the concentraiton of partleces in a hyperosmotic solution is greater than in a hypoosmotic solution true or false?

What are aquaporins and wha type of membrane transport do they exemplify?

How do two alpha-helices at the constriction point of the Aquaporin 5 transporter protein prevent H3O+ molecules from forming a H+ wire that prevents the transport of H₂O molecules across the membrane? alpha-helices have inverted dipoles that reorient H₂O molecules in the channel to break H₂O/H₂O H-bonds. alpha-helices are amphipathic and can reorient H₂O molecules in the channel to break H₂O/H₂O H-bonds O alpha-helices have inverted dipoles that reorient H3O+ molecules in the channel to form H3O*/ H3O+ H-bonds. O alpha-helices have parallel dipoles that align H₂O molecules in the channel to break H₂O/H2₂O H-bonds. alpha-helices have Lys residues that reorient H₂O molecules in the channel to break H₂O/H₂O H-bonds.

If a concentration gradient exists, solutes will move from high concentration to concentration?