| 1UTX | A:; B: | REGULATION OF CYTOLYSIN EXPRESSION BY ENTEROCOCCUS FAECALIS: ROLE OF CYLR2 |
| 2GZU | A:; B: | HIGH-RESOLUTION STRUCTURE DETERMINATION OF THE CYLR2 HOMODIMER USING INTERMONOMER DISTANCES FROM PARAMAGNETIC RELAXATION ENHANCEMENT AND NMR DIPOLAR COUPLINGS |
| 2LYJ | A:; B: | NOE-BASED 3D STRUCTURE OF THE CYLR2 HOMODIMER AT 298K |
| 2LYK | A:; B: | NOE-BASED 3D STRUCTURE OF THE CYLR2 HOMODIMER AT 270K (-3 CELSIUS DEGREES) |
| 2LYL | A:; B: | NOE-BASED 3D STRUCTURE OF THE PREDISSOCIATED HOMODIMER OF CYLR2 IN EQUILIBRIUM WITH MONOMER AT 266K (-7 CELSIUS DEGREES) |
| 2LYP | A: | NOE-BASED 3D STRUCTURE OF THE MONOMER OF CYLR2 IN EQUILIBRIUM WITH PREDISSOCIATED HOMODIMER AT 266K (-7 CELSIUS DEGREES) |
| 2LYQ | A: | NOE-BASED 3D STRUCTURE OF THE MONOMERIC INTERMEDIATE OF CYLR2 AT 262K (-11 CELSIUS DEGREES) |
| 2LYR | A: | NOE-BASED 3D STRUCTURE OF THE MONOMERIC PARTIALLY-FOLDED INTERMEDIATE OF CYLR2 AT 259K (-14 CELSIUS DEGREES) |
| 2LYS | A: | NOE-BASED 3D STRUCTURE OF THE MONOMERIC PARTIALLY-FOLDED INTERMEDIATE OF CYLR2 AT 257K (-16 CELSIUS DEGREES) |
| 2XI8 | A:; B: | HIGH RESOLUTION STRUCTURE OF NATIVE CYLR2 |
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