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GlycoNAVI Proteins
GlycoNAVI-Proteins is dataset of glycan and protein information. This is the content of GlycoNAVI.
| Source | Last Updated |
|---|---|
| GlycoNAVI Proteins | November 21, 2024 |
| PDB ID ▼ | UniProt ID | Title | Descriptor |
|---|---|---|---|
| 8J6Z | Q9SHR7 | Cryo-EM structure of the Arabidopsis thaliana photosystem I(PSI-LHCII-ST2) | |
| 8J6O | Q8NBJ9 | transport T2 | |
| 8J6O | A0A059PIQ0 | transport T2 | |
| 8J6F | P08887 | Cryo-EM structure of the Tocilizumab Fab/IL-6R complex | |
| 8J6F | 8J6F | Cryo-EM structure of the Tocilizumab Fab/IL-6R complex | |
| 8J5Z | A0A499QXI7 | The cryo-EM structure of the TwOSC1 tetramer | |
| 8J5K | 8J5K | Structural insights into photosystem II supercomplex and trimeric FCP antennae of a centric diatom Cyclotella meneghiniana | |
| 8J5J | A0A8F0ZU44 | The crystal structure of bat coronavirus RsYN04 RBD bound to the antibody S43 | |
| 8J5J | 8J5J | The crystal structure of bat coronavirus RsYN04 RBD bound to the antibody S43 | |
| 8J52 | A0A0E9MUN5 | Crystal structure of Flavihumibacter petaseus GH31 alpha-galactosidase mutant D304A in complex with alpha-1,4-galactobiose | |
| 8J51 | A0A0E9MUN5 | Crystal structure of Flavihumibacter petaseus GH31 alpha-galactosidase in complex with galactose | |
| 8J4F | Q15858 | Structure of human Nav1.7 in complex with Hardwickii acid | |
| 8J4F | Q07699 | Structure of human Nav1.7 in complex with Hardwickii acid | |
| 8J45 | A0A0K8P6T7 | Crystal structure of a Pichia pastoris-expressed IsPETase variant | |
| 8J3Y | Q21KS2 | Crystal structure of CBM6E E168Q in complex with oligosaccharides | |
| 8J2P | P0AEX9 | Crystal structure of PML B-box2 | |
| 8J2P | P29590 | Crystal structure of PML B-box2 | |
| 8J26 | 8J26 | CryoEM structure of SARS CoV-2 RBD and Aptamer complex | |
| 8J26 | P0DTC2 | CryoEM structure of SARS CoV-2 RBD and Aptamer complex | |
| 8J25 | P0AEX9 | Crystal structure of PML B-box2 mutant | |
| 8J25 | P29590 | Crystal structure of PML B-box2 mutant | |
| 8J1V | P0DTC2 | Cryo-EM structure of SARS-CoV2 Omicron BA.5 spike in complex with 8-9D Fabs | |
| 8J1V | 8J1V | Cryo-EM structure of SARS-CoV2 Omicron BA.5 spike in complex with 8-9D Fabs | |
| 8J1Q | 8J1Q | CryoEM structure of SARS CoV-2 RBD and Aptamer complex | |
| 8J1Q | P0DTC2 | CryoEM structure of SARS CoV-2 RBD and Aptamer complex | |
| 8J0O | Q8N766 | cryo-EM structure of human EMC and VDAC | |
| 8J0O | Q15006 | cryo-EM structure of human EMC and VDAC | |
| 8J0O | Q9P0I2 | cryo-EM structure of human EMC and VDAC | |
| 8J0O | Q5J8M3 | cryo-EM structure of human EMC and VDAC | |
| 8J0O | Q8N4V1 | cryo-EM structure of human EMC and VDAC | |
| 8J0O | Q9BV81 | cryo-EM structure of human EMC and VDAC | |
| 8J0O | Q9NPA0 | cryo-EM structure of human EMC and VDAC | |
| 8J0O | O43402 | cryo-EM structure of human EMC and VDAC | |
| 8J0O | Q5UCC4 | cryo-EM structure of human EMC and VDAC | |
| 8J0O | P21796 | cryo-EM structure of human EMC and VDAC | |
| 8J0N | Q8N766 | cryo-EM structure of human EMC | |
| 8J0N | Q15006 | cryo-EM structure of human EMC | |
| 8J0N | Q9P0I2 | cryo-EM structure of human EMC | |
| 8J0N | Q5J8M3 | cryo-EM structure of human EMC | |
| 8J0N | Q8N4V1 | cryo-EM structure of human EMC | |
| 8J0N | Q9BV81 | cryo-EM structure of human EMC | |
| 8J0N | Q9NPA0 | cryo-EM structure of human EMC | |
| 8J0N | O43402 | cryo-EM structure of human EMC | |
| 8J0N | Q5UCC4 | cryo-EM structure of human EMC | |
| 8J0D | B8BUU4 | FCP heterodimer, Lhca2, and Lhcf5 together as the M1 side binds to the PSII core in the diatom Thalassiosira pseudonana | |
| 8J0D | B8BVI1 | FCP heterodimer, Lhca2, and Lhcf5 together as the M1 side binds to the PSII core in the diatom Thalassiosira pseudonana | |
| 8J0D | B8BX92 | FCP heterodimer, Lhca2, and Lhcf5 together as the M1 side binds to the PSII core in the diatom Thalassiosira pseudonana | |
| 8J0D | B8CEV5 | FCP heterodimer, Lhca2, and Lhcf5 together as the M1 side binds to the PSII core in the diatom Thalassiosira pseudonana | |
| 8IYG | Q9UKL4 | Human neuronal gap junction channel connexin 36 | |
| 8IYC | A0A1L9T9J3 | Structure insight into substrate recognition and catalysis by feruloyl esterase from Aspergillus sydowii |
