Chanchal Yadav’s heart transplant was completed in a few hours, but the system that made it possible reveals a much larger problem: India’s transplant infrastructure can move a donor organ across nearly 100 km with remarkable precision, yet still cannot meet even a fraction of the demand for hearts. The 47-year-old Delhi businessman received a donor heart at Fortis Hospital, Shalimar Bagh, on September 17 after it was retrieved from a road accident victim at PGIMS Rohtak in Haryana.
The transplant depended on a chain that stretched across hospitals, a national allocation system, police authorities and a family’s decision to donate. The heart was identified through a message from the National Organ and Tissue Transplant Organisation, verified at the donor hospital, transported through a pre-arranged green corridor and implanted within the limited period in which a donor heart remains viable.
That chain worked. The wider system, however, remains marked by scarcity. India performs roughly 225 heart transplants a year against an estimated annual demand of nearly 50,000, according to figures cited in the report. Delhi recorded 14 heart transplants in 2024, as per sources in the State Organ and Tissue Transplant Organisation. These numbers point to a problem that is not primarily about whether surgeons can perform the procedure. It is about whether suitable organs become available, whether families consent to donation, and whether institutions can coordinate quickly enough when they do.
## A transplant is also a transport operation
Yadav’s case demonstrates how time-sensitive medical care depends on urban infrastructure beyond the hospital’s operating theatre. The donor heart was located 95 km away at PGIMS Rohtak. Fortis received the allocation message at 8.50 am. A team of six doctors left for Rohtak at 2.49 pm and reached the institute at 4.34 pm. After medical checks and written consent from the donor’s family, the heart was stopped at 7.20 pm using cardioplegia, packed in an ice-cooled preservation bag within 15 minutes and transported towards Delhi at 7.40 pm.
A green corridor had already been arranged. The route involved traffic signals being synchronised and police personnel being stationed at junctions so the vehicle carrying the organ could travel without interruption. The heart reached Fortis at 8.43 pm, completing the journey in one hour and three minutes. Yadav was already on the operating table, connected to a cardiopulmonary bypass machine that temporarily supported his heart and lungs.
The sequence shows that a green corridor is not simply a traffic-management measure. It is a temporary, high-priority infrastructure arrangement created through cooperation between medical institutions, transport authorities and police departments. Its success depends on accurate information, route planning, traffic control and the ability of different agencies to act on a common schedule.
For ordinary road users, the corridor may be visible only as a brief interruption in traffic. For a transplant patient, it can determine whether a donor heart arrives within the usable window. Dr Dinesh Kumar Mittal, the senior cardiac surgeon who led Yadav’s transplant, said a donor heart is generally viable for four to six hours after death, depending on the organ’s condition. That makes every part of the route—from retrieval to preservation to movement through the city—clinically significant.
## The hospital system begins working before the operation
Yadav’s transplant also shows that organ availability is only one part of the pathway. He had lived with a damaged heart for 11 years after what he described as a minor heart attack in 2015. He was placed on the transplant waiting list in 2023. By June 2026, doctors at Fortis found that his heart was functioning at only a fraction of its normal capacity.
Dr Mittal said a transplant becomes necessary when the left ventricle, the heart’s main pumping chamber, falls below 20 per cent of its total capacity. In some patients, he said, functioning can decline to 10-15 per cent, making even walking difficult. Yadav described a gradual loss of mobility: he gave up sports first and later struggled with basic movement and fatigue.
In July, doctors implanted an automated implantable cardioverter-defibrillator while he waited for a donor. The device can deliver an electric shock to restore the heart’s rhythm during a dangerously irregular episode. In Yadav’s case, it bought time while the transplant system continued searching for a suitable heart.
This sequence illustrates the layered nature of advanced medical care. The waiting list, interim device, donor matching, retrieval team, organ preservation, police coordination and transplant surgery all form part of one system. A failure at any stage can end the opportunity created by a donor match. The system therefore relies not only on specialist doctors but also on administrative protocols and rapid communication between institutions.
## The central shortage is not surgical skill
The report’s most important institutional insight comes from Dr Mittal’s assessment that the principal constraint on transplantation is the availability of organs rather than surgical capability. That distinction matters because expanding transplant capacity inside hospitals cannot, by itself, address the shortage of donor hearts.
The figures cited in the report show the scale of the mismatch. An estimated annual demand of nearly 50,000 heart transplants stands against about 225 procedures a year nationally. Even allowing for the differences between patients who require a transplant and those medically eligible to receive one, the gap is substantial. Delhi’s 14 heart transplants in 2024 provide a local indication of how limited access remains.
A transplant system can be technically advanced and still deliver few procedures if the upstream supply of organs is weak. The donor heart in Yadav’s case became available only after a road accident victim died and the family agreed to donate. The decision was made verbally a day earlier and followed by written consent before retrieval. That family decision became the starting point for every subsequent action.
Dr Mittal also pointed to a North-South divide in organ donation, saying that Southern states account for a much larger share of transplants. He attributed part of the difference to misconceptions and superstitions that continue to discourage families in northern states from donating organs. The report does not provide a state-by-state dataset, but the observation highlights the social and regional dimensions of a system often discussed mainly through surgical outcomes.
## Green corridors cannot solve an organ shortage
Green corridors are essential when an organ becomes available, but they are a downstream response. They can reduce travel time and protect an organ’s viability; they cannot create more donors or guarantee that a suitable heart will be available for a patient on a waiting list.
The Rohtak-Delhi journey also shows why such corridors require institutional readiness. The route was arranged before the heart left PGIMS, and police personnel were stationed at junctions. The vehicle moved only after the donor heart had been medically assessed, consent had been completed and the organ had been preserved. The corridor was therefore one link in a carefully sequenced chain, not an isolated emergency intervention.
The same infrastructure may not be equally available or equally effective across all regions. The report describes one successful movement between a major medical centre in Rohtak and a transplant hospital in Delhi, but it does not establish how frequently similar corridors are used, how many organs are lost during transport or whether all hospitals have comparable coordination capacity. Those questions remain outside the evidence supplied here.
What the case does establish is that transplant access depends on the relationship between medical institutions and the city around them. Roads, junction management, police deployment and communication systems become part of clinical care when the organ has only a few hours to reach the recipient. In this sense, the green corridor is a clear example of how public infrastructure can affect an individual’s survival without appearing in the hospital’s medical records.
## The unresolved question is supply
Yadav was discharged after 25 days and planned to return gradually to activities such as badminton, swimming and running. His recovery provides the human outcome of a system that succeeded at every critical stage on one September evening. But the broader figures show that such success remains rare compared with the number of people who may need a new heart.
The evidence in the report points to three connected pressures: very high demand, limited donor availability and the need for precise coordination once a donor is identified. It also indicates a regional imbalance in donation and transplant activity, though the supplied material does not provide enough data to measure its full scale or causes.
The case therefore shifts the focus from the spectacle of a fast-moving green corridor to the less visible institutions that make transplantation possible: donor families, organ-allocation networks, waiting lists, hospitals, police departments and preservation protocols. The corridor can ensure that a heart reaches Delhi in time. The more difficult challenge is ensuring that more hearts enter the system in the first place.
