Answer: In order to compensate for the low partial pressure of oxygen at altitude, the human body undergoes a number of physiological changes. A vital component in this process is the increase in the concentration of circulating haemoglobin. The role of HIF‐1α, erythropoietin and red blood cells in this acclimatisation process is described, together with the fall in plasma volume that increases the concentration of haemoglobin in the early stages of hypoxic exposure.
Explanation:
Answer:
An increased body temperature made changes to the T-cell membrane to fight certain temperature sensitive viruses or bacteria.
Explanation:
According to medical science, having fever or an increased body temperature helps the human body to fight certain temperature sensitive bacteria or viruses.
An experiment performed by the Chinese scientist, Jian Feng Chen of Shanghai Institute of Biochemistry on mice showed that the injected high temperature in the body of the mice stimulated the T-cell membrane which started secreting heat-shock protein or Hsps, which fights stress.
This study showed that the raised temperature triggers the body immune system to fight a virus or bacteria caused infection.
Answer:
Planners should build "Triggers" into their plans so that employees know when they need to get supplies that may be needed for an extended period away from the office.
Explanation:
It is a part of risk management. Trigger is basically taking risks. This can be managed by the Commitment or the support from the top authorities, with communication and changing the work culture and also through information and technology. Risk management is a very important part of running industry and for increasing the effectiveness of the project success. The triggers are mostly updated in the risk registers it has all about the risk response and also to know when risk to occur.
This would definitely be true.
