APA

Kangussu L. M., Olivon V. C., Arifa R. D. d. N., Araújo N., Reis D., Assis M. T. d. A., Soriani F. M., de Souza D. d. G., Bendhack L. M. & Bonaventura D. (20160104). Enhancement on reactive oxygen species and COX-1 mRNA levels modulate the vascular relaxation induced by sodium nitroprusside in denuded mice aorta. : Fundamental & clinical pharmacology.

Chicago

Kangussu Lucas M, Olivon Vania C, Arifa Raquel D do N, Araújo Natália, Reis Daniela, Assis Marieta T de A, Soriani Frederico M, de Souza Daniele da G, Bendhack Lusiane M and Bonaventura Daniella. 20160104. Enhancement on reactive oxygen species and COX-1 mRNA levels modulate the vascular relaxation induced by sodium nitroprusside in denuded mice aorta. : Fundamental & clinical pharmacology.

Harvard

Kangussu L. M., Olivon V. C., Arifa R. D. d. N., Araújo N., Reis D., Assis M. T. d. A., Soriani F. M., de Souza D. d. G., Bendhack L. M. and Bonaventura D. (20160104). Enhancement on reactive oxygen species and COX-1 mRNA levels modulate the vascular relaxation induced by sodium nitroprusside in denuded mice aorta. : Fundamental & clinical pharmacology.

MLA

Kangussu Lucas M, Olivon Vania C, Arifa Raquel D do N, Araújo Natália, Reis Daniela, Assis Marieta T de A, Soriani Frederico M, de Souza Daniele da G, Bendhack Lusiane M and Bonaventura Daniella. Enhancement on reactive oxygen species and COX-1 mRNA levels modulate the vascular relaxation induced by sodium nitroprusside in denuded mice aorta. : Fundamental & clinical pharmacology. 20160104.