APA

Dalziel J. E., Cox G. B., Gage P. W. & Birnir B. (20000525). Mutating the highly conserved second membrane-spanning region 9' leucine residue in the alpha(1) or beta(1) subunit produces subunit-specific changes in the function of human alpha(1)beta(1) gamma-aminobutyric Acid(A) receptors. : Molecular pharmacology.

Chicago

Dalziel J E, Cox G B, Gage P W and Birnir B. 20000525. Mutating the highly conserved second membrane-spanning region 9' leucine residue in the alpha(1) or beta(1) subunit produces subunit-specific changes in the function of human alpha(1)beta(1) gamma-aminobutyric Acid(A) receptors. : Molecular pharmacology.

Harvard

Dalziel J. E., Cox G. B., Gage P. W. and Birnir B. (20000525). Mutating the highly conserved second membrane-spanning region 9' leucine residue in the alpha(1) or beta(1) subunit produces subunit-specific changes in the function of human alpha(1)beta(1) gamma-aminobutyric Acid(A) receptors. : Molecular pharmacology.

MLA

Dalziel J E, Cox G B, Gage P W and Birnir B. Mutating the highly conserved second membrane-spanning region 9' leucine residue in the alpha(1) or beta(1) subunit produces subunit-specific changes in the function of human alpha(1)beta(1) gamma-aminobutyric Acid(A) receptors. : Molecular pharmacology. 20000525.