Brain Stem Death: The Missing Link In India's Deceased Organ Donation Drive
New national guidelines seek to standardise certification, address infrastructure, improve family counselling and unlock a larger pool of deceased organ donors, reports Gautam Debroy
Published : August 31, 2026 at 4:47 PM IST
New Delhi: Sixteen-year-old Adil, a native of Perinthalmanna from Kerala's Malappuram district, was recently declared brain-dead after suffering severe injuries in a road accident. Amid profound grief, Adil’s family decided to donate his organs in a noble gesture that gave hope to three patients awaiting transplant.
While such gestures offer a lifeline, they also highlight a broader systemic challenge: for India's organ donation programme, brain stem death certification is emerging as the critical gateway between a potential donor and the possibility of saving several lives. While the country has made significant progress in organ transplantation, the identification and certification of brain stem death remain inconsistent, limiting the pool of deceased donors and increasing dependence on living donations.
Aware of the situation, the newly issued National Guidelines on Brain Stem Death Certification, prepared by the National Organ and Tissue Transplant Organisation (NOTTO), provide the first comprehensive national framework for uniform determination and certification of brain stem death. The guidelines aim to address variations in clinical practice, documentation and institutional preparedness while strengthening ethical and transparent deceased organ donation.
Stating that there was no increase in the brain stem death certification, Dr Kumar said, "The clinicians who handle brain stem death should be clear in their approach."
Brain stem death and organ donation
Brain stem death is recognised under the Transplantation of Human Organs and Tissues Act (THOTA), 1994, as a legally valid form of death. It refers to the permanent and irreversible cessation of all functions of the brainstem—the part of the brain responsible for consciousness, spontaneous breathing and several vital reflexes.
A person declared brain stem dead is legally dead even though the heart may continue beating with the support of a ventilator and intensive care. This distinction is crucial for organ donation because ventilation can temporarily maintain circulation and preserve organs for transplantation after death has been certified.
The guidelines make a clear distinction between death determination and organ donation. It said that brain stem death must be diagnosed exclusively on established clinical and legal criteria and must not be influenced by the possibility of organ donation.
According to the guidelines, once certification is complete, the process can move toward donor maintenance, family counselling, consent, organ allocation through the SOTTO, ROTTO, and NOTTO networks, and finally, retrieval and transplantation.
The potential to save multiple lives
The significance of timely brain stem death certification lies in the number of organs that can potentially be donated from a single deceased donor. According to the guidelines, with family consent, one brain-dead donor can potentially help at least six to eight patients suffering from end-stage organ failure.
Ironically, India’s deceased organ donation rate remains below one donor per million population, despite the country having a large number of critically ill and trauma patients who may become potential donors. The guidelines describe this as a major missed opportunity, particularly when India continues to rely heavily on living donors.
Brain stem death certification is the critical gateway between a potential donor and the possibility of saving several lives.
As of March 3, 2026, about 89,839 patients were on the national waiting list for major organs. Of the 20,138 transplants recorded in 2025, only 3,526 involved organs from deceased donors.
As 1.73 lakh road traffic fatalities are reported annually in the country, a substantial potential donor pool can be tapped through awareness. Knowledge gaps among healthcare professionals and hesitation in recognising brain stem death have been identified as important obstacles.
Key challenges
The new guidelines identify multiple barriers in the brain stem death certification and organ donation process.
The first is variation in clinical practices and protocols. Different hospitals may interpret statutory requirements, clinical testing, documentation and institutional procedures differently. The guidelines seek to harmonise the process so that brain stem death is identified and certified according to uniform national standards.
The second major challenge is the shortage of trained professionals. Brain stem death determination requires specialised clinical competence, including recognition of deep coma, testing of brainstem reflexes, apnoea testing and identification of conditions that can mimic or confound the diagnosis, such as hypothermia, sedative drugs or metabolic disturbances.
Knowledge gaps among healthcare professionals and hesitation in recognising brain stem death have been identified as important obstacles. The guidelines call for structured education, simulation-based training and competency assessment for doctors, nurses and other healthcare workers.
Another challenge is the lack of adequate institutional infrastructure and coordination, particularly outside major transplant centres. Hospitals require trained ICU personnel, transplant coordinators, laboratories, blood banks, operating theatres, essential equipment and effective communication channels with organ allocation authorities.
Family counselling and public trust
The guidelines highlighted family counselling and public trust as a major factor in this entire process.
As per the guidelines, the doctors must communicate sensitively and clearly that brain stem death signifies death even if cardiac activity continues temporarily with life-support systems.
"Poor communication can lead to refusal of organ donation, mistrust and delayed decision-making, which can affect organ viability. Trained transplant coordinators, grief counsellors and critical care staff therefore have a crucial role in supporting families through the process," it said.
The guidelines also flag cultural and religious concerns, misconceptions surrounding organ removal and fears about commercial exploitation as factors affecting public confidence.
Addressing these concerns will require sustained public awareness campaigns and engagement with community and religious leaders, it said.
"Everything has been clearly highlighted in the guidelines. The parameters for certifying brain death have been explicitly mentioned, which was previously lacking across different Acts and Rules, such as the exact sodium levels required before starting brain stem death testing," said Dr Kumar. There are several other issues like ancillary tests, which were earlier not clearly defined, he added.
Multi-layered approach as solutions
A key recommendation is to strengthen early identification and mandatory reporting of potential brain stem death cases, especially in ICUs. "Regular audits can help hospitals identify missed opportunities, assess delays in certification and measure how many potential donors eventually become actual donors," suggest the guidelines.
The guidelines also recommend appointing a designated intensivist or nodal officer responsible for early identification and coordination, supported by transplant coordinators who can guide families and facilitate the donation process.
Another proposed solution is large-scale professional training and accreditation, with standardised courses on brain stem death examination, apnoea testing, documentation and communication. "Telemedicine and remote verification may also help address shortages of specialists in rural and smaller hospitals," it said.
The guidelines emphasised reimbursement of donor maintenance costs, dedicated coordinators, institutional grants and medico-legal protection for certifying doctors, while insisting that certification must remain independent of organ retrieval and financial considerations.
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