it boils
Aspirin can act as a blood thinner at high altitudes by reducing the risk of blood clots due to its antiplatelet effects.
at high altitude you have to breath harder which means you have to breath out more which reduces the amount of acid in the blood. after a few days your kidneys can restore their HP
At high altitudes, the lower air pressure can lead to decreased oxygen levels in the blood, causing symptoms like shortness of breath, fatigue, and headaches. In severe cases, it can result in altitude sickness, which may include symptoms like nausea, dizziness, and confusion. It is important to acclimatize slowly to high altitudes to avoid these effects.
At high altitudes, there is lower air pressure which can result in reduced oxygen levels in the blood. This can impact the body's ability to form blood clots efficiently, leading to difficulty in stopping bleeding from a cut. Additionally, the thinner air can contribute to slower wound healing.
Alarming new science shows that thin air can wreck brain cells-at lower altitudes than you'd think.
oxygen
Aclimatization.
== == It is stressed, but will adapt. The circulatory system cannot work as efficiently, because there is less oxygen and CO2. After being at a high altitude for a long time, the body will adapt. It will produce more red blood cells so that it can pick up more oxygen, since less oxygen is carried by each hemoglobin at high altitudes.
Your breathing can become laboured due to your smaller lung capacity in high altitudes.
just high altitudes
some people lives in the high altitudes easy to get high erythrocyte count. Because at the high altitudes, the air is become thinner, it means less oxygen.
People living at high altitudes tend to have larger lung capacity and higher red blood cell count to adapt to lower oxygen levels. They may also have a lower resting metabolic rate. In contrast, people living at low altitudes may have faster metabolism and lower red blood cell count due to higher oxygen levels.