its not the same. reo done a turtel head...LOL!!
Alveoli
Insects.
No
The respiratory system is responsible for exchanging gases, such as oxygen and carbon dioxide, in all organisms. This process occurs through specialized respiratory structures like lungs in mammals, gills in fish, and tracheal systems in insects.
Gas exchange can also be referred to as respiration. This process involves the uptake of oxygen and release of carbon dioxide in living organisms. It occurs in specialized organs such as the lungs in mammals and gills in fish.
No for arthropods; yes for some molluscs. The larger aquatic arthropods like lobsters and crabs accomplish gas exchange using gills. Smaller ones like the land-based insects have holes (spiracles) in the exoskeleton and a tube system to facilitate gas exchange necessary for respiration. In this case, unlike mammals which use lungs to oxgenate blood which is pumped to the tissues, the tracheal tubes from the spiracles deliver oxygen directly to the tissues. Aquatic molluscs have gills for gas exchange whereas molluscs adapted to live on land like snails do have a lung.
Well, wolves ( all mammals ) use their lungs. Just like humans. Where as fish use gills!
Alveoli are found within the lungs. The alveoli act as a specialised gaseous exchange surface in mammals. Another function of alveoli is the production of surfactant.
AlveoliThe aveoli are small sacks in the lungs. A membrane that lines these sacks allows oxygen to move to the blood and carbon dioxide to move from the blood.Alveoli are particular to the lungs of mammals. Different structures are involved in gas exchange in other vertebrates.Air travels down the trachea, through thr bronchioles towards the terminal end of the respiratory tract, the alveoli. It is In the pulmonary alveolus that gas exchange with the surrounding capillary beds occurs. It is worth noting that alveoli are solely mammalian structures, so resporatory gas exchange occurs differently in other vertebrates and invertebrates.alveoli
Organisms have evolved various adaptations to enhance gas exchange efficiency. For instance, fish possess gills with a large surface area and thin membranes, allowing for rapid absorption of oxygen from water. In insects, the tracheal system consists of tiny tubes that deliver oxygen directly to tissues, minimizing the distance for gas diffusion. Similarly, mammals have alveoli in their lungs, which increase surface area and facilitate efficient oxygen uptake and carbon dioxide removal.
Yes, mammals undergo respiration, which is the process of exchanging gases between their bodies and the environment. They primarily use lungs to take in oxygen and expel carbon dioxide. This process is essential for cellular metabolism and energy production. Mammalian respiration can be categorized into two types: external respiration (gas exchange in the lungs) and internal respiration (gas exchange at the cellular level).
Many insects produce gas as a byproduct of digestion, which can be likened to "farting." One notable example is the cockroach, which releases methane gas. Additionally, certain beetles, like the bombardier beetle, can expel a hot chemical spray that may include gas components. However, the concept of "farting" in insects is not as straightforward as in mammals.