-
[文献書誌] Ikeda,T.et al.: "Iderclification of cytoplasmic subdomaino that control pH-sensing of the Na^+/H^+ exchanger(NHE1):pH-mantenance,ATP-sensitive,and flexible loopdomiy" J.Biochem(Tokyo). 121. 295-303 (1997)
-
[文献書誌] Wakabayashi,S.et al.: "Molecular Physiology of Vertebrate Na^+/H^+ exchangers." Physiol.Rev.77. 51-74 (1997)
-
[文献書誌] Wakabayashi,S.et al: "Calmodulin-binding autoinhibitory domain controls“pH-sensing"in the Na^+/H^+ exchange NHE1 through sefuence-specific interaction" Biochemistry. 36. 12854-12861 (1997)
-
[文献書誌] Uehara,A.et al.: "Whole-cell carrents from a cloned Cannine Cardiac Na^+/Ca^<2+> exchanger NCX1 overexpressed in a fibroblast Cell CCL 39" Pflugers Arch.434. 335-338 (1997)
-
[文献書誌] Iwamoto,T.et al: "Na^+/Ca^<2+> exchanger ovevexpreession impairs calcium signaling in fibriblast Inhibition of[Ca^<2+>]riseat cell Periphery and reladation of cell adhesion" Eur.J.Cell.Biol.(in press).
-
[文献書誌] Ikeda,T.et al: "Overexpression of the Na^+/Ca^<2+> exchanger reveals a critical role of Ca^<2+> in growth factor-indueed activation of the Na^+/H^+ exchange(NHE1)" Am.J.Physiol. (in press).
-
[文献書誌] Ikeda,T.et al: "Mechanism of inhubition of Na^+/H^+ exchanger(NHE1)by ATP deplation:Imphications for myocardial ischemia" Kluwer Academic Publishers, 189-197 (1998)
-
[文献書誌] Shigekawa,M.et al: "Regulatory mechanism of NHE1 isoform of Na^+/H^+ exchanger in cordiac and other tissues" Springer-Verlag Tokyo(in press),