Osmosis
lymph blood has a higher protein concentration than the tissue fluids
It diffuses because the concentration of oxygen in the capillaries is lower than the concentration of oxygen in the air (law of diffusion).
Diffusion. O2 moves from an area of higher concentration to a lower concentration.
Oxygen diffuses from red blood cells in the bloodstream into body tissues through capillaries. It moves from areas of higher concentration in the blood to areas of lower concentration in the tissues, where it is used for cellular respiration.
When a molecule enters the cell through a protein pump, it is classified as active transport. This process requires energy, typically in the form of ATP, to move molecules against their concentration gradient, from areas of lower concentration to higher concentration. In contrast, passive transport does not require energy and occurs along the concentration gradient.
Yes, gluten concentration would be higher in high protein flower because the gluten is the main protein in flour.
Yes, the diluted protein shake with an absorbance value of 70mg/ml would appear darker than the protein concentration of 15mg/ml. Higher absorbance values indicate a higher concentration of solute present in the solution, leading to a darker appearance.
Oxygen leaves capillaries through a process called diffusion. This occurs when oxygen, present in higher concentrations in the capillaries, moves into the surrounding tissues where the concentration is lower. The thin walls of the capillaries facilitate this exchange, allowing oxygen to enter cells and support cellular respiration. Concurrently, carbon dioxide produced by cells diffuses back into the capillaries to be transported away for exhalation.
With a specific channel protein called aquaporins.
Material moves from inside capillaries to body cells primarily through a process called diffusion. Oxygen and nutrients, which are in higher concentration in the blood, diffuse across the capillary walls into the surrounding tissues where their concentration is lower. Additionally, small openings in the capillary walls allow for the passage of larger molecules and fluids through filtration and osmosis. This exchange of materials is crucial for cellular function and overall homeostasis.
In the alveoli, oxygen diffuses into the blood that the capillaries carry due to a concentration gradient that exists there as oxygen conc is higher in the alveolar sacs than in the blood capillaries. Similarly carbon dioxide diffuses out of the blood capillaries into the alveolar sacs down the concentration gradient. The constant flow of blood is there to ensure this concentration gradient is established at all times.
No, simple diffusion does not require a helper protein. It is the passive movement of molecules across a cell membrane from an area of higher concentration to an area of lower concentration, relying on the concentration gradient. This process occurs directly through the lipid bilayer of the membrane for small, nonpolar molecules like oxygen and carbon dioxide.