Information Journal Paper
APA:
CopyFRIEDMAN, E., JIN, L.Q., CAI, G.P., HOLLON, T.R., DRAGO, J., SIBLEY, D.R., & WANG, H.Y.. (1997). D1 LIKE DOPAMINERGIC ACTIVATION OF PHOSPHOINOSITIDE HYDROLYSIS IS INDEPENDENT OF D1A DOPAMINE RECEPTORS: EVIDENCE
FROM DIA KNOCKOUT MICE
. MOLECULAR PHARMACOLOGY, 51(-), 6-11. SID. https://sid.ir/paper/532691/en
Vancouver:
CopyFRIEDMAN E., JIN L.Q., CAI G.P., HOLLON T.R., DRAGO J., SIBLEY D.R., WANG H.Y.. D1 LIKE DOPAMINERGIC ACTIVATION OF PHOSPHOINOSITIDE HYDROLYSIS IS INDEPENDENT OF D1A DOPAMINE RECEPTORS: EVIDENCE
FROM DIA KNOCKOUT MICE
. MOLECULAR PHARMACOLOGY[Internet]. 1997;51(-):6-11. Available from: https://sid.ir/paper/532691/en
IEEE:
CopyE. FRIEDMAN, L.Q. JIN, G.P. CAI, T.R. HOLLON, J. DRAGO, D.R. SIBLEY, and H.Y. WANG, “D1 LIKE DOPAMINERGIC ACTIVATION OF PHOSPHOINOSITIDE HYDROLYSIS IS INDEPENDENT OF D1A DOPAMINE RECEPTORS: EVIDENCE
FROM DIA KNOCKOUT MICE
,” MOLECULAR PHARMACOLOGY, vol. 51, no. -, pp. 6–11, 1997, [Online]. Available: https://sid.ir/paper/532691/en