ABSTRACT P determination of aquaporins has led to a deep understanding of water and
solute permeation by these small integral membrane proteins. Atomic structures have …

Abstract Human aquaporin 2 (AQP2) from the family of aquaporins assumes great
physiological importance, owing to its association with nephrogenic diabetes insipidus …

Aquaporins enable the passage of a diverse set of solutes besides water. Many novel
aquaporin permeants, such as antimonite and arsenite, silicon, ammo nia, and hydrogen …

Regulation of water permeation is an essential aspect of homeostasis in living organisms.
Proteins of the ubiquitous aquaporin family act as trans-membrane tetrameric channels …

Waals diameter of a water molecule (represented in transverse section in Figure 3). The
residue at the constriction Arg-195 is conserved in virtually all members of the aquaporin …

Aquaporins are tetrameric transmembrane channels permeable to water and other small
solutes. Wild-type (WT) and mutant Aquaporin Z (AqpZ) have been widely studied and …

Aquaporins (AQPs) function as tetrameric structures in which each monomer has its own
permeable pathway. The combination of structural biology, molecular dynamics simulations …

Aquaporins (AQPs) are small transmembrane tetrameric proteins that facilitate water, solute
and gas exchange. Their presence has been extensively reported in the biological …

Waals diameter of a water molecule (represented in transverse section in Figure 3). The
residue at the constriction Arg-195 is conserved in virtually all members of the aquaporin …

Aquaporins are a family of membrane proteins specialized in rapid water conduction across
biological membranes. Whether these channels also conduct gas molecules and the …