Flow Diagram on Solute Movement

Related BrainMass Solutions

• Diagram amino acid adsorption in the small intestinal lumen.

  On a single page, diagram removal of an amino acid from protein by a peptidase in the intestinal lumen, followed by absorption of the amino acid.

• Different Factors Influencing the Diffusion Rate

  Diffusion Diffusion is defined as the movement of solute molecules from a region of high concentration to low concentration.

• Part of the lab final

  When two water volumes are separated by a semi permeable membrane, water will flow from the side of low solute concentration, to the side of high solute concentration.

• Diffusion, Osmosis, molarity and osmolarity

  the total water potential, and the sum of these potentials determines the overall water potential and the direction of water flow.

• Osmosis involving molar solutions

  Movement of solvent in osmosis depends upon the concentration of solvent in solution.

• Diffusion, osmosis, and facilitated diffusion

  The transport protein is specific for its solute. Active transport, on the other hand, requires energy to pump substances across the membrane against their concentration gradients.

• Colligative properties of solutions

  Osmotic pressure The similarity among these 4 colligative properties is that, they all depend on the amount of solute present, and not on the identity of the solute. The necessary equations involved in colligative properties are: 1.

• Active and Passive Transport in Plant Cells

  Transport proteins function as specific carrier proteins, which facilitate diffusion by binding selectively to a solute on one side of the membrane and releasing the solute on the other side.

• Membrane Permeability and passive movement

  178284 Membrane Permeability and passive movement 1) Would the passive movements of substances occur if the interstitial solute concentration was the same as the filtrate solute concentration? 2) Matching: 1.)

• How do substances (ions, proteins, ligands etc. etc.) cross

  Water will move from a region of lower solute concentration (or higher water concentration) to a region of higher solute concentration (or lower water concentration).