Post translational modifications in the context of therapeutic proteins an introductory overview / Walsh1: |
Protein glycosylation the basic science / Brookes2: |
Mammalian cell lines and glycosylation a case study / Butler3: |
Antibody glycosylation / Jefferis4: |
Gonadotropins and the importance of glycosylation / Ulloa-Aguirre5: |
Yeast glycosylation and engineering in the context of therapeutic proteins / Sethuraman6: |
Insect cell glycosylation patterns in the context of biopharmaceuticals / Jarvis7: |
Getting Bacteria to glycosylate / Kowarik ; Feldman8: |
Glycoengineering of Erythropoietin / Elliott9: |
Glycoengineering: Cerezyme as a case study / Van Patten ; Edmunds10: |
Carboxylation and Hydroxylation / Brown ; Stenberg11: |
C-Terminal a-Amidation / Mehta ; Carpenter12: |
Disulfide bond formation / Collett13: |
Engineering in a PTM: PEGylation / Bonora ; Veronese14: |
Post translational modifications in the context of therapeutic proteins an introductory overview / Walsh1: |
Protein glycosylation the basic science / Brookes2: |
Mammalian cell lines and glycosylation a case study / Butler3: |
Antibody glycosylation / Jefferis4: |
Gonadotropins and the importance of glycosylation / Ulloa-Aguirre5: |
Yeast glycosylation and engineering in the context of therapeutic proteins / Sethuraman6: |