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.
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.
With a specific channel protein called aquaporins.
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.
Blood diffuses into and out of capillaries through a process called diffusion, which occurs due to the concentration gradients of oxygen, carbon dioxide, nutrients, and waste products. As blood flows through capillaries, oxygen and nutrients move from areas of higher concentration in the blood to lower concentrations in surrounding tissues, while carbon dioxide and waste products move in the opposite direction. The thin walls of capillaries, composed of a single layer of endothelial cells, facilitate this exchange. Additionally, factors such as blood pressure and osmotic pressure also play a role in regulating the movement of fluids and solutes across the capillary walls.
The driving force that pulls interstitial fluid back into the capillaries is primarily osmotic pressure created by proteins in the blood, such as albumin. This osmotic pressure causes water to move from areas of lower solute concentration (interstitial fluid) to areas of higher solute concentration (capillaries), helping to maintain fluid balance in the body.
Through the process of mitosis.
Capillaries have very thin walls which are semi-permeable.