| Influence of proline residue neighboring the Asn-x-Ser and the Asn-x-Thr sequons over N-glycosylation in the yeast invertase protein. |
[43]
|
| Relevance of certain amino acid substitutions at the position +1 in the Asn-x-Ser sequon for N-glycosylation efficiency in the rabies virus glycoprotein. |
[44]
|
| Relevance of certain amino acid substitutions at the position +1 in the Asn-x-Ser and the Asn-x-Thr sequons for N-glycosylation efficiency using different variants of rabies virus glycoprotein. |
[45]
|
| Influence of the 20 amino acids at the position following the Asn-x-Ser and Asn-x-Thr sequons for N-glycosylation efficiency using different variants of rabies virus glycoprotein. |
[46]
|
| Occurrence frequency analysis of some amino acid residues at position +1 in the Asn-x-Ser and Asn-x-Thr sequons studying glycoproteins from the PDB database [47]. |
[48]
|
| Influence of the 20 amino acids flanking the upstream and downstream of Asn-x-Ser and Asn-x-Thr sequons, using glycoproteins from the UniProtKB/Swiss-Prot database [11]. |
[19]
|
| Primary, secondary, and tertiary structures statistical analysis of occupied and non-occupied N-glycosylation sites using glycoproteins from the PDB database [47]. |
[49]
|
