APA

van den Bremer E. T. J., Labrijn A. F., van den Boogaard R., Priem P., Scheffler K., Melis J. P. M., Schuurman J., Parren P. W. H. I. & de Jong R. N. (20190301). Cysteine-SILAC Mass Spectrometry Enabling the Identification and Quantitation of Scrambled Interchain Disulfide Bonds: Preservation of Native Heavy-Light Chain Pairing in Bispecific IgGs Generated by Controlled Fab-arm Exchange. : Analytical chemistry.

Chicago

van den Bremer Ewald T J, Labrijn Aran F, van den Boogaard Ramon, Priem Patrick, Scheffler Kai, Melis Joost P M, Schuurman Janine, Parren Paul W H I and de Jong Rob N. 20190301. Cysteine-SILAC Mass Spectrometry Enabling the Identification and Quantitation of Scrambled Interchain Disulfide Bonds: Preservation of Native Heavy-Light Chain Pairing in Bispecific IgGs Generated by Controlled Fab-arm Exchange. : Analytical chemistry.

Harvard

van den Bremer E. T. J., Labrijn A. F., van den Boogaard R., Priem P., Scheffler K., Melis J. P. M., Schuurman J., Parren P. W. H. I. and de Jong R. N. (20190301). Cysteine-SILAC Mass Spectrometry Enabling the Identification and Quantitation of Scrambled Interchain Disulfide Bonds: Preservation of Native Heavy-Light Chain Pairing in Bispecific IgGs Generated by Controlled Fab-arm Exchange. : Analytical chemistry.

MLA

van den Bremer Ewald T J, Labrijn Aran F, van den Boogaard Ramon, Priem Patrick, Scheffler Kai, Melis Joost P M, Schuurman Janine, Parren Paul W H I and de Jong Rob N. Cysteine-SILAC Mass Spectrometry Enabling the Identification and Quantitation of Scrambled Interchain Disulfide Bonds: Preservation of Native Heavy-Light Chain Pairing in Bispecific IgGs Generated by Controlled Fab-arm Exchange. : Analytical chemistry. 20190301.