8UTP | pdb_00008utp

KIF1A[1-393] - AMP-PNP two-heads-bound state in complex with a microtubule - class T3L1

ELECTRON MICROSCOPY

Sample
KIF1A - AMP-PNP two-heads-bound state in complex with a microtubule - class T3LS

Specimen Preparation
Sample Aggregation State	FILAMENT
Vitrification Instrument
Cryogen Name	ETHANE
Sample Vitrification Details

3D Reconstruction
Reconstruction Method	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED.
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED.
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED.
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED.
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED.
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED.
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED.
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED.
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED.
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED.
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED.
Refinement Type
Symmetry Type	HELICAL
Number of Particles	89711
Reported Resolution (Å)	3.2
Resolution Method	FSC 0.143 CUT-OFF
Other Details	NUMBER OF ASYMMETRIC UNITS USED IS REPORTED IN "NUMBER OF SEGMENTS USED", DUE TO THE LOCAL PROCESSING STRATEGY EMPLOYED.
Refinement Type
Symmetry Type	HELICAL
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09
Axial Symmetry	C1
Axial Rise	5.6
Angular Rotation	168.09

Map-Model Fitting and Refinement
Id	1
Refinement Space
Refinement Protocol
Refinement Target
Overall B Value
Fitting Procedure
Details

Data Acquisition
Detector Type	GATAN K3 (6k x 4k)
Electron Dose (electrons/Å**2)	50.22

Imaging Experiment	1
Date of Experiment
Temperature (Kelvin)
Microscope Model	FEI TITAN KRIOS
Minimum Defocus (nm)	800
Maximum Defocus (nm)	2000
Minimum Tilt Angle (degrees)
Maximum Tilt Angle (degrees)
Nominal CS
Imaging Mode	BRIGHT FIELD
Specimen Holder Model
Nominal Magnification
Calibrated Magnification
Source	FIELD EMISSION GUN
Acceleration Voltage (kV)	300
Imaging Details

Image Processing
CTF Correction Type	CTF Correction Details	Number of Particles Selected	Particle Selection Details
PHASE FLIPPING AND AMPLITUDE CORRECTION
PHASE FLIPPING AND AMPLITUDE CORRECTION

RCSB PDB Core Operations are funded by the U.S. National Science Foundation (DBI-2321666), the US Department of Energy (DE-SC0019749), and the National Cancer Institute, National Institute of Allergy and Infectious Diseases, and National Institute of General Medical Sciences of the National Institutes of Health under grant R01GM157729.

Prepare Data

Validate Data

Deposit Data

Help and Resources

.id_divider{ color: #ccc; padding: 0 10px 0 10px; } .extended_id_info{ color: #ccc; font-size: 18px; position: relative; top: -10px; left: 4px; } 8UTP | pdb_00008utp

KIF1A[1-393] - AMP-PNP two-heads-bound state in complex with a microtubule - class T3L1

8UTP | pdb_00008utp