List of Contacts

Toggle column: RRM Entryename UniProt position Alignment position RRM Structurename PDB ID Amino Acid Chain Amino Acid Position Amino Acid Amino Acid Atom Contact Distance Interaction Type Nucleotide Chain Nucleotide Position Nucleotide Nucleotide Atom Ligand Structurename Ligand ID
RRM Entryname UniProt Position Alignment Position RRM Structurename PDB ID Amino Acid Chain Amino Acid Position Amino Acid Amino Acid Atom Contact Distance Interaction Type Nucleotide Chain Nucleotide Position Nucleotide Nucleotide Atom Ligand Structurename Ligand ID
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CD1 4.8 Å van-der-waals 0 821 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CD1 4.95 Å van-der-waals 0 821 C N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CD2 3.99 Å van-der-waals 0 821 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CD2 4.43 Å van-der-waals 0 821 C C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CD2 4.91 Å van-der-waals 0 821 C N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE1 3.86 Å van-der-waals 0 821 C C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE1 3.89 Å van-der-waals 0 821 C N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE1 4.15 Å van-der-waals 0 821 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE1 4.18 Å van-der-waals 0 821 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE1 4.34 Å van-der-waals 0 821 C C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE1 4.34 Å van-der-waals 0 821 C C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE1 4.34 Å van-der-waals 0 821 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE1 4.51 Å van-der-waals 0 821 C C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE1 4.62 Å van-der-waals 0 821 C C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE2 3.45 Å van-der-waals 0 821 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE2 3.46 Å van-der-waals 0 821 C C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE2 3.77 Å van-der-waals 0 821 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE2 3.85 Å van-der-waals 0 821 C N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE2 4.01 Å van-der-waals 0 821 C C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE2 4.73 Å van-der-waals 0 821 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE2 4.79 Å van-der-waals 0 821 C C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE2 4.81 Å van-der-waals 0 821 C C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE2 4.9 Å van-der-waals 0 821 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CE2 4.95 Å van-der-waals 0 821 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CG 4.69 Å van-der-waals 0 821 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CZ 3.12 Å van-der-waals 0 821 C C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CZ 3.12 Å van-der-waals 0 821 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CZ 3.23 Å van-der-waals 0 821 C N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CZ 3.41 Å van-der-waals 0 821 C C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CZ 3.67 Å van-der-waals 0 821 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CZ 3.8 Å van-der-waals 0 821 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CZ 4.09 Å van-der-waals 0 821 C C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CZ 4.5 Å van-der-waals 0 821 C C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CZ 4.64 Å van-der-waals 0 821 C C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 152 PHE CZ 4.85 Å van-der-waals 0 821 C C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 154 SER OG 4.85 Å van-der-waals 0 821 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CD1 4.11 Å van-der-waals 0 229 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CD1 4.14 Å van-der-waals 0 230 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CD1 4.43 Å van-der-waals 0 230 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CD1 4.81 Å van-der-waals 0 230 G P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CD1 4.92 Å van-der-waals 0 230 G O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CD2 4.67 Å van-der-waals 0 230 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CD2 4.92 Å van-der-waals 0 230 G C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CE1 2.95 Å van-der-waals 0 230 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CE1 3.38 Å van-der-waals 0 230 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CE1 3.63 Å van-der-waals 0 229 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CE1 3.85 Å van-der-waals 0 230 G O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CE1 3.89 Å van-der-waals 0 230 G P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CE1 4.03 Å van-der-waals 0 230 G C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CE1 4.59 Å van-der-waals 0 230 G O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CE1 4.94 Å van-der-waals 0 229 G C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CE2 3.65 Å van-der-waals 0 230 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CE2 3.8 Å van-der-waals 0 230 G C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CE2 4.27 Å van-der-waals 0 230 G O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CE2 4.98 Å van-der-waals 0 230 G O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CG 4.88 Å van-der-waals 0 230 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CZ 2.62 Å van-der-waals 0 230 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CZ 3.24 Å van-der-waals 0 230 G C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CZ 3.9 Å van-der-waals 0 230 G O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CZ 3.98 Å van-der-waals 0 230 G O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CZ 4.02 Å van-der-waals 0 230 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CZ 4.44 Å van-der-waals 0 230 G P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CZ 4.47 Å van-der-waals 0 229 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CZ 4.61 Å van-der-waals 0 230 G C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 157 PHE CZ 4.83 Å van-der-waals 0 230 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG C 4.42 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG C 4.66 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CA 4.44 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CA 4.59 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CB 3.64 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CB 3.83 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CB 4.75 Å van-der-waals 0 281 A N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CD 4.86 Å ionic 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CG 4.4 Å ionic 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CG 4.41 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CG 4.54 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CZ 3.36 Å ionic 0 264 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CZ 4.12 Å ionic 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CZ 4.3 Å ionic 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CZ 4.33 Å ionic 0 264 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CZ 4.86 Å ionic 0 263 G OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG CZ 4.86 Å ionic 0 263 G P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG N 4.44 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG N 4.91 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NE 4.02 Å ionic 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NE 4.66 Å ionic 0 264 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NE 4.98 Å ionic 0 263 G OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NE 4.99 Å ionic 0 263 G P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NH1 3.17 Å hbond 0 264 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NH1 3.31 Å hbond 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NH1 3.74 Å ionic 0 264 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NH1 4.71 Å van-der-waals 0 263 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NH1 4.94 Å ionic 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NH2 2.78 Å hbond 0 264 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NH2 3.98 Å ionic 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NH2 4.03 Å ionic 0 263 G OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NH2 4.07 Å ionic 0 264 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NH2 4.3 Å ionic 0 263 G P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NH2 4.35 Å van-der-waals 0 263 G O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NH2 4.49 Å ionic 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 158 ARG NH2 4.82 Å van-der-waals 0 263 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA C 4.91 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA C 4.98 Å van-der-waals 0 228 G N2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CA 3.5 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CA 4.17 Å van-der-waals 0 281 A C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CA 4.23 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CA 4.27 Å van-der-waals 0 281 A N6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CB 3.23 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CB 3.48 Å van-der-waals 0 229 G C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CB 3.57 Å van-der-waals 0 281 A C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CB 3.69 Å van-der-waals 0 229 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CB 3.72 Å van-der-waals 0 229 G O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CB 3.75 Å van-der-waals 0 281 A N6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CB 3.91 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CB 4.47 Å van-der-waals 0 281 A C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CB 4.8 Å van-der-waals 0 281 A N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CB 4.87 Å van-der-waals 0 229 G C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CB 4.98 Å van-der-waals 0 281 A C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA CB 4.99 Å van-der-waals 0 229 G C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA N 3.84 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA N 4.16 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA N 4.85 Å van-der-waals 0 281 A C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA O 4.21 Å van-der-waals 0 228 G O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA O 4.65 Å van-der-waals 0 228 G N2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA O 4.72 Å van-der-waals 0 228 G N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 159 ALA O 4.82 Å van-der-waals 0 228 G C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER C 4.49 Å van-der-waals 0 197 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER C 4.69 Å van-der-waals 0 228 G N2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER CA 3.96 Å van-der-waals 0 228 G N2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER CB 2.43 Å van-der-waals 0 228 G N2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER CB 3.6 Å van-der-waals 0 228 G C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER CB 4.05 Å van-der-waals 0 228 G N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER CB 4.09 Å van-der-waals 0 197 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER CB 4.73 Å van-der-waals 0 228 G N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER CB 4.88 Å van-der-waals 0 198 U C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER N 4.9 Å van-der-waals 0 228 G N2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER O 4.19 Å van-der-waals 0 197 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER O 4.65 Å van-der-waals 0 228 G N2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER O 4.68 Å van-der-waals 0 197 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER OG 2.14 Å hbond 0 228 G N2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER OG 3.06 Å van-der-waals 0 228 G C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER OG 3.26 Å hbond 0 228 G N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER OG 4.35 Å van-der-waals 0 228 G N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER OG 4.44 Å van-der-waals 0 199 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER OG 4.58 Å van-der-waals 0 228 G C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER OG 4.68 Å van-der-waals 0 197 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER OG 4.72 Å van-der-waals 0 198 U C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 160 SER OG 4.85 Å van-der-waals 0 198 U O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 161 THR CA 3.97 Å van-der-waals 0 197 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 161 THR CB 3.69 Å van-der-waals 0 197 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 161 THR N 4.74 Å van-der-waals 0 197 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 161 THR OG1 3.36 Å hbond 0 197 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 161 THR OG1 4.74 Å van-der-waals 0 197 C C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 161 THR OG1 4.84 Å van-der-waals 0 197 C O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 162 THR OG1 4.56 Å van-der-waals 0 270 C N4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS CD 4.88 Å ionic 0 270 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS CE 3.64 Å ionic 0 270 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS CE 3.9 Å ionic 0 270 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS CE 4.12 Å ionic 0 270 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS CE 4.38 Å van-der-waals 0 269 A O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS CE 4.45 Å van-der-waals 0 269 A C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS CE 4.52 Å ionic 0 269 A OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS NZ 2.82 Å hbond 0 270 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS NZ 3.5 Å hbond 0 269 A OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS NZ 3.51 Å ionic 0 270 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS NZ 3.51 Å ionic 0 270 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS NZ 3.72 Å van-der-waals 0 269 A C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS NZ 3.83 Å van-der-waals 0 267 U O4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS NZ 3.95 Å van-der-waals 0 269 A O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS NZ 4.26 Å van-der-waals 0 269 A O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS NZ 4.5 Å van-der-waals 0 267 U C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS NZ 4.5 Å van-der-waals 0 267 U N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS NZ 4.52 Å ionic 0 269 A P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS NZ 4.61 Å van-der-waals 0 269 A C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 163 LYS NZ 4.66 Å van-der-waals 0 269 A C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS CD 4.26 Å van-der-waals 0 268 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS CD 4.75 Å van-der-waals 0 268 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS CE 3.21 Å van-der-waals 0 268 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS CE 3.66 Å van-der-waals 0 268 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS CE 4.11 Å van-der-waals 0 268 C O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS CE 4.49 Å van-der-waals 0 268 C O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS CE 4.53 Å van-der-waals 0 268 C C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS CE 4.67 Å ionic 0 268 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS CE 4.74 Å ionic 0 269 A OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS CE 4.88 Å van-der-waals 0 268 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS CE 4.89 Å ionic 0 269 A P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS NZ 3.33 Å van-der-waals 0 268 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS NZ 3.88 Å ionic 0 268 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS NZ 4.2 Å ionic 0 269 A OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS NZ 4.22 Å van-der-waals 0 268 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS NZ 4.28 Å van-der-waals 0 268 C O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS NZ 4.4 Å van-der-waals 0 268 C O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS NZ 4.72 Å ionic 0 268 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS NZ 4.73 Å ionic 0 269 A P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS NZ 4.9 Å van-der-waals 0 268 C C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 174 LYS NZ 4.95 Å ionic 0 269 A OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 175 VAL CG2 4.85 Å van-der-waals 0 267 U OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 176 LEU O 4.57 Å van-der-waals 0 267 U O4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CB 4.63 Å van-der-waals 0 266 U O4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CD 4.1 Å van-der-waals 0 266 U O4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CD 4.15 Å van-der-waals 0 266 U C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CD 4.31 Å ionic 0 265 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CD 4.48 Å van-der-waals 0 266 U C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CG 3.38 Å van-der-waals 0 266 U O4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CG 4.15 Å van-der-waals 0 266 U C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CG 4.31 Å van-der-waals 0 266 U C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CG 4.5 Å ionic 0 265 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CG 4.82 Å van-der-waals 0 267 U O4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CZ 3.61 Å van-der-waals 0 266 U C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CZ 3.79 Å ionic 0 266 U OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CZ 4.06 Å van-der-waals 0 266 U C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CZ 4.33 Å van-der-waals 0 266 U C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CZ 4.6 Å van-der-waals 0 266 U O4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CZ 4.64 Å van-der-waals 0 266 U O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CZ 4.77 Å ionic 0 267 U OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CZ 4.79 Å van-der-waals 0 267 U C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG CZ 4.87 Å ionic 0 266 U P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NE 3.01 Å van-der-waals 0 266 U C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NE 3.55 Å van-der-waals 0 266 U C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NE 3.56 Å van-der-waals 0 266 U O4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NE 3.87 Å van-der-waals 0 266 U C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NE 4.28 Å ionic 0 266 U OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NE 4.58 Å ionic 0 265 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NE 4.72 Å van-der-waals 0 266 U N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NE 4.73 Å van-der-waals 0 267 U O4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH1 4.05 Å ionic 0 266 U OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH1 4.94 Å van-der-waals 0 266 U C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 3.31 Å van-der-waals 0 266 U C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 3.35 Å van-der-waals 0 266 U C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 3.55 Å hbond 0 267 U OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 3.73 Å ionic 0 266 U OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 3.8 Å van-der-waals 0 266 U O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4 Å van-der-waals 0 267 U C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.11 Å van-der-waals 0 266 U C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.16 Å van-der-waals 0 266 U N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.19 Å van-der-waals 0 266 U C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.42 Å ionic 0 266 U P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.71 Å van-der-waals 0 266 U O4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.72 Å van-der-waals 0 267 U C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.73 Å van-der-waals 0 266 U N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.77 Å van-der-waals 0 266 U C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.79 Å ionic 0 267 U P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.83 Å van-der-waals 0 266 U C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.86 Å van-der-waals 0 267 U C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.88 Å van-der-waals 0 267 U O4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.89 Å van-der-waals 0 266 U C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.95 Å van-der-waals 0 266 U C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.98 Å van-der-waals 0 266 U O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 177 ARG NH2 4.99 Å van-der-waals 0 266 U C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 178 LEU C 4.8 Å van-der-waals 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 178 LEU O 4.04 Å van-der-waals 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 179 ARG C 4.47 Å van-der-waals 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 179 ARG CA 3.74 Å van-der-waals 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 179 ARG CB 4.07 Å ionic 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 179 ARG CG 4.22 Å ionic 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 179 ARG CZ 4.17 Å ionic 0 265 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 179 ARG N 4.75 Å van-der-waals 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 179 ARG NE 3.94 Å ionic 0 265 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 179 ARG NE 4.85 Å ionic 0 265 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 179 ARG NH2 3.68 Å ionic 0 265 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 179 ARG NH2 4.99 Å ionic 0 265 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR C 3.87 Å van-der-waals 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR C 4.1 Å van-der-waals 0 263 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR C 4.34 Å van-der-waals 0 263 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR C 4.41 Å van-der-waals 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR C 4.45 Å van-der-waals 0 264 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR C 4.87 Å van-der-waals 0 264 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR C 4.88 Å van-der-waals 0 263 G C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CA 3.24 Å van-der-waals 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CA 4.17 Å van-der-waals 0 263 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CA 4.24 Å van-der-waals 0 264 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CA 4.98 Å van-der-waals 0 264 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CB 3.83 Å van-der-waals 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CB 4.36 Å van-der-waals 0 263 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CB 4.75 Å van-der-waals 0 264 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CG2 3.3 Å van-der-waals 0 263 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CG2 3.47 Å van-der-waals 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CG2 4.01 Å van-der-waals 0 264 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CG2 4.38 Å van-der-waals 0 263 G O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CG2 4.43 Å van-der-waals 0 263 G C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CG2 4.48 Å van-der-waals 0 264 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CG2 4.51 Å van-der-waals 0 263 G C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CG2 4.79 Å van-der-waals 0 264 C O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR CG2 4.98 Å van-der-waals 0 263 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR N 4.19 Å van-der-waals 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR O 3.54 Å van-der-waals 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR O 3.88 Å van-der-waals 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR O 4.11 Å van-der-waals 0 263 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR O 4.16 Å van-der-waals 0 263 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR O 4.28 Å van-der-waals 0 264 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR O 4.32 Å van-der-waals 0 264 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR O 4.6 Å van-der-waals 0 263 G O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR O 4.7 Å van-der-waals 0 263 G P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR O 4.89 Å van-der-waals 0 263 G C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR O 4.98 Å van-der-waals 0 263 G C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 180 THR OG1 4.25 Å van-der-waals 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR C 3.92 Å van-der-waals 0 281 A N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR C 3.94 Å van-der-waals 0 281 A O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR C 4.21 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR C 4.29 Å van-der-waals 0 281 A C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR C 4.56 Å van-der-waals 0 281 A O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR C 4.71 Å van-der-waals 0 281 A N9 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR C 4.79 Å van-der-waals 0 281 A C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR C 4.83 Å van-der-waals 0 281 A OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR C 4.84 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR C 4.95 Å van-der-waals 0 281 A C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CA 4.4 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CA 4.42 Å van-der-waals 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CA 4.56 Å van-der-waals 0 281 A N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CA 4.61 Å van-der-waals 0 263 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CA 4.7 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CA 4.94 Å van-der-waals 0 281 A C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CB 4.01 Å van-der-waals 0 263 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CB 4.15 Å van-der-waals 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CB 4.47 Å van-der-waals 0 281 A OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CB 4.86 Å van-der-waals 0 262 U O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CB 4.97 Å van-der-waals 0 263 G C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CB 4.97 Å van-der-waals 0 263 G P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD1 3.43 Å van-der-waals 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD1 3.85 Å van-der-waals 0 262 U O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD1 3.97 Å van-der-waals 0 281 A N6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD1 4 Å van-der-waals 0 281 A C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD1 4.14 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD1 4.3 Å van-der-waals 0 263 G P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD1 4.6 Å van-der-waals 0 281 A C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD1 4.74 Å van-der-waals 0 263 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD1 4.8 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD2 3.58 Å van-der-waals 0 281 A OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD2 4 Å van-der-waals 0 281 A C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD2 4.09 Å van-der-waals 0 281 A N7 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD2 4.19 Å van-der-waals 0 281 A C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD2 4.24 Å van-der-waals 0 281 A OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD2 4.24 Å van-der-waals 0 281 A P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD2 4.4 Å van-der-waals 0 281 A C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD2 4.42 Å van-der-waals 0 281 A N6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD2 4.45 Å van-der-waals 0 281 A O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD2 4.46 Å van-der-waals 0 281 A C8 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD2 4.68 Å van-der-waals 0 281 A N9 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CD2 4.74 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE1 3.15 Å van-der-waals 0 281 A N6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE1 3.64 Å van-der-waals 0 281 A C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE1 4.13 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE1 4.31 Å van-der-waals 0 262 U O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE1 4.31 Å van-der-waals 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE1 4.34 Å van-der-waals 0 281 A C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE1 4.74 Å van-der-waals 0 281 A N7 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE1 4.96 Å van-der-waals 0 262 U C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE2 3.49 Å van-der-waals 0 281 A N7 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE2 3.69 Å van-der-waals 0 281 A C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE2 3.7 Å van-der-waals 0 281 A N6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE2 3.83 Å van-der-waals 0 281 A C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE2 4.14 Å van-der-waals 0 281 A C8 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE2 4.29 Å van-der-waals 0 281 A OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE2 4.35 Å van-der-waals 0 281 A OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE2 4.48 Å van-der-waals 0 281 A C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE2 4.72 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE2 4.73 Å van-der-waals 0 281 A N9 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE2 4.74 Å van-der-waals 0 281 A P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CE2 4.86 Å van-der-waals 0 229 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CG 4.27 Å van-der-waals 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CG 4.28 Å van-der-waals 0 281 A C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CG 4.46 Å van-der-waals 0 281 A C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CG 4.47 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CG 4.48 Å van-der-waals 0 281 A OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CG 4.55 Å van-der-waals 0 281 A N6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CG 4.67 Å van-der-waals 0 262 U O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CG 4.78 Å van-der-waals 0 281 A C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CG 4.8 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CG 4.82 Å van-der-waals 0 263 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CG 4.92 Å van-der-waals 0 281 A N7 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CZ 2.99 Å van-der-waals 0 281 A N6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CZ 3.55 Å van-der-waals 0 281 A C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CZ 3.89 Å van-der-waals 0 281 A C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CZ 3.89 Å van-der-waals 0 281 A N7 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CZ 4.44 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CZ 4.68 Å van-der-waals 0 229 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CZ 4.86 Å van-der-waals 0 281 A C8 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR CZ 4.93 Å van-der-waals 0 281 A C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR N 4.11 Å van-der-waals 0 263 G C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR N 4.49 Å van-der-waals 0 263 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR N 4.51 Å van-der-waals 0 263 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR N 4.69 Å van-der-waals 0 263 G C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR N 4.87 Å van-der-waals 0 264 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 2.99 Å hbond 0 281 A O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 3.45 Å van-der-waals 0 281 A O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 3.65 Å van-der-waals 0 281 A N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 3.66 Å van-der-waals 0 281 A C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 3.8 Å van-der-waals 0 281 A N9 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 3.91 Å van-der-waals 0 281 A C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 3.96 Å van-der-waals 0 281 A OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 3.99 Å van-der-waals 0 281 A C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 4.2 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 4.23 Å van-der-waals 0 281 A C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 4.3 Å van-der-waals 0 281 A C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 4.3 Å van-der-waals 0 281 A P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 4.49 Å van-der-waals 0 281 A C8 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 4.77 Å van-der-waals 0 281 A N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 4.79 Å van-der-waals 0 281 A N7 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 4.85 Å van-der-waals 0 281 A C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR O 4.98 Å van-der-waals 0 281 A OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR OH 2.99 Å van-der-waals 0 281 A N6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR OH 3.83 Å van-der-waals 0 229 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR OH 3.95 Å van-der-waals 0 281 A C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR OH 4.07 Å van-der-waals 0 281 A N7 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR OH 4.21 Å van-der-waals 0 228 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR OH 4.32 Å van-der-waals 0 281 A C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR OH 4.7 Å van-der-waals 0 229 G P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 181 TYR 3.96 Å stack 0 281 A 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG C 4.96 Å van-der-waals 0 281 A O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CA 3.87 Å van-der-waals 0 281 A O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CA 4.58 Å van-der-waals 0 281 A C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CA 4.87 Å van-der-waals 0 281 A O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CA 4.91 Å van-der-waals 0 281 A N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CA 4.93 Å van-der-waals 0 281 A C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CB 4.57 Å van-der-waals 0 280 C C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CB 4.57 Å van-der-waals 0 281 A O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CB 4.67 Å van-der-waals 0 280 C C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CB 4.67 Å van-der-waals 0 281 A O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CB 4.76 Å van-der-waals 0 280 C C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CB 4.89 Å van-der-waals 0 281 A C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CB 4.94 Å van-der-waals 0 280 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CD 4.2 Å van-der-waals 0 280 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CD 4.21 Å van-der-waals 0 280 C C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CD 4.23 Å van-der-waals 0 282 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CD 4.34 Å van-der-waals 0 280 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CD 4.54 Å ionic 0 282 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CD 4.66 Å van-der-waals 0 280 C C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CD 4.72 Å van-der-waals 0 280 C N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CD 4.77 Å van-der-waals 0 281 A C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CD 4.94 Å van-der-waals 0 280 C C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 3.93 Å van-der-waals 0 280 C C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4 Å van-der-waals 0 280 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.01 Å van-der-waals 0 280 C N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.1 Å van-der-waals 0 280 C C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.11 Å van-der-waals 0 280 C C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.12 Å van-der-waals 0 280 C C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.17 Å van-der-waals 0 280 C C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.3 Å van-der-waals 0 281 A O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.33 Å van-der-waals 0 281 A C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.41 Å van-der-waals 0 280 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.47 Å van-der-waals 0 281 A O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.66 Å van-der-waals 0 280 C C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.81 Å van-der-waals 0 280 C N4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.89 Å van-der-waals 0 280 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.92 Å van-der-waals 0 281 A C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CG 4.94 Å van-der-waals 0 280 C C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CZ 4.36 Å van-der-waals 0 280 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CZ 4.46 Å van-der-waals 0 285 A O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CZ 4.63 Å van-der-waals 0 285 A O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CZ 4.8 Å van-der-waals 0 285 A C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CZ 4.83 Å van-der-waals 0 285 A C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CZ 4.91 Å van-der-waals 0 280 C C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CZ 4.91 Å van-der-waals 0 280 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG CZ 4.95 Å van-der-waals 0 280 C C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG N 4.24 Å van-der-waals 0 281 A O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG N 4.37 Å van-der-waals 0 281 A N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG N 4.74 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NE 3.93 Å van-der-waals 0 280 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NE 4.29 Å van-der-waals 0 280 C C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NE 4.4 Å van-der-waals 0 280 C C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NE 4.49 Å van-der-waals 0 280 C N4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NE 4.65 Å van-der-waals 0 280 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH1 3.91 Å van-der-waals 0 285 A O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH1 3.98 Å van-der-waals 0 285 A C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH1 4.02 Å van-der-waals 0 285 A O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH1 4.6 Å van-der-waals 0 285 A C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH1 4.64 Å van-der-waals 0 285 A C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH1 4.71 Å van-der-waals 0 821 C N4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH1 4.76 Å van-der-waals 0 280 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH1 4.9 Å van-der-waals 0 280 C N4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH2 3.9 Å hbond 0 285 A O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH2 4.05 Å ionic 0 283 U OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH2 4.12 Å van-der-waals 0 285 A C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH2 4.41 Å van-der-waals 0 282 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH2 4.63 Å van-der-waals 0 285 A C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH2 4.71 Å ionic 0 283 U OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH2 4.71 Å van-der-waals 0 285 A C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH2 4.74 Å van-der-waals 0 285 A O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH2 4.78 Å ionic 0 283 U P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH2 4.89 Å van-der-waals 0 280 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG NH2 4.96 Å van-der-waals 0 280 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 182 ARG 3.93 Å stack 0 280 C 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN C 4.22 Å van-der-waals 0 281 A N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN C 4.38 Å van-der-waals 0 282 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN C 4.74 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CA 4.17 Å van-der-waals 0 281 A N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CA 4.25 Å van-der-waals 0 282 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CA 4.31 Å van-der-waals 0 281 A O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CA 4.54 Å van-der-waals 0 282 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CA 4.57 Å van-der-waals 0 282 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CA 4.58 Å van-der-waals 0 281 A C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CA 4.92 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CA 4.98 Å van-der-waals 0 281 A O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CB 3 Å van-der-waals 0 282 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CB 3.05 Å van-der-waals 0 282 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CB 3.05 Å van-der-waals 0 282 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CB 4.14 Å van-der-waals 0 281 A O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CB 4.21 Å van-der-waals 0 282 C O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CB 4.28 Å van-der-waals 0 282 C C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CB 4.45 Å van-der-waals 0 281 A O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CB 4.56 Å van-der-waals 0 282 C C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CB 4.74 Å van-der-waals 0 281 A C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CB 4.9 Å van-der-waals 0 282 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CB 4.98 Å van-der-waals 0 282 C C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CB 4.99 Å van-der-waals 0 281 A C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CG 2.96 Å van-der-waals 0 282 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CG 3.26 Å van-der-waals 0 282 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CG 3.42 Å van-der-waals 0 282 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CG 4.27 Å van-der-waals 0 282 C C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CG 4.47 Å van-der-waals 0 282 C O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CG 4.51 Å van-der-waals 0 282 C C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CG 4.53 Å van-der-waals 0 282 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CG 4.64 Å van-der-waals 0 282 C O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN CG 4.75 Å van-der-waals 0 282 C C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN N 4.94 Å van-der-waals 0 281 A N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN ND2 2.84 Å van-der-waals 0 282 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN ND2 3.21 Å van-der-waals 0 282 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN ND2 3.44 Å van-der-waals 0 282 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN ND2 3.73 Å van-der-waals 0 282 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN ND2 3.84 Å van-der-waals 0 282 C C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN ND2 3.92 Å van-der-waals 0 282 C C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN ND2 3.98 Å van-der-waals 0 282 C C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN ND2 3.98 Å van-der-waals 0 282 C O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN O 3.42 Å van-der-waals 0 281 A N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN O 3.83 Å van-der-waals 0 281 A C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN O 4.62 Å van-der-waals 0 281 A C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN O 4.86 Å van-der-waals 0 282 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN O 4.9 Å van-der-waals 0 281 A C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN OD1 3.67 Å van-der-waals 0 282 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN OD1 3.7 Å van-der-waals 0 282 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN OD1 4.45 Å van-der-waals 0 282 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN OD1 4.81 Å van-der-waals 0 282 C O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 183 ASN OD1 4.9 Å van-der-waals 0 282 C C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN C 4.93 Å van-der-waals 0 282 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN CA 4.76 Å van-der-waals 0 282 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN CB 3.74 Å van-der-waals 0 282 C C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN CB 3.74 Å van-der-waals 0 282 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN CB 4.11 Å van-der-waals 0 282 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN CB 4.59 Å van-der-waals 0 282 C C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN CB 4.64 Å van-der-waals 0 282 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN CB 4.71 Å van-der-waals 0 282 C N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN CB 4.81 Å van-der-waals 0 282 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN CG 3.94 Å van-der-waals 0 282 C C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN CG 3.97 Å van-der-waals 0 282 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN CG 4.46 Å van-der-waals 0 282 C N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN CG 4.69 Å van-der-waals 0 282 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN CG 4.81 Å van-der-waals 0 282 C C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN N 4.69 Å van-der-waals 0 282 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN ND2 3.18 Å hbond 0 282 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN ND2 3.22 Å van-der-waals 0 282 C C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN ND2 3.46 Å van-der-waals 0 282 C N1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN ND2 3.91 Å van-der-waals 0 282 C C6 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN ND2 3.98 Å van-der-waals 0 282 C C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN ND2 4.2 Å van-der-waals 0 282 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN ND2 4.4 Å van-der-waals 0 230 G OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN ND2 4.56 Å van-der-waals 0 282 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN ND2 4.64 Å van-der-waals 0 282 C C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN ND2 4.71 Å van-der-waals 0 282 C C5 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN ND2 4.79 Å van-der-waals 0 282 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN ND2 4.9 Å van-der-waals 0 282 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN ND2 4.99 Å van-der-waals 0 281 A O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN O 3.99 Å hbond 0 282 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 184 ASN O 4.99 Å van-der-waals 0 282 C C1' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 185 TYR CD1 4.57 Å van-der-waals 0 821 C N4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 185 TYR CE1 4.22 Å van-der-waals 0 821 C N4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 185 TYR CE1 4.93 Å van-der-waals 0 821 C C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 185 TYR CZ 4.94 Å van-der-waals 0 821 C N4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 187 TYR CE2 4.53 Å van-der-waals 0 821 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 187 TYR CE2 4.8 Å van-der-waals 0 821 C OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 187 TYR CE2 4.99 Å van-der-waals 0 821 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 187 TYR CZ 4.53 Å van-der-waals 0 821 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 187 TYR OH 3.63 Å hbond 0 821 C OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 187 TYR OH 4.69 Å van-der-waals 0 821 C P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 187 TYR OH 4.85 Å van-der-waals 0 821 C O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 187 TYR OH 4.86 Å van-der-waals 0 821 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CB 4.19 Å van-der-waals 0 197 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CB 4.59 Å van-der-waals 0 197 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CB 4.84 Å van-der-waals 0 197 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CD 3.58 Å van-der-waals 0 197 C O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CD 3.64 Å van-der-waals 0 197 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CD 3.8 Å van-der-waals 0 197 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CD 4.15 Å van-der-waals 0 197 C C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CD 4.32 Å van-der-waals 0 197 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CD 4.57 Å van-der-waals 0 197 C C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CD 4.61 Å van-der-waals 0 197 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CD 4.77 Å van-der-waals 0 197 C O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CD 4.83 Å ionic 0 198 U P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CD 4.95 Å ionic 0 198 U OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CG 3.92 Å van-der-waals 0 197 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CG 4.35 Å van-der-waals 0 197 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CG 4.49 Å van-der-waals 0 197 C O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CG 4.52 Å van-der-waals 0 197 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CG 4.55 Å van-der-waals 0 197 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CG 4.68 Å van-der-waals 0 197 C O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CG 4.85 Å van-der-waals 0 197 C C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CZ 3.1 Å van-der-waals 0 197 C O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CZ 3.56 Å ionic 0 198 U OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CZ 3.61 Å ionic 0 198 U P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CZ 3.69 Å ionic 0 198 U OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CZ 4.09 Å van-der-waals 0 197 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CZ 4.18 Å van-der-waals 0 197 C C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CZ 4.2 Å van-der-waals 0 197 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG CZ 4.96 Å van-der-waals 0 197 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NE 3.38 Å van-der-waals 0 197 C O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NE 3.57 Å van-der-waals 0 197 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NE 3.75 Å van-der-waals 0 197 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NE 4.1 Å van-der-waals 0 197 C C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NE 4.3 Å van-der-waals 0 197 C O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NE 4.37 Å ionic 0 198 U P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NE 4.45 Å ionic 0 198 U OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NE 4.59 Å van-der-waals 0 197 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NE 4.65 Å ionic 0 198 U OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NE 4.83 Å van-der-waals 0 197 C O4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NE 4.98 Å van-der-waals 0 197 C C2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH1 2.87 Å ionic 0 198 U OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH1 3.08 Å van-der-waals 0 197 C O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH1 3.32 Å ionic 0 198 U P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH1 3.67 Å ionic 0 198 U OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH1 4.39 Å van-der-waals 0 197 C C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH1 4.69 Å van-der-waals 0 197 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH1 4.78 Å van-der-waals 0 197 C O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH1 4.84 Å van-der-waals 0 198 U O5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH2 3.21 Å ionic 0 198 U OP2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH2 3.68 Å van-der-waals 0 197 C O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH2 3.81 Å ionic 0 198 U P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH2 4.08 Å ionic 0 198 U OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH2 4.26 Å van-der-waals 0 197 C C5' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH2 4.6 Å van-der-waals 0 197 C C4' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 209 ARG NH2 4.68 Å van-der-waals 0 197 C C3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 210 GLY O 4.23 Å van-der-waals 0 230 G O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CD 3.61 Å van-der-waals 0 282 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CD 3.62 Å van-der-waals 0 282 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CD 3.8 Å ionic 0 231 A OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CD 3.92 Å van-der-waals 0 230 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CD 4.02 Å van-der-waals 0 282 C C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CD 4.55 Å ionic 0 231 A P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CD 4.68 Å van-der-waals 0 282 C C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CD 4.94 Å van-der-waals 0 282 C N4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CE 3.54 Å ionic 0 231 A OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CE 3.83 Å van-der-waals 0 282 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CE 4.02 Å van-der-waals 0 282 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CE 4.39 Å van-der-waals 0 282 C C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CE 4.56 Å van-der-waals 0 230 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CE 4.68 Å ionic 0 231 A P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CE 4.84 Å van-der-waals 0 283 U O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CE 4.87 Å van-der-waals 0 282 C C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CG 4.36 Å van-der-waals 0 230 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CG 4.68 Å van-der-waals 0 230 G O2' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CG 4.74 Å ionic 0 231 A OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS CG 4.82 Å van-der-waals 0 282 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS NZ 2.89 Å hbond 0 282 C N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS NZ 3.24 Å hbond 0 231 A OP1 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS NZ 3.48 Å van-der-waals 0 283 U O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS NZ 3.56 Å van-der-waals 0 282 C O2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS NZ 3.63 Å van-der-waals 0 282 C C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS NZ 3.82 Å van-der-waals 0 282 C C4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS NZ 3.95 Å van-der-waals 0 282 C N4 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS NZ 4.23 Å van-der-waals 0 283 U C2 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS NZ 4.57 Å ionic 0 231 A P 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS NZ 4.64 Å van-der-waals 0 283 U N3 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS NZ 4.76 Å van-der-waals 0 230 G O3' 7ASE000 Lig58
Q4DY32_RRM2 7ASEJ02 7ASE J 211 LYS NZ 4.96 Å van-der-waals 0 282 C N1 7ASE000 Lig58