EC 3.6.3 - Atpase, P-Type Atpase, Atp Synthase, Na+-K+-Atpase, Proton Atpase, Xenobiotic-Transporting Atpase, Smc Protein (Paperback)

Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. Pages: 138. Not illustrated. Chapters: Atpase, P-Type Atpase, Atp Synthase, Na+/k+-Atpase, Proton Atpase, Xenobiotic-Transporting Atpase, Smc Protein, Iron-Chelate-Transporting Atpase, Monosaccharide-Transporting Atpase, Zn2+-Exporting Atpase, Protein-Secreting Atpase, Phosphate-Transporting Atpase, Maltose-Transporting Atpase, Polar-Amino-Acid-Transporting Atpase, Oligosaccharide-Transporting Atpase, Arsenite-Transporting Atpase, Capsular-Polysaccharide-Transporting Atpase, Manganese-Transporting Atpase, Phospholipid-Translocating Atpase, Vitamin B12-Transporting Atpase, Nickel-Transporting Atpase, Oligopeptide-Transporting Atpase, Na+-Exporting Atpase, Lipopolysaccharide-Transporting Atpase, Molybdate-Transporting Atpase, Fe3+-Transporting Atpase, Beta-Glucan-Transporting Atpase, Phosphonate-Transporting Atpase, Quaternary-Amine-Transporting Atpase, Teichoic-Acid-Transporting Atpase, Nitrate-Transporting Atpase, Sulfate-Transporting Atpase, Channel-Conductance-Controlling Atpase, Polyamine-Transporting Atpase, Fatty-Acyl-Coa-Transporting Atpase, Glycerol-3-Phosphate-Transporting Atpase, Cl-Transporting Atpase, Chloroplast Protein-Transporting Atpase, K+-Transporting Atpase, Heme-Transporting Atpase, Na+-Transporting Two-Sector Atpase, Nonpolar-Amino-Acid-Transporting Atpase, Mitochondrial Protein-Transporting Atpase, Cd2+-Exporting Atpase, Guanine-Transporting Atpase, Mg2+-Importing Atpase, Cadmium-Transporting Atpase, Alpha-Factor-Transporting Atpase, Ag+-Exporting Atpase, Taurine-Transporting Atpase. Excerpt: H-ATPase: 3b8cNa/K-ATPase: 3b8e, 2zxe The P-type ATPases, also known as E1-E2 ATPases, are a large group of evolutionarily related ion pumps that are found in bacteria, archaea and eukaryotes. They are -helical bundle primary transporters referred to as P-type ATPases because they catalyze auto- (or self) phosphorylation of a k...