IVUS · OCT
Define vessel size, plaque morphology, calcium distribution, landing zones and stent expansion beyond what angiography alone can show.
Mody Cardiac Care · Advanced heart care, closer to home
Technology, experience and trust—working for every heartbeat.
Led by Dr Rohit Mody, our centres bring high-end interventional cardiology, 24×7 emergency response, structured prevention and research-led care to India’s tier‑2 and tier‑3 communities.
24×7Cardiac
hub
hub
Emergency
Imaging
Intervention
Follow-up
One connected pathway.
Every critical minute protected.
THE CENTRAL IDEA
“Build the expertise of a metropolitan cardiac centre around the realities of a regional community.”
Technology at our centre
Advanced tools.
Purposeful use.
Technology is selected lesion by lesion—supporting safer decisions, better preparation and precise optimisation.
From angiography to insight
Our centre has progressively built a complete platform for contemporary coronary intervention: physiology to decide when to treat, intravascular imaging to understand how to treat, calcium-modification tools to prepare the lesion, and circulatory support for selected high-risk patients.
iFR · QFR
Physiology-led assessment helps distinguish lesions that require treatment from those that can be safely managed medically.
IVL · RA · ELCA
A lesion-specific toolkit for calcified, uncrossable, under-expanded, thrombotic and otherwise resistant coronary disease.
IABP · Impella · ECMO
Mechanical circulatory support pathways for carefully selected shock and complex high-risk PCI scenarios.
The principle: use the simplest effective strategy, escalate deliberately, and let imaging, physiology and haemodynamics guide the next step.
Complex PCI framework
Complexity is managed
before the first wire.
Click each domain to explore a structured approach to planning and execution.
Left main & bifurcationCTOSevere calciumHigh thrombus burdenISR & under-expansionShock / CHIP
The care model
A continuous pathway,
not a collection of procedures.
Each layer reinforces the next—from the first symptom to long-term prevention.
Clinical depth
Complexity-ready.
Community-grounded.
A network is only meaningful when capability, people and systems arrive together.
Acute cardiac response
Round-the-clock systems designed for rapid assessment, stabilization and time-critical intervention.
Precision intervention
Imaging-guided and physiology-led decision-making for simple and complex coronary disease.
Advanced support
Escalation pathways for high-risk patients, backed by multidisciplinary critical-care readiness.
Prevention & continuity
Structured follow-up that keeps prevention, recovery and quality of life in the same clinical frame.
Prevention & lifelong care
The procedure treats today.
Prevention protects tomorrow.
Our responsibility continues after discharge—with active surveillance focused on length and quality of life.
Know the risk
Blood pressure, diabetes, lipids, Lp(a), kidney health, smoking, weight, sleep and family history assessed together.
Treat to target
Individualised lipid lowering, antithrombotic therapy and risk-factor management with adherence reviewed at every visit.
Restore capacity
Cardiac rehabilitation, progressive exercise, nutrition and psychological confidence help patients return to meaningful life.
Follow actively
Symptoms and function lead follow-up; selected high-risk patients receive closer imaging or physiological reassessment when clinically justified.
Research at the bedside
Every difficult case
should teach the next.
Real-world evidence from regional practice can answer questions that matter to patients often under-represented in trials.
Core programme
IVUS-DIRECT-STEMI
A large real-world STEMI programme examining whether intravascular imaging changes procedural quality and long-term device-oriented outcomes, with extended follow-up planned.
832STEMI patients in the programme
Thrombus modification
Evaluating ELCA-assisted strategies in primary PCI and high-thrombus phenotypes, including ectasia, bifurcation and ISR.
Precision PCI datasets
OCT/OFR and ISR cohorts exploring lesion assessment, physiology, mechanism and optimisation.
Vulnerable plaque
Developing a translational framework connecting imaging, inflammation, genetics and explainable AI.
Practice-changing questions
Studying direct-stenting, calcium modification, CTO techniques and outcomes that reflect survival, function and quality of life.
Experience & achievements
Built through volume.
Defined by judgement.
A sustained programme of complex intervention, teaching, research and regional capability-building.
25,000+angioplasties performed
25+years after DM training
112+scientific publications
24×7STEMI response
Advanced imaging, physiology, calcium modification, mechanical support and complex coronary techniques have been introduced into a tier‑2 clinical ecosystem—not as isolated technologies, but as a coordinated programme.
Experience shared through invited scientific forums including TCT, CRT, EuroPCR, ICI and TCTAP, alongside active teaching, peer review and mentorship.
Complex cases
When the algorithm ends,
judgement begins.
Anonymised clinical patterns showing how preparation, bailout skill and restraint work together.
01 · STEMI / shock
Thrombus, calcium and a critical bifurcation
A haemodynamically unstable anterior STEMI required rapid flow restoration, lesion preparation, bifurcation judgement and mechanical support—while avoiding unnecessary procedural burden.
Primary PCICalcified noduleIABP
02 · CTO rescue
Tortuous RCA with loss of the true path
In a hostile anatomy, the priority shifted from forceful advancement to controlled re-orientation, true-lumen confirmation and a structured escalation strategy.
CTOTrue-lumen rescueImaging
03 · Refractory thrombosis
Flow restoration in a high-thrombus vessel
When standard crossing and aspiration are insufficient, laser-enabled thrombus modification can become part of a carefully selected rescue pathway.
ELCAHigh thrombusFlow recovery
Illustrative, anonymised summaries for professional education—not individual medical advice.
Impact explorer
Shorter journeys.
Stronger continuity.
Adjust the network size to explore how a hub-and-spoke model can extend care. Figures below are illustrative, not forecasts.
1 unit12 units
Conceptual planning model based on equal catchment assumptions.
1.0Millustrative population reach
8,760coverage hours per unit / year
4connected local pathways
A disciplined roadmap
Grow capability
without diluting quality.
01
Start with the community, not the cath lab.
Map travel times, referral patterns, emergency readiness and unmet clinical need. The right unit begins with a clear picture of the people it will serve.
- Community need
- Referral pathways
- Clinical readiness
The ambition
World-class cardiac care,
within reach.
Designed around clinical excellence, responsible expansion and the belief that geography should never become a barrier to survival.
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