HomeNewsTrendsNoida techie goes on solo bike trip to Ladakh, dies of oxygen deficiency: Report

Noida techie goes on solo bike trip to Ladakh, dies of oxygen deficiency: Report

Chinmay Sharma died on August 29 just hours before his parents arrived in Leh. He was cremated the next day. According to a health advisory, visitors arriving in Leh must undergo at least 48 hours of acclimatisation before initiating their journey to high-altitude areas.

September 02, 2024 / 13:37 IST
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Ladakh's average altitude is around 3,500 meters (11,482 feet) above sea level. At this altitude, the air pressure and amount of oxygen available per breath are significantly lower than at sea level. It can cause altitude sickness. (Representational image: Unsplash)
Ladakh's average altitude is around 3,500 meters (11,482 feet) above sea level. At this altitude, the air pressure and amount of oxygen available per breath are significantly lower than at sea level. It can cause altitude sickness. (Representational image: Unsplash)

A 27-year-old software engineer from Uttar Pradesh died during a solo bike trip to Ladakh due to oxygen deficiency. Chinmay Sharma's health declined rapidly after he reached the high-altitude region. He was hospitalised in Leh but succumbed before his parents could reach him, Times of India reported.

Sharma used to work with a digital marketing company in Noida and had started for the trip on August 22. On August 26, he called up his father and complained of headache. His father, a teacher, advised him to take rest and seek medical advice. But later that day, Sharma called up his family again and said that he was having breathing problems. His father arranged for the hotel owner to admit Sharma to a hospital as the family prepared to rush to Leh.

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Sharma, however, died on August 29 -- just hours before his parents arrived. He was cremated the next day, the publication reported.

Ladakh's average altitude is around 3,500 meters (11,482 feet) above sea level. At this altitude, the air pressure and amount of oxygen available per breath are significantly lower than at sea level. It can cause altitude sickness, also known as Acute Mountain Sickness (AMS).