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3D structures from the PDB for "Tubulin beta-3 chain" AND "BDBM50001839"
(Proteins have >= 85% sequence identity and ligands are exact matches)

Seq IdentityJmol DisplayPDB Title
3J6G94%JmolMINIMIZED AVERAGE STRUCTURE OF MICROTUBULES STABILIZED BY TAXOL
5MM794%JmolUSTILAGO MAYDIS KINESIN-5 MOTOR DOMAIN WITH N-TERMINAL EXTENSION IN THE AMPPNP STATE BOUND TO MICROTUBULES
5MM494%JmolUSTILAGO MAYDIS KINESIN-5 MOTOR DOMAIN IN THE AMPPNP STATE BOUND TO MICROTUBULES
5M5094%JmolMECHANISM OF MICROTUBULE MINUS-END RECOGNITION AND PROTECTION BY CAMSAP PROTEINS
5M5C94%JmolMECHANISM OF MICROTUBULE MINUS-END RECOGNITION AND PROTECTION BY CAMSAP PROTEINS
5M5494%JmolMECHANISM OF MICROTUBULE MINUS-END RECOGNITION AND PROTECTION BY CAMSAP PROTEINS
5HNY94%JmolSTRUCTURAL BASIS OF BACKWARDS MOTION IN KINESIN-14: PLUS-END DIRECTED NKN669 IN THE AMPPNP STATE
5SYE94%JmolNEAR-ATOMIC RESOLUTION CRYO-EM RECONSTRUCTION OF DOUBLY BOUND TAXOL- AND PELORUSIDE-STABILIZED MICROTUBULE
5SYF94%JmolHIGH-RESOLUTION CRYO-EM RECONSTRUCTION OF TAXOL-STABILIZED MICROTUBULE
5ND494%JmolMICROTUBULE-BOUND MKLP2 MOTOR DOMAIN IN THE PRESENCE OF ADP.ALFX
4UY094%JmolCONSERVED MECHANISMS OF MICROTUBULE-STIMULATED ADP RELEASE, ATP BINDING, AND FORCE GENERATION IN TRANSPORT KINESINS
4UXO93%JmolCONSERVED MECHANISMS OF MICROTUBULE-STIMULATED ADP RELEASE, ATP BINDING, AND FORCE GENERATION IN TRANSPORT KINESINS
6EW093%JmolCRYO-EM STRUCTURE OF GDP-MICROTUBULE CO-POLYMERISED WITH DOUBLECORTIN AND SUPPLEMENTED WITH TAXOL
2P4N93%JmolHUMAN MONOMERIC KINESIN (1BG2) AND BOVINE TUBULIN (1JFF) DOCKED INTO THE 9-ANGSTROM CRYO-EM MAP OF NUCLEOTIDE-FREE KINESIN COMPLEXED TO THE MICROTUBULE
4CK593%JmolPSEUDO-ATOMIC MODEL OF MICROTUBULE-BOUND HUMAN KINESIN-5 MOTOR DOMAIN IN THE ADP STATE, BASED ON CRYO-ELECTRON MICROSCOPY EXPERIMENT.
4CK793%JmolPSEUDO-ATOMIC MODEL OF MICROTUBULE-BOUND HUMAN KINESIN-5 MOTOR DOMAIN IN PRESENCE OF ADP.ALFX (NECK-LINKER IN ITS DISCONNECTED CONFORMATION, BASED ON CRYO-ELECTRON MICROSCOPY EXPERIMENT
4CK693%JmolPSEUDO-ATOMIC MODEL OF MICROTUBULE-BOUND HUMAN KINESIN-5 MOTOR DOMAIN IN THE ADP.ALFX STATE, BASED ON CRYO-ELECTRON MICROSCOPY EXPERIMENT.
5M5I93%JmolPSEUDO-ATOMIC MODEL OF MICROTUBULE-BOUND S.POMBE KINESIN-5 MOTOR DOMAIN IN THE AMPPNP STATE (BASED ON CRYO-ELECTRON MICROSCOPY EXPERIMENT): THE N-TERMINUS CONFORMATION ALLOWS FORMATION OF A COVER NECK BUNDLE.
5M5N93%JmolPSEUDO-ATOMIC MODEL OF MICROTUBULE-BOUND S.POMBE KINESIN-5 MOTOR DOMAIN IN THE AMPPNP STATE (BASED ON CRYO-ELECTRON MICROSCOPY EXPERIMENT): THE N-TERMINUS ADOPTS MULTIPLE CONFORMATIONS.
5M5O93%JmolPSEUDO-ATOMIC MODEL OF MICROTUBULE-BOUND S.POMBE KINESIN-5 MOTOR DOMAIN IN THE AMPPNP STATE (BASED ON CRYO-ELECTRON MICROSCOPY EXPERIMENT): THE N-TERMINUS ADOPTS MULTIPLE CONFORMATIONS.
5M5L93%JmolPSEUDO-ATOMIC MODEL OF MICROTUBULE-BOUND S. POMBE KINESIN-5 MOTOR DOMAIN IN THE AMPPNP STATE (BASED ON CRYO-ELECTRON MICROSCOPY EXPERIMENT): THE N-TERMINUS ADOPTS MULTIPLE CONFORMATIONS
5M5M93%JmolPSEUDO-ATOMIC MODEL OF MICROTUBULE-BOUND S.POMBE KINESIN-5 MOTOR DOMAIN IN THE AMPPNP STATE (BASED ON CRYO-ELECTRON MICROSCOPY EXPERIMENT): THE N-TERMINUS ADOPTS MULTIPLE CONFORMATIONS.
2HXF93%JmolKIF1A HEAD-MICROTUBULE COMPLEX STRUCTURE IN AMPPNP-FORM
5HNZ93%JmolSTRUCTURAL BASIS OF BACKWARDS MOTION IN KINESIN-14: PLUS-END DIRECTED NKN669 IN THE NUCLEOTIDE-FREE STATE
5HNX93%JmolSTRUCTURAL BASIS OF BACKWARDS MOTION IN KINESIN-14: MINUS-END DIRECTED NKN664 IN THE NUCLEOTIDE-FREE STATE
4UXT93%JmolCONSERVED MECHANISMS OF MICROTUBULE-STIMULATED ADP RELEASE, ATP BINDING, AND FORCE GENERATION IN TRANSPORT KINESINS
4UXP93%JmolCONSERVED MECHANISMS OF MICROTUBULE-STIMULATED ADP RELEASE, ATP BINDING, AND FORCE GENERATION IN TRANSPORT KINESINS
4UXR93%JmolCONSERVED MECHANISMS OF MICROTUBULE-STIMULATED ADP RELEASE, ATP BINDING, AND FORCE GENERATION IN TRANSPORT KINESINS
2HXH93%JmolKIF1A HEAD-MICROTUBULE COMPLEX STRUCTURE IN ADP-FORM
5OGC93%JmolMOLECULAR BASIS OF HUMAN KINESIN-8 FUNCTION AND INHIBITION
3IZ093%JmolHUMAN NDC80 BONSAI DECORATED MICROTUBULE
3EDL93%JmolKINESIN13-MICROTUBULE RING COMPLEX
5ND393%JmolMICROTUBULE-BOUND MKLP2 MOTOR DOMAIN IN THE WITH NO NUCLEOTIDE
5ND293%JmolMICROTUBULE-BOUND MKLP2 MOTOR DOMAIN IN THE PRESENCE OF ADP
5ND793%JmolMICROTUBULE-BOUND MKLP2 MOTOR DOMAIN IN THE PRESENCE OF AMPPNP
3DCO93%JmolDROSOPHILA NOD (3DC4) AND BOVINE TUBULIN (1JFF) DOCKED INTO THE 11-ANGSTROM CRYO-EM MAP OF NUCLEOTIDE-FREE NOD COMPLEXED TO THE MICROTUBULE
4UXY93%JmolCONSERVED MECHANISMS OF MICROTUBULE-STIMULATED ADP RELEASE, ATP BINDING, AND FORCE GENERATION IN TRANSPORT KINESINS
4UXS93%JmolCONSERVED MECHANISMS OF MICROTUBULE-STIMULATED ADP RELEASE, ATP BINDING, AND FORCE GENERATION IN TRANSPORT KINESINS
2WBE93%JmolKINESIN-5-TUBULIN COMPLEX WITH AMPPNP
4AQV93%JmolMODEL OF HUMAN KINESIN-5 MOTOR DOMAIN (3HQD) AND MAMMALIAN TUBULIN HETERODIMER (1JFF) DOCKED INTO THE 9.7-ANGSTROM CRYO-EM MAP OF MICROTUBULE-BOUND KINESIN-5 MOTOR DOMAIN IN THE AMPPPNP STATE.
4AQW93%JmolMODEL OF HUMAN KINESIN-5 MOTOR DOMAIN (1II6, 3HQD) AND MAMMALIAN TUBULIN HETERODIMER (1JFF) DOCKED INTO THE 9.5-ANGSTROM CRYO-EM MAP OF MICROTUBULE-BOUND KINESIN-5 MOTOR DOMAIN IN THE RIGOR STATE.
5OCU93%JmolMOLECULAR BASIS OF HUMAN KINESIN-8 FUNCTION AND INHIBITION
5OAM93%JmolMOLECULAR BASIS OF HUMAN KINESIN-8 FUNCTION AND INHIBITION
3J6P93%JmolPSEUDO-ATOMIC MODEL OF DYNEIN MICROTUBULE BINDING DOMAIN-TUBULIN COMPLEX BASED ON A CRYOEM MAP
5HNW93%JmolSTRUCTURAL BASIS OF BACKWARDS MOTION IN KINESIN-14: MINUS-END DIRECTED NKN664 IN THE AMPPNP STATE
6B0C92%JmolKLP10A-AMPPNP IN COMPLEX WITH CURVED TUBULIN AND A MICROTUBULE
6B0L92%JmolKLP10A-AMPPNP IN COMPLEX WITH A MICROTUBULE
6B0I92%JmolAPO KLP10A IN COMPLEX WITH A MICROTUBULE