Published Mar 04, 2026 | 7:14 PM ⚊ Updated Mar 04, 2026 | 7:14 PM
Stroke. Representative Image. (iStock)
Synopsis: A recent study noted that nearly four in 10 stroke patients in India need to wait more than 24 hours before reaching a hospital. In most cases thrombolysis was delayed due to late arrival at the hospital. The findings highlight “the ongoing challenges in access to advanced stroke care, particularly for patients in rural and underserved areas where timely medical interventions are limited.”
Every minute after a stroke begins, the brain loses roughly 19 lakh neurons. Yet across India, a new study has found that nearly four in 10 stroke patients are waiting more than 24 hours before reaching a hospital, a delay that, for most, makes the difference between recovery and death or permanent disability.
The findings come from the largest hospital-based stroke registry analysis ever conducted in India. Researchers from the Bengaluru-based ICMR–National Centre for Disease Informatics and Research(NCDIR) examined 34,792 stroke cases recorded between January 2020 and December 2022 across 30 hospitals nationwide.
The results, published in the International Journal of Stroke, paint a sobering picture of a country racing against time and losing.
When a stroke occurs, a narrow window exists in which clot-busting drugs, administered intravenously, can dissolve the blockage, restore blood flow, and dramatically improve a patient’s chances of walking away without lasting damage. That window is 4.5 hours. Within the first hour, outcomes are best, what doctors call the golden hour.
In this study, just 5.3 percent of patients made it to the hospital within that golden hour. Only 20.1 percent arrived within the 4.5-hour treatment window. Meanwhile, 37.8 percent, more than one in three, did not present until more than a full day after their symptoms began.
The consequences are stark. The authors are unsparing in their summary: “One in seven strokes were in the young, two in five patients arrived after 24 hours of symptom onset, and thrombolysis and mechanical thrombectomy were underutilised. Over half had poor three-month outcomes, highlighting the need for improving comprehensive stroke care across India.”
By three months after their stroke, 27.8 percent of all patients had died. A further 29.7 percent were left with significant disability. The treatment that might have changed that, intravenous thrombolysis, was given to just 4.6 percentof ischaemic stroke patients. Mechanical thrombectomy reached fewer than one percent.
The single biggest reason cited for not giving thrombolysis was delayed arrival at the hospital, accounting for 74.5 percent of untreated cases.
Understanding why so many patients wait so long requires looking at who they are. Nearly three-quarters of patients, 72.1 percent, came from rural areas. These are communities where the nearest hospital may be hours away, where ambulance infrastructure is sparse, and where awareness of stroke as a medical emergency is often limited.
The researchers acknowledge this directly, noting that “a majority of participants were from rural areas (72.1%), where limited awareness of stroke symptoms and delays in seeking medical care may have contributed to the severity at presentation.”
Stroke symptoms, including sudden weakness down one side of the body, slurred speech, a drooping face, and loss of vision, are not universally recognised for what they are. In many rural households, such symptoms may be attributed to exhaustion, a fall, or simply old age. By the time a family decides something is seriously wrong, calls for help, and arranges transport, the treatment window has long passed.
Motor impairment was the most common presenting symptom, seen in nearly 75 percent of cases, followed by speech disturbance in just over half. These are visible, dramatic symptoms, and yet still patients waited.
One detail in the data challenges a widespread assumption about who strokes affect. The mean age of patients was just 59.4 years, younger than equivalent figures from many high-income countries. More striking still, 13.8 percent of all patients were under the age of 45.
The authors note that this “is consistent with earlier reports suggesting that stroke in India occurs at a younger age compared to Western countries.” But consistency does not make it any less alarming.
If stroke is perceived as an old person’s disease, younger patients and their families may be slower to recognise symptoms and seek help urgently. A 38-year-old experiencing sudden arm weakness may not immediately think “stroke.” That assumption can be fatal.
Delayed arrival is not the only obstacle. Among those who reached the hospital in time but still did not receive thrombolysis, two further barriers emerged: delays in getting brain imaging once inside the hospital, cited in 12.6 percent of untreated cases, and simple unavailability of the medication, cited in 11 percent.
This points to a system under strain even when patients do the right thing. As the authors put it, the findings highlight “the ongoing challenges in access to advanced stroke care, particularly for patients in rural and underserved areas where timely medical interventions are limited.”
Imaging infrastructure, drug procurement, and trained stroke teams are unevenly distributed across India’s hospital network, concentrated in urban tertiary centres while remaining scarce in district and rural hospitals closer to where most patients live.
Notably, 98.3 percent of patients received some form of brain imaging, a figure that reflects genuine diagnostic capacity. The tragedy is that capacity is not matched by therapeutic reach.
The crisis does not fall evenly across the population. While men and women had comparable outcomes at the point of hospital discharge, women fared significantly worse by the three-month mark.
The researchers found that “only 32 percent of females showed no disability (mRS 0–2), compared to nearly 40 percent of males with no disability at three months.”
The authors suggest that this reflects “gender disparities in post-discharge stroke care, particularly within our predominantly rural study population,” pointing to inequalities in rehabilitation access, follow-up care, and the social dynamics of recovery in rural households, where women may receive less sustained support after discharge.
The study’s authors are direct about the priorities. They call for “raising awareness about modifiable risk factors, early recognition of stroke symptoms, reducing delays in seeking care, and the importance of pre-hospital, acute, and post-stroke care, particularly among females and rural populations.”
Pre-hospital systems need investment: Faster emergency response, better-trained first responders, and clearer pathways from rural communities to stroke-capable hospitals. Inside those hospitals, in-hospital delays in imaging and treatment need to be systematically reduced.
The authors also point to the role of existing national frameworks. India’s National Programme for Prevention and Control of Non-Communicable Diseases “plays a key role in promoting healthy lifestyles, raising public awareness, and supporting early detection to reduce stroke-related risk factors,” they write, while schemes like Ayushman Bharat Pradhan Mantri Jan Arogya Yojana are described as “instrumental in enhancing financial access to advanced stroke interventions for economically vulnerable populations.”
However, frameworks alone are insufficient. As the authors conclude, the findings “highlight the gaps in acute stroke care, including delayed hospital arrival, limited access to advanced treatments, and inadequate follow-up services. Stroke continues to pose a major public health burden, with poor outcomes.”
(Edited by Muhammed Fazil.)
