Examples of using Oxygen diffuses in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
Therefore, oxygen diffuses from the peripheral capillaries into body cells.
The alveoli are microscopic sacs where oxygen diffuses(enters) into the blood.
Oxygen diffuses from the blood to the muscles, via this concentration gradient.
Topox is based on the concept that oxygen diffuses through tissue at a depth of 30-50 microns.
Oxygen diffuses in and carbon dioxide diffuses out from the pores present in its body.
External respiration occurs in the lungs where oxygen diffuses into the blood and carbon dioxide diffuses into the alveolar air.
The oxygen diffuses into the muscle cells, where it is attached by myoglobin and transported to the mitochondria to be utilized.
Internal respiration occurs in the metabolizing tissues, where oxygen diffuses out of the blood and carbon dioxide diffuses out of the cells.
Third, oxygen diffuses very slowly from the atmosphere into undisturbed water.
And then they pick up the oxygen from inside the alveoli-- or the oxygen diffuses across the membrane of the alveoli, into these capillaries, into these super small tubes.
Oxygen diffuses through the membrane in direct proportion to the partial pressure of oxygen in the liquid outside the sensor.
Now the question is--so immediately you see that as the oxygen diffuses across this membrane, all of a sudden, this is oxygenated blood ready to go back to the heart.
Dissolved oxygen diffuses so slowly in stagnant water that only a few cm of soil near the surface remain oxygenated.
And we're going to see in a little bit-- probably the next video-- how they release the oxygen, but this has tons,this has millions of heme groups in it and the oxygen diffuses across the membrane of the red blood cells and bonds to to the heme groups on your hemoglobin.
This is where oxygen diffuses into the alveoli and is exchanged for carbon dioxide.
After air enters the lungs, oxygen diffuses into the blood stream through the walls of these capillaries.
Dissolved oxygen diffuses so slowly in stagnant water that only a few cm of soil near the surface remain oxygenated.
In direct diffusion, oxygen diffuses from the environment through cells on the animal's surface and then diffuses to individual cells inside.
In this method, oxygen diffuses through a moist layer of epidermal cells on the body surface and from there through capillary walls and into the blood stream.
In direct diffusion, oxygen diffuses from the environment through cells on the animal's surface and then diffuses to individual cells inside.
Oxygen diffusing out of the stomata and lenticels of leaves.
It's in the loop with the lungs so it's a pulmonary vein and itrubbed up against the alveoli and got the oxygen diffused into it so it is oxygenated.
Red blood cells then bind the oxygen that diffuses from the air into the blood.
Oxygen produced by photosynthesis diffuses from the plant through the stomata into the atmosphere.
Here oxygen from the air diffuses into the blood, where it is carried by hemoglobin.
In leaves, oxygen from the leaf cells diffuses out to the air.
Plants that grow in stagnant water orother watery places have modified roots called pneumatophores to which oxygen from the air diffuses.
In peripheral tissues, oxygen again diffuses down a pressure gradient into cells and their mitochondria, where it is used to produce energy in conjunction with the breakdown of glucose, fats and some amino acids.
Oxygen at high concentration in the air sacs diffuses into the blood where oxygen concentration is low, and carbon dioxide at high concentration in the blood diffuses into the air sacs where carbon dioxide concentration is low.
Alveoli are tiny air sacs that diffuse oxygen.