Q9BTE1 (DCTN5_HUMAN) Homo sapiens (Human)
Dynactin subunit 5 UniProtKBInterProSTRINGInteractive Modelling
Available Structures
15 Experimental Structures
| Description | PDB ID | Oligo-state | Range | Seq id (%) | Ligands | |
|---|---|---|---|---|---|---|
| Composite structure of dynein-dynactin-BICDR on microtubules |
Heteromer A0A286ZK88; A0A287B8J2; A0A4X1TB62; A0A5G2QD80; A0JNT9; A0PFK5; A0PFK7; D0G6S1; F1SEC0; F2Z5G5; I3LHK5; O43237; Q13409; Q14204; Q6QAQ1; Q9NP97; | 100 | 13×ADP; 14×MG; 5×ATP; 3×ZN; 8×ANP; | |||
| The pointed end complex of dynactin bound to BICDR1 |
Heteromer A0A4X1TB62; A0A4X1UWQ6; A0A5G2QD80; A0JNT9; D0G6S1; F2Z5G5; I3LHK5; Q6QAQ1; | 100 | 3×ZN; 1×ATP; 4×MG; 3×ADP; | |||
| Dynactin pointed end bound to JIP3 |
Heteromer A0A4X1TB62; A0A4X1UWQ6; D0G6S1; I3LHK5; Q9UPT6; | 100 | 1×ATP; 3×ZN; | |||
| The pointed end complex of dynactin bound to BICDR1 |
Heteromer A0A286ZK88; A0A4X1TB62; A0A5G2QD80; A0JNT9; D0G6S1; F2Z5G5; I3LHK5; Q6QAQ1; | 100 | 3×ADP; 1×ATP; 3×ZN; | |||
| Composite structure of Dynein-Dynactin-JIP3-LIS1 |
Heteromer A0A286ZK88; A0A287B8J2; A0A4X1TB62; A0A5G2QD80; A0PFK5; A0PFK7; D0G6S1; F1SEC0; F2Z5G5; I3LHK5; O43237; P43034; P63167; P63172; Q13409; Q14204; Q6QAQ1; Q9NP97; Q9UPT6; | 100 | 16×ADP; 6×ATP; 3×ZN; 6×MG; 4×ANP; | |||
| Cryo-EM structure of the dynactin complex |
Heteromer A0A286ZK88; A0A287B8J2; A0A4X1TB62; A0A5G2QD80; A0PFK5; A0PFK7; D0G6S1; F1SEC0; F2Z5G5; I3LHK5; Q6QAQ1; | 100 | 9×ADP; 1×ATP; 3×ZN; | |||
| The pointed end complex of dynactin bound to BICD2 |
Heteromer A0A286ZK88; A0A4X1TB62; A0A5G2QD80; D0G6S1; F2Z5G5; I3LHK5; Q6QAQ1; | 100 | 3×ADP; 1×ATP; 3×ZN; | |||
| The pointed end complex of dynactin with the p150 projection docked |
Heteromer A0A286ZK88; A0A4X1TB62; A0A5G2QD80; D0G6S1; F2Z5G5; I3LHK5; Q6QAQ1; | 100 | 3×ADP; 1×ATP; 3×ZN; | |||
| The pointed end complex of dynactin bound to Hook3 |
Heteromer A0A286ZK88; A0A4X1TB62; A0A5G2QD80; D0G6S1; F2Z5G5; I3LHK5; Q6QAQ1; | 100 | 3×ADP; 1×ATP; 3×ZN; | |||
| Cryo-EM structure of a single dynein tail domain bound to dynactin and BICD2N |
Heteromer A0A286ZK88; A0A5G2QD80; A0PFK5; A0PFK7; D0G6S1; F2Z5G5; I3LHK5; O43237; Q13409; Q14204; Q6QAQ1; Q9NP97; | 100 | 9×ADP; 1×ATP; | |||
| Human cytoplasmic dynein-1 bound to dynactin and an N-terminal construct of BICD2 |
Heteromer A0A0J9X292; A0A0J9X293; A0A0J9X299; A0A151MAL5; A0PFK5; D0G6S1; D2JYW4; F2Z5G5; I3LHK5; | 100 | ||||
| Cryo-EM structure of two dynein tail domains bound to dynactin and BICDR1 |
Heteromer A0A286ZK88; A0A5G2QD80; A0JNT9; A0PFK5; A0PFK7; D0G6S1; F2Z5G5; I3LHK5; O43237; Q13409; Q14204; Q6QAQ1; Q9NP97; | 100 | 9×ADP; 1×ATP; | |||
| Cryo-EM structure of two dynein tail domains bound to dynactin and HOOK3 |
Heteromer A0A286ZK88; A0A5G2QD80; A0PFK5; A0PFK7; D0G6S1; F1SL58; F2Z5G5; I3LHK5; O43237; Q13409; Q14204; Q6QAQ1; Q9NP97; | 100 | 9×ADP; 1×ATP; | |||
| CryoEM structure of dynactin complex at 4.0 angstrom resolution |
Heteromer A0A0J9X292; A0A0J9X293; A0A286ZK88; A0PFK5; D0G6S1; D2JYW4; F2Z5G5; I3LHK5; Q6QAQ1; | 100 | ||||
| Cryo-EM structure of dynein tail-dynactin-BICD2N complex |
Heteromer A0A0J9X292; A0A0J9X293; A0A0J9X295; A0A0J9X299; A0A0J9X2A1; A0A286ZK88; A0PFK5; D0G6S1; D2JYW4; F2Z5G5; I3LHK5; Q6QAQ1; | 99.39 | 9×ADP; 1×ATP; | |||
2 SWISS-MODEL models
| Template | Oligo-state | QMEAN | Range | Ligands | Trg-Tpl Seq id (%) | |
|---|---|---|---|---|---|---|
| 7z8m.1.H | monomer | 0.79 | 100.00 | |||
| 7l70.1.B | monomer | 0.50 | 16.30 | |||
3 SWISS-MODEL models built on isoform sequence
| Isoform | Template | Oligo-state | QMEAN | Range | Ligands | Trg-Tpl Seq id (%) | |
|---|---|---|---|---|---|---|---|
| Isoform 2 | 7z8m.1.H | monomer | 0.80 | 99.34 | |||
| Isoform 2 | 6o81.1.A | monomer | 0.50 | 15.38 | |||
| Isoform 3 | 8pr4.1.C | monomer | 0.59 | 68.85 | |||