skin is responsible for gas exchange in frogs, but not in snakes
The capillaries are responsible for gas and nutrient exchange with each of the body's cells. These tiny blood vessels have thin walls that allow for the exchange of oxygen, carbon dioxide, and nutrients between the blood and the surrounding tissues.
Oxygen is the gas that is more concentrated in the blood than in metabolically active tissues. Oxygen is transported by red blood cells and carried throughout the body to be utilized by tissues for cellular respiration.
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Capillaries are the smallest blood vessels, and they allow for gas exchange in the tissues.
The two functions that are served by vascular tissue is: Xylem - The process of transporting water from the roots to the aerial part of the plant. Pholem -The process in transporting the manufactured food from leaves to all through out the plant
The capillaries are responsible for gas and nutrient exchange with each of the body's cells. These tiny blood vessels have thin walls that allow for the exchange of oxygen, carbon dioxide, and nutrients between the blood and the surrounding tissues.
The vascular system, or respiratory system, deals with the exchange of oxygen to carbon dioxide. This exchange occurs in the alveoli sacs
the gas that is used is oxygen
They can control gas exchange in the tissues. When they are constricted, there is almost complete no gas exchange. The blood just bypasses the tissues.
Your local gas company provider is responsible for your gas meter box.
The integumentary system of a frog has multiple functions. The integumentary system is made up of the skin of a frog, and visually helps to protect the frog - using camouflage. The integumentary system also helps the skin to stay moist when the frog is on land and helps the frog to breathe while underwater.
Both oxygen and carbon dioxide diffuse from body tissues into the blood.
It is called wrapped tissues
Oxygen is the gas that is more concentrated in the blood than in metabolically active tissues. Oxygen is transported by red blood cells and carried throughout the body to be utilized by tissues for cellular respiration.
The gas responsible for ozone depletion is CFC. It reacts with ozone to deplete it.
Nitrogen
Nitrogen gas is the most directly responsible for the bends, also known as decompression sickness, in divers. The bends occur when nitrogen that has been absorbed by tissues during a dive forms bubbles as the diver ascends too quickly, causing pain and potentially serious health effects.