APA

Saalau-Bethell S. M., Berdini V., Cleasby A., Congreve M., Coyle J. E., Lock V., Murray C. W., O'Brien M. A., Rich S. J., Sambrook T., Vinkovic M., Yon J. R. & Jhoti H. (20141215). Crystal structure of human soluble adenylate cyclase reveals a distinct, highly flexible allosteric bicarbonate binding pocket. : ChemMedChem.

Chicago

Saalau-Bethell Susanne M, Berdini Valerio, Cleasby Anne, Congreve Miles, Coyle Joseph E, Lock Victoria, Murray Christopher W, O'Brien M Alistair, Rich Sharna J, Sambrook Tracey, Vinkovic Mladen, Yon Jeff R and Jhoti Harren. 20141215. Crystal structure of human soluble adenylate cyclase reveals a distinct, highly flexible allosteric bicarbonate binding pocket. : ChemMedChem.

Harvard

Saalau-Bethell S. M., Berdini V., Cleasby A., Congreve M., Coyle J. E., Lock V., Murray C. W., O'Brien M. A., Rich S. J., Sambrook T., Vinkovic M., Yon J. R. and Jhoti H. (20141215). Crystal structure of human soluble adenylate cyclase reveals a distinct, highly flexible allosteric bicarbonate binding pocket. : ChemMedChem.

MLA

Saalau-Bethell Susanne M, Berdini Valerio, Cleasby Anne, Congreve Miles, Coyle Joseph E, Lock Victoria, Murray Christopher W, O'Brien M Alistair, Rich Sharna J, Sambrook Tracey, Vinkovic Mladen, Yon Jeff R and Jhoti Harren. Crystal structure of human soluble adenylate cyclase reveals a distinct, highly flexible allosteric bicarbonate binding pocket. : ChemMedChem. 20141215.