaging to robotic heart surgery and cost-effective rehabilitation.
Maple Med Global objectively compares medical expertise, technology, and affordability to ensure every patient receives safe, proven, and transparent heart care abroad.
Global Heart Treatment Destinations
At Maple Med Global, we collaborate directly with leading cardiology and cardiovascular surgery centers around the world — selected for their technological excellence, surgical expertise, and patient safety standards.
Each destination offers unique strengths in advanced cardiac diagnostics, minimally invasive surgery, and rehabilitation, providing patients with access to world-class care without the barriers of cost or waiting time.
Türkiye
Türkiye is internationally recognized for its high-volume cardiac centers combining robotic surgery, interventional cardiology, and advanced imaging under one system.
Hospitals here perform procedures such as coronary artery bypass grafting (CABG), valve repair and replacement, minimally invasive mitral surgery, and electrophysiology ablation using real-time 3D mapping.
Thanks to its internationally accredited hospitals and experienced cardiac surgeons, Türkiye provides rapid access to treatment and affordable comprehensive cardiac care compared with North America or Western Europe.
Spain and Central Europe
European cardiology institutions lead in hybrid cardiac operating rooms, multidisciplinary heart teams, and early-stage clinical research in structural heart disease.
These centers apply evidence-based cardiac guidelines within the EU’s unified patient safety framework.
Specialized units for valve replacement (TAVI), congenital heart disease, and electrophysiology ensure precision, while digital cardiac imaging and telemonitoring improve long-term follow-up.
India
India has emerged as a global hub for comprehensive heart and vascular care, offering robotic bypass surgery, pediatric cardiac surgery, and complex valve reconstructions within integrated heart institutes.
High patient volumes have allowed cardiologists to gain extensive experience managing both common and rare cardiac disorders.
The combination of advanced technology, specialized cardiac ICUs, and affordability makes India a global leader in accessible, high-quality cardiology care.
Mexico
Mexico’s Joint Commission International (JCI)-accredited hospitals provide advanced interventional cardiology, pacemaker and ICD implantation, and minimally invasive heart surgery.
Its proximity to North America allows patients from Canada and the U.S. to access specialized care quickly and at significantly lower costs.
Modern cardiac centers in cities such as Mexico City and Cancún integrate diagnostics, intervention, and rehabilitation, following strict international cardiac safety protocols.
Thailand
Thailand ranks among the top medical tourism destinations for cardiovascular care, offering cardiac catheterization, coronary stenting, valve repair, and advanced cardiac rehabilitation programs.
Hospitals feature state-of-the-art imaging (CT, MRI, echocardiography) and English-speaking medical teams trained to manage complex cases with precision.
The country’s reputation for medical excellence, combined with patient-centered hospitality, makes Thailand a trusted choice for international heart treatment.
Advanced Cardiology Technologies and Treatment Approaches
Interventional Cardiology and Coronary Procedures
Coronary Angiography and Stenting
This procedure identifies and treats blocked arteries that restrict blood flow to the heart. A thin catheter is inserted through the wrist or groin to visualize the arteries, and if a blockage is found, a drug-eluting stent (DES) is placed to reopen it. Modern cath labs use intravascular ultrasound (IVUS) and optical coherence tomography (OCT) to ensure precision, safety, and long-term success.
Transcatheter Aortic Valve Implantation (TAVI)
TAVI replaces a narrowed aortic valve through a small catheter rather than open surgery. It is particularly effective for older or high-risk patients, performed under light anesthesia with rapid recovery. Using real-time imaging and 3D navigation, doctors position the new valve precisely, allowing patients to regain normal breathing and strength within days instead of weeks.
Percutaneous Coronary Intervention (PCI)
PCI restores blood flow in arteries narrowed by coronary disease. Guided by advanced imaging, cardiologists use micro-catheters and robotic systems to deploy stents with exceptional accuracy. The procedure usually lasts less than one hour, requires no surgical incision, and most patients are discharged the same or next day — walking normally and free of chest pain.
Cardiac Surgery and Minimally Invasive Techniques
Coronary Artery Bypass Grafting (CABG)
CABG is the gold-standard treatment for multiple or complex arterial blockages. Surgeons use a healthy vessel from the patient’s body to create a new route for blood flow.
Modern centers perform off-pump and minimally invasive bypass surgery using robotic guidance and 3D imaging, resulting in less trauma, faster recovery, and improved long-term heart function.
Heart Valve Repair and Replacement
Valve surgery corrects leakage or narrowing that limits the heart’s efficiency. Surgeons aim to repair rather than replace whenever possible, preserving natural valve motion.
When replacement is needed, mechanical or biological prostheses are implanted through small incisions. These modern approaches reduce hospital stay and allow patients to return to daily life within a few weeks.
Aortic Root and Mitral Reconstruction
This surgery restores normal blood flow in patients with aneurysm, regurgitation, or valve deformity. Using 3D-guided imaging and custom grafts, surgeons rebuild weakened sections of the heart’s major vessels.
Precise reconstruction prevents rupture and improves pumping capacity, offering long-term stability and safety for complex cardiac conditions.
Electrophysiology and Rhythm Management
Catheter Ablation for Arrhythmias
Ablation treats irregular heartbeats such as atrial fibrillation (AFib) by delivering radiofrequency or cryo-energy through a catheter.
This eliminates the tiny area of tissue causing the abnormal rhythm.
Performed under light sedation, it typically takes two to three hours and allows patients to stop most rhythm medications afterward.
Pacemaker and ICD Implantation
Valve surgery corrects leakage or narrowing that limits the heart’s efficiency. Surgeons aim to repair rather than replace whenever possible, preserving natural valve motion.
When replacement is needed, mechanical or biological prostheses are implanted through small incisions. These modern approaches reduce hospital stay and allow patients to return to daily life within a few weeks.
Cardiac Resynchronization Therapy (CRT)
CRT uses a specialized pacemaker to synchronize the heart’s left and right ventricles, improving pumping efficiency in heart-failure patients.
It enhances oxygen delivery, reduces fatigue, and decreases hospitalization rates.
Most patients notice improved breathing and energy within weeks of implantation.
Advanced Cardiac Imaging and Diagnostics
Echocardiography (2D / 3D / TEE)
Echocardiography visualizes the heart’s movement and valve function in real time.
3D and transesophageal echocardiography (TEE) provide detailed internal views for accurate diagnosis of valve disorders or congenital defects.
It is painless, non-invasive, and essential for planning both surgical and interventional treatments.
Cardiac CT and MRI
These non-invasive scans offer detailed 3D imaging of arteries, heart muscle, and blood flow.
CT angiography detects plaque buildup, while cardiac MRI measures scarring and pumping strength.
Both are key for early diagnosis, treatment planning, and long-term follow-up after surgery or stent placement.
Nuclear Cardiology and Stress Testing
Combining physical or pharmacologic stress with nuclear imaging, this test evaluates how well the heart performs under exertion.
It identifies hidden coronary disease before symptoms appear and monitors recovery after interventions.
The results help cardiologists tailor exercise and medication plans precisely to each patient’s condition.
Heart Failure and Regenerative Therapies
Heart Failure Management Programs
Comprehensive programs combine medications, nutrition, and exercise with digital monitoring.
Patients learn to control symptoms like swelling and fatigue while maintaining active daily life.
Early intervention with specialized drugs and device therapy significantly improves survival and comfort.
Left Ventricular Assist Devices (LVAD)
An LVAD is a small mechanical pump that supports the heart’s ability to circulate blood in severe heart failure.
It can serve as a bridge to transplant or a long-term therapy for non-transplant candidates.
Most patients experience immediate relief from breathlessness and improved stamina after implantation.
Regenerative and Stem Cell Therapies
Selected research-based centers use stem cells to help repair damaged heart muscle.
These cells promote tissue regeneration and may restore partial function in patients with chronic heart failure.
Although still emerging, early studies show encouraging results in improving heart performance and reducing symptoms.
Cardiac Rehabilitation and Lifestyle Medicine
Cardiac Rehabilitation Programs
Structured rehabilitation combines safe exercise, dietary guidance, and mental support after surgery or intervention.
Programs are tailored to each patient’s ability, helping rebuild strength, prevent future heart attacks, and regain confidence.
Preventive Cardiology and Risk Control
Prevention clinics focus on managing blood pressure, cholesterol, diabetes, and weight through evidence-based programs.
Continuous lifestyle supervision lowers the risk of a second cardiac event and enhances long-term heart health.
Lifestyle and Stress Management
Mind-body therapies, stress reduction, and heart-healthy nutrition play a vital role in preventing recurrence.
Holistic cardiac centers integrate physiotherapy, mindfulness, and sleep optimization for sustained cardiovascular well-being.
Diagnostic Precision, Therapeutic Innovation, and Global Expertise
At Maple Med Global, patients benefit from world-class cardiology expertise, cutting-edge medical technology, and personalized coordination at every stage.
From non-invasive diagnostics to robotic heart surgery, we ensure access to the safest, most effective, and most transparent cardiac treatments — with no waiting lists and full global support.
To learn how Maple Med Global supports patients through every step of their heart treatment journey — from diagnosis to recovery — visit our Why Patients Choose Maple Med Global section.
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info@maplemedglobal.ca
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