Table 1.

Crystallographic analysis

Data collection  
Temperature of collection (°C) Resolution limit (nm) Observations Unique reflections Completeness (%) 173 0.28 58 732 21 211 88.1  Multiplicity I/ςI No. of data > 2ςI (%) *Rmerge (%)  2.8 11.4 66.2 9.8  
Refinement statistics  
Resolution range (nm) Rfactor (%) Rfree (%)  ∞ − 0.28 22.8 28.8  SD from ideality  Bond lengths (nm)  Bond angles (°)  Impropers (°)  Dihedrals (°)    0.0010 1.55 0.95 27.1  
Atoms in model  
 Protein (nonhydrogen)  Water  Carbohydrate  4146 124 14 
Data collection  
Temperature of collection (°C) Resolution limit (nm) Observations Unique reflections Completeness (%) 173 0.28 58 732 21 211 88.1  Multiplicity I/ςI No. of data > 2ςI (%) *Rmerge (%)  2.8 11.4 66.2 9.8  
Refinement statistics  
Resolution range (nm) Rfactor (%) Rfree (%)  ∞ − 0.28 22.8 28.8  SD from ideality  Bond lengths (nm)  Bond angles (°)  Impropers (°)  Dihedrals (°)    0.0010 1.55 0.95 27.1  
Atoms in model  
 Protein (nonhydrogen)  Water  Carbohydrate  4146 124 14 
Residues in most favored regions13 of Ramachandran plot (%)  80  
Residues in additionally allowed regions13of Ramachandran plot (%)  19 
Residues in most favored regions13 of Ramachandran plot (%)  80  
Residues in additionally allowed regions13of Ramachandran plot (%)  19 
*

Rmerge indicates ΣhklΣiIi − 〈I 〉‖/‖〈I 〉‖, where Ii is the intensity for theith measurement of an equivalent reflection, with indices h, k, and l.

Rfactor indicates 100(Σ‖‖Fo‖ − ‖Fc‖‖/Σ‖Fo‖) using all data except 6%, which were used for theRfree calculation.

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