血管紧张素Ⅱ2型受体的功能及其信号转导

[1] In-farct size reduction by AT1 - receptorblockade through a signal cascade ofAT2 - receptor activation,bradykinin andprostaglandins in pigs. Jalowy A,Schulz R,Dorge H,et al. Journalism Assn of Community College . 1998

[2] AT2 receptor stimulation induces genera-tion of ceramides in PC1 2 W cells. Gallinat S,Busche S,Schutze S,et al. FEBS Letters . 1999

[3] Actions of angiotensin on the renal mi-crovasculature. Adrenshorst WJ,Brannstrom K,Ruan X. Journal of the American Society of Nephrology . 1999

[4] An-giotensin type 2 receptorblockade am-plifies the early signals of cardiac growthresponse to angiotensin in hypertro-phied hearts. Bartunek J,Weinberg EO,Tajima M. Circulation . 1999

[5] Cross- talk between angiotensin recep-tors and the tyrosine kinases and phos-phatases. Inagami T,Eguchi S,Numaguchi K,et al. Journal of the American Society of Nephrology . 1999

[6] Pathophysiological function of angiotensin AT1 and AT2 receptors and clinicalapplication of AT1 antagonists. Matsubara H,Mori Y,Masaki H,et al. Japanese Journal of Clinical Medicine . 1998

[7] Ef-fects on blood pressure and exploratorybehavior of mice lacking angiotensin type- 2 receptor. Ichiki T,Labosky PA,Shiota C,et al. Nature . 1995

[8] Recentprogress in angiotensin type2 receptorresearch in the cardiovascularsystem. Horiuchi M,Akishita M,Dzau VJ. Journal of Hypertension . 1 999

[9] Theangiotensin AT2 receptor stimulates pro-tein tyrosine phosphatase activity and me-diates inhibition of particulate guanylatecyclase. Bottari SP,King IN,Reichlin S,et al. Biochemical and Biophysical Research Communications . 1 992

[10] The AT2 receptorselec-tively associates with G1 alpha 2 and G1 alpha 3 in the rat fetus. Zang J,Pratt RE. Journal of Biological Chemistry . 1 996

[1] In-farct size reduction by AT1 - receptorblockade through a signal cascade ofAT2 - receptor activation,bradykinin andprostaglandins in pigs. Jalowy A,Schulz R,Dorge H,et al. Journalism Assn of Community College . 1998

[2] AT2 receptor stimulation induces genera-tion of ceramides in PC1 2 W cells. Gallinat S,Busche S,Schutze S,et al. FEBS Letters . 1999

[3] Actions of angiotensin on the renal mi-crovasculature. Adrenshorst WJ,Brannstrom K,Ruan X. Journal of the American Society of Nephrology . 1999

[4] An-giotensin type 2 receptorblockade am-plifies the early signals of cardiac growthresponse to angiotensin in hypertro-phied hearts. Bartunek J,Weinberg EO,Tajima M. Circulation . 1999

[5] Cross- talk between angiotensin recep-tors and the tyrosine kinases and phos-phatases. Inagami T,Eguchi S,Numaguchi K,et al. Journal of the American Society of Nephrology . 1999

[6] Pathophysiological function of angiotensin AT1 and AT2 receptors and clinicalapplication of AT1 antagonists. Matsubara H,Mori Y,Masaki H,et al. Japanese Journal of Clinical Medicine . 1998

[7] Ef-fects on blood pressure and exploratorybehavior of mice lacking angiotensin type- 2 receptor. Ichiki T,Labosky PA,Shiota C,et al. Nature . 1995

[8] Recentprogress in angiotensin type2 receptorresearch in the cardiovascularsystem. Horiuchi M,Akishita M,Dzau VJ. Journal of Hypertension . 1 999

[9] Theangiotensin AT2 receptor stimulates pro-tein tyrosine phosphatase activity and me-diates inhibition of particulate guanylatecyclase. Bottari SP,King IN,Reichlin S,et al. Biochemical and Biophysical Research Communications . 1 992

[10] The AT2 receptorselec-tively associates with G1 alpha 2 and G1 alpha 3 in the rat fetus. Zang J,Pratt RE. Journal of Biological Chemistry . 1 996