Crisis at 35,000 Feet: How a Manipur Doctor Prevented a Mid-Air Disaster

April 4, 2026

NEW DELHI — On a long-haul Air India flight from Tokyo to New Delhi on February 28, a routine journey nearly turned into a life-threatening crisis when a 21-year-old passenger suffered a severe respiratory collapse. The incident, which saw Dr. Loni Liriina, a critical care specialist from Manipur, spring into action, has cast a spotlight on the hidden complexities of in-flight medical emergencies. While the aircraft ultimately landed safely in Delhi without a diversion, the case serves as a stark reminder of the fragile safety net that protects millions of air travelers every day.

The Golden Hour in the Cabin

The emergency began several hours into Air India flight AI357. The passenger, a young woman with a history of childhood asthma, began struggling for breath. Her condition deteriorated rapidly: her oxygen levels plummeted, her heart rate spiked, and her blood pressure began to fail—a triad of symptoms that, in a hospital setting, would trigger a “Code Blue.”

Dr. Loni Liriina, a consultant at the American Oncology Institute in Imphal, responded to the cabin crew’s urgent page for medical assistance. Upon reaching the passenger, he found a scene of growing anxiety.

“The cabin crew appeared panicked and had briefly considered diverting the flight,” Dr. Liriina noted in subsequent reports.

Working with the limited tools available in the onboard medical kit, Dr. Liriina stabilized the passenger over a tense 30-minute period. By administering oxygen and managing her vital signs, he managed to reverse the immediate threat, allowing the pilot to cancel the emergency diversion and continue to the capital.

The Thin Air Factor: Why Flying Changes the Stakes

To the average passenger, a cabin feels like a normal room. To a physician, it is a “hypobaric” environment. Commercial aircraft are pressurized to an equivalent altitude of 5,000 to 8,000 feet.

According to a comprehensive review published in JAMA, this decreased atmospheric pressure leads to a drop in the partial pressure of oxygen. For a healthy traveler, this is negligible. However, for someone with underlying respiratory issues like asthma or COPD, it can be the “tipping point.”

“At 35,000 feet, the air is not just thinner; it’s significantly drier,” explains Dr. Aris Walton, a pulmonologist not involved in the case. “Dry air can irritate bronchial tubes, and the lower oxygen saturation can cause a compensated respiratory system to fail. In an asthma attack, the airways are already narrow; the cabin environment makes every breath a struggle.”

By the Numbers: How Common Are Mid-Air Emergencies?

While headlines often focus on dramatic diversions, medical incidents are a daily occurrence in global aviation.

Source: New England Journal of Medicine (NEJM) & JAMA

The New England Journal of Medicine study highlights a sobering reality: the safety of passengers often depends on the “luck of the draw.” In nearly half of all emergencies, a physician is on board to assist. Other medical professionals, such as nurses or paramedics, assist in an additional 28% of cases.

The “Good Samaritan” System

Airlines are required by international regulations to carry Emergency Medical Kits (EMKs), which typically include basic items like stethoscopes, blood pressure cuffs, and certain medications like epinephrine or antihistamines. However, as Dr. Liriina’s experience suggests, the equipment is only as effective as the person using it.

The British Thoracic Society (BTS) notes that for acute asthma, the passenger’s own rescue inhaler is the first line of defense. But if that is tucked away in a checked bag or if the attack is too severe for self-administration, the situation escalates into a reliance on the cabin crew’s training and the presence of a volunteer like Dr. Liriina.

The Dilemma of Diversion

Every minute an aircraft stays in the air during a medical crisis is a gamble. Yet, a diversion can cost an airline anywhere from $20,000 to $200,000 in fuel, landing fees, and passenger re-accommodation. Experts emphasize that while the decision lies with the Captain, the input of a medical volunteer is often the most critical factor in that high-stakes choice.

Limitations of the Reported Case

While the outcome for the Air India passenger was positive, medical experts caution against viewing every in-flight respiratory event as easily manageable.

1. Incomplete Data: Because this incident is based on journalistic reports rather than a peer-reviewed clinical case study, some physiological details remain unconfirmed.

2. Variability of Resources: Not all airlines carry the same level of equipment. While major international carriers often have 24/7 ground-to-air medical support (like MedAire), smaller regional carriers may have more limited resources.

3. Severity Levels: A severe, “status asthmaticus” event—an asthma attack that does not respond to standard treatments—cannot be fully treated in a cabin. In such cases, an emergency landing is the only life-saving option.

Practical Advice: Preparing for Takeoff

For the millions of travelers with chronic conditions, preparation is the difference between a safe flight and a traumatic one.

• The “Carry-On” Rule: Never pack essential medications, especially rescue inhalers or EpiPens, in checked luggage.

• The Pre-Flight Check: If you have had a recent flare-up or a hospital visit for your condition within the last six weeks, consult a specialist before flying.

• The Spacer Advantage: For asthma sufferers, using a “spacer” with an inhaler ensures more medication reaches the lungs—highly recommended in the dry, pressurized air of a cabin.

• Communication: Inform the cabin crew of your condition upon boarding if you feel you are at high risk.

The Bottom Line

The heroic intervention of Dr. Loni Liriina underscores a vital public health truth: as the world becomes more connected by air, the cabin is increasingly becoming an extension of the clinic. While airlines continue to refine their emergency protocols, the synergy between a prepared passenger and a trained medical volunteer remains the most effective defense against tragedy at 35,000 feet.

Medical Disclaimer

Medical Disclaimer: This article is for informational purposes only and should not be considered medical advice. Always consult with qualified healthcare professionals before making any health-related decisions or changes to your treatment plan. The information presented here is based on current research and expert opinions, which may evolve as new evidence emerges.

References

• Peterson, D. C., Martin-Gill, C., Guyette, F. X., et al. (2013). “Outcomes of Medical Emergencies on Commercial Airline Flights.” New England Journal of Medicine. DOI: 10.1056/NEJMoa1212052.