Cold-blooded animals fail to regulate the temperature of the internal body and to warm themselves they depend on sunlight. These animals remain inactive mainly in the cold or winter season.
Mitochondria produce energy and they get utilized to maintain the body temperature. As a result, their body temperature lies between 35- 40 degrees C till their death. In terms of the immune system, they have a stronger one.
Comparison Table Between Cold-Blooded and Warm-Blooded
|Parameters of Comparison||Cold-Blooded||Warm-Blooded|
|Interpretation||It is referred to as animals that fail to maintain body temperature at a constant level.||It is referred to as animals that are able to maintain body temperature at a constant level.|
|Energy obtained||From the surrounding environment||From the food consumption|
|Heart||Two or three-chambered heart||Four chambered heart|
|Body temperature||Varies with the temperature of the surrounding||Between 35-40 degrees C|
|Examples||Amphibians and reptiles||Birds and mammals|
What is Cold-Blooded?
Cold-blooded animals willnot able to regulate their body's temperature in respect of the temperature of the surroundings. Due to different temperatures and different surroundings their body temperature fluctuates.
They are majorly demonstrated in any thermoregulation mechanisms, there are mainly three:
- Poikilothermy- In this state the internal temperature may vary. But the core temperature remains the same just like immediate environments ambient temperature.
- Ectothermy- It refers to the mechanism in which animals utilize external means such as with the help of sun control their temperature of the body.
- Heterothermy- In this mechanism, if the animals move to another environment, their body temperature too gets affected and changes drastically.
Cold-blooded animals have several advantages because they consume less food due to the need for less energy to survive their warm-blooded counterparts.
What is Warm-Blooded?
Warm-blooded animals are capable to maintain a constant body temperature and it does not matter what is the temperature of the environment. If they change their surroundings their body temperature remains the same.
Warm-blooded animals have a completely different mechanism as compared to cold-blooded animals for thermoregulation, there are mainly two:
- Endothermy- This is the process in which the body temperature of animals is controlled through internal means like shivering, burning fat, and panting.
- Homeothermy- It is the mechanism in which a constant internal temperature is maintained rather than just varying the external temperatures.
Mostly warm-blooded animals maintain their body temperature at a constant level uses a combination of endothermy and homeothermy mechanisms.
Due to the high metabolism rate, they produce energy, and in return warm-blooded animals get a lot of stamina. They are also active in the cold environment. As well as the immune system is also strong.
Main Differences Between Cold-Blooded and Warm-Blooded
- Multiple proteins are present in cold-blooded animals and they all perform at different temperatures. On the other hand, proteins are not temperature specific in warm-blooded animals.
- For heat regulation in the body, cold-blooded animals do activities such as bathing in the sun, changing body colors, etc.
So, it can be concluded that animals can also divide it into cold-blooded and warm-blooded. As these, both terms sound similar but they are different from each other in many terms.
Cold-blooded failed to maintain body temperature at constant levels whereas warm-blooded can maintain body temperature at a constant level.
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