APA

Pešić I., Müller G. A., Baumann C., Dihazi G. H., Koziolek M. J., Eltoweissy M., Bramlage C., Asif A. R. & Dihazi H. (20130617). Cellulose membranes are more effective in holding back vital proteins and exhibit less interaction with plasma proteins during hemodialysis. : Biochimica et biophysica acta.

Chicago

Pešić Ivana, Müller Gerhard A, Baumann Cosima, Dihazi Gry H, Koziolek Michael J, Eltoweissy Marwa, Bramlage Carsten, Asif Abdul R and Dihazi Hassan. 20130617. Cellulose membranes are more effective in holding back vital proteins and exhibit less interaction with plasma proteins during hemodialysis. : Biochimica et biophysica acta.

Harvard

Pešić I., Müller G. A., Baumann C., Dihazi G. H., Koziolek M. J., Eltoweissy M., Bramlage C., Asif A. R. and Dihazi H. (20130617). Cellulose membranes are more effective in holding back vital proteins and exhibit less interaction with plasma proteins during hemodialysis. : Biochimica et biophysica acta.

MLA

Pešić Ivana, Müller Gerhard A, Baumann Cosima, Dihazi Gry H, Koziolek Michael J, Eltoweissy Marwa, Bramlage Carsten, Asif Abdul R and Dihazi Hassan. Cellulose membranes are more effective in holding back vital proteins and exhibit less interaction with plasma proteins during hemodialysis. : Biochimica et biophysica acta. 20130617.