The fact that humans become cold-blooded animals (heat changes) similar to frogs and snakes will make a big breakthrough for the era of space conquest. Besides, each of us will also save a significant cost for eating. Why is that?
In fact, the word 'hot' or 'cold' here does not refer to the characteristic temperature of each type of blood.The term accurately describes the biological characteristics of cold-blooded animals, which are thermoplastic animals. Simply understanding the body temperature of this group of animals will change freely according to the ambient temperature. Representatives of typical thermoplastic animals are: fish, amphibians, reptiles.
In contrast, with warm-blooded or 'constant-heat' animals, the body maintains a constant temperature and is often higher than the environment (hence known as hot blood) by endothelial equilibrium and regulating mechanisms. body temperature. Take the closest example that is human . When we are cold and shivering, this action will warm the body. Conversely, when the weather is too hot, the body will automatically sweat to cool down.
One morning, when you wake up you suddenly turn into a thermoplastic creature, sure that your life from then on will change a lot, both negative and positive!
The most positive side of being a thermoplastic is that the bill for daily necessities will be reduced significantly , because the daily ration needed will not be as much as before! It is important to know that one of the reasons people eat and eat animals in general is to create a source of energy for keeping body temperature at a stable level. Therefore, when the body temperature 'floats' under the environment, a considerable amount of energy is no longer needed.
In case you are a foodie, eating as much as before does not cause anything too serious for your health, but be prepared to face the excess fat, because of the enormous energy and the amount of food This 'needless' creates, when not consumed, will be stored as fat.
If humans were thermoplastic animals, daily necessities would decrease significantly.
Becoming a thermoplastic organism also has significant health benefits. Accordingly, at a fixed temperature of approximately 37 degrees Celsius, the human body is an excellent environment for germs to multiply. Meanwhile, if the body temperature is maintained at ambient temperature (mostly lower than 37 degrees Celsius), and it also fluctuates continuously according to the weather, pathogens will be difficult to adapt and develop. more.
On a more academic side, the fact that humans become thermoplastics will make space travel missions easier . In particular, the astronauts can now sink into hibernation, similar to other thermoplastic species. In this state, the heart rate, breathing rate and metabolic activities will return to very low levels, and they can survive for long periods of time only with the body's stored fat, allowing astronauts to have can perform month-to-year and year-long tasks with a limited food supply on board.
We should also ask a critical question: 'Why do thermothermal animals have to maintain a stable body temperature, while this is so energy-consuming?'
From a physiological perspective, 'thermal constant ' is an evolutionary step compared to 'thermodynamic'. The body always maintains a constant temperature will help metabolic activities, as well as the processes taking place in the muscle to perform the most effectively!
For all the systems in the body to work smoothly as before, keeping warm body will be the biggest challenge for a 'cold-blooded' person every day. Therefore, although you can reduce your food expenses, you will have to spend a lot of money on warm clothes or heating equipment for your house.
Keeping warm will be the biggest challenge for a 'cold-blooded' person every day.
If you accidentally let your body temperature go too low, your immune system will also stagnate and become ineffective. Right now, although bacteria are not as strong as before, the weakening of the 'defense system' also makes the fight between us and them really tough, and the outcome depends largely on the mastery. Your warm keeping action.
Terrestrial cold-blooded animals are best adapted to temperatures between 21 and 40 degrees Celsius. This makes the area near the equator the most ideal post-habitat habitat for the species. cold-blooded'. The problem is that because everyone wants the best conditions, they can be sure that there will be large-scale global migration.
As a result, countries in the tropics have an alarming population explosion . Meanwhile, the welding zone will almost no one live!