The unexpected death of Ambareesh Murthy, the CEO of Pepperfry, due to a cardiac arrest at the age of 51 has raised concerns about the rising cases of cardiac arrest among middle-aged people. Studies have shown that sudden cardiac arrest is a critical condition in which the heart stops beating suddenly, leading to an increased risk of death. High altitude has been linked to a higher risk of cardiac arrest due to reduced oxygen levels and other physiological changes, making it essential for individuals to take precautions and be aware of the symptoms.
Symptoms of cardiac arrest at high altitudes are similar to those at lower altitudes, including chest pain, shortness of breath, dizziness, and nausea. To prevent cardiac events at high altitudes, individuals should gradually ascend, stay hydrated, know their health status, avoid physical exertion, and be prepared for emergencies. Raising awareness about the potential risks and taking appropriate precautions can help minimize the risk of cardiac events while enjoying high-altitude experiences.
Pepperfry CEO Ambaressh Murthy dies in Leh: Can altitude cause cardiac arrest? – Detail Points
– Ambareesh Murthy, the 51-year-old Co-founder and CEO of Pepperfry, died of a cardiac arrest
– Recent cases of cardiac arrest in relatively young and fit individuals have raised questions
– Sudden cardiac arrest causes the heart to stop beating suddenly due to lack of oxygen
– Despite improved availability of early defibrillation, there is no significant improvement in survival rates
– High altitudes can trigger cardiac arrest due to reduced oxygen levels and other physiological changes
– It’s important to raise awareness about potential risks and take necessary precautions when traveling to high-altitude destinations
– Common symptoms of cardiac arrest include chest pain, shortness of breath, dizziness, nausea, and irregular heartbeat
– Tips to prevent cardiac arrest at high altitudes include gradual ascent, staying hydrated, knowing health status, avoiding physical exertion, emergency preparedness, recognizing symptoms, and managing medication.
Pepperfry CEO Ambaressh Murthy dies in Leh: Can altitude cause cardiac arrest? – FAQ’s
Why are younger people getting cardiac arrests so often?
The main reasons for the increase in cardiac arrests among younger people are reduced oxygen levels, altered humidity, and low temperatures at higher altitudes. These can trigger cardiac arrest. Raising awareness about these potential risks and taking appropriate precautions can help individuals minimize the risk of cardiac events.
Are the chances of getting a cardiac arrest more likely at higher altitudes?
Yes, there is a link between cardiac arrest and high altitude. The reduced oxygen levels and other physiological changes that occur at higher altitudes can potentially trigger cardiac arrest. People who live at altitudes below 1000 m above sea level develop various health conditions like high altitude pulmonary edema, cerebral edema, and cardiac arrest. The chances of all these problems increase when people ascend to areas over 3500 m above sea level.
What are the most common symptoms of cardiac arrest?
While the chances of cardiac arrest increase at high altitudes, the symptoms of cardiac arrest at high altitude are similar to those at lower altitudes. However, the symptoms may occur suddenly, and added stress can increase the severity of these symptoms. Some of the most common symptoms include chest pain or discomfort, shortness of breath, dizziness or lightheadedness, nausea, vomiting, unusual fatigue, and irregular or abnormal heartbeat.
Tips to prevent cardiac arrest at high altitudes
Preventing cardiac events at high altitudes involves careful planning and awareness. Some tips to prevent getting a cardiac arrest at high altitudes include gradual ascent, staying hydrated, knowing your health status, avoiding physical exertion, emergency preparedness, recognising the symptoms, and managing medication. Raising awareness about the potential risks and taking appropriate precautions can help individuals enjoy their high-altitude experiences while minimizing the risk of cardiac events.