| Protein name |
Secreted protein
|
| Main knot |
51 (80%)
|
| Global pLDDT |
89.65
|
| Species |
Aequorivita sp
|
| UniProt | |
| Structure Prediction Model |
AlphaFold v6:
A0A410G1H1
|
| PDB structures |
-
|
| Model length |
111
|
| AlphaFold deposition date |
2026-06-01
|
| AlphaKnot deposition date |
2026-07-09
|
| Knot pLDDT | Knot core range | Knot core length | Knot tails range | N-end length | C-end length | Main Knot | ||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
|
95.63 | 24-90 | 67 | 1-23, 91-111 | 23 | 21 |
|
Knot | ||||
|
|
94.4 | 36-77 | 42 | 1-35, 78-111 | 35 | 34 | Knot |
Model Sequence |
MKQLLLIIMLFLISVAAYAQKVYSVDYQNQADVKVFVVKYENQADLKVYKVKYENQAGDNNGKWFFTDYSNQAKKKIYFVDYENQADLKIYFVEYENQAGWSKMSKKQLMY
|
| Protein name |
Secreted protein
|
| Main knot |
51 (82%)
|
| Global pLDDT |
90.22
|
| Species |
Aequorivita sp
|
| UniProt | |
| Structure Prediction Model |
AlphaFold v4:
A0A410G1H1
|
| PDB structures |
-
|
| Model length |
111
|
| AlphaFold deposition date |
2022-06-01
|
| AlphaKnot deposition date |
2023-01-27
|
| Knot pLDDT | Knot core range | Knot core length | Knot tails range | N-end length | C-end length | Main Knot | |||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|
|
95.7 | 22-91 | 70 | 1-21, 92-111 | 21 | 20 |
|
Model Sequence |
MKQLLLIIMLFLISVAAYAQKVYSVDYQNQADVKVFVVKYENQADLKVYKVKYENQAGDNNGKWFFTDYSNQAKKKIYFVDYENQADLKIYFVEYENQAGWSKMSKKQLMY
|
| Protein name |
Secreted protein
|
| Main knot |
71 (79%)
|
| Global pLDDT |
71.42
|
| Species |
Aequorivita sp
|
| UniProt | |
| Structure Prediction Model |
ESM v1: esmfold_v1 - nov. 2022
|
| PDB structures |
-
|
| Model length |
111
|
| ESM generation time |
2023-06-25: download the generated 3D model
|
| AlphaKnot deposition date |
2023-06-28
|
| Knot pLDDT | Knot core range | Knot core length | Knot tails range | N-end length | C-end length | Main Knot | |||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|
|
45.5 | 20-90 | 71 | 1-19, 91-111 | 19 | 21 |
|
Model Sequence |
MKQLLLIIMLFLISVAAYAQKVYSVDYQNQADVKVFVVKYENQADLKVYKVKYENQAGDNNGKWFFTDYSNQAKKKIYFVDYENQADLKIYFVEYENQAGWSKMSKKQLMY
|