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
P82277_RRM2 187 80 5X8Pv02 5X8P v 125 TYR CD1 4.84 Å van-der-waals a 75 U C2' 5X8Pa00 Lig151
P82277_RRM2 187 80 5X8Pv02 5X8P v 125 TYR CD1 4.89 Å van-der-waals a 75 U O2' 5X8Pa00 Lig151
P82277_RRM2 187 80 5X8Pv02 5X8P v 125 TYR CE1 4.43 Å van-der-waals a 75 U O2 5X8Pa00 Lig151
P82277_RRM2 187 80 5X8Pv02 5X8P v 125 TYR CE1 4.71 Å van-der-waals a 75 U C2' 5X8Pa00 Lig151
P82277_RRM2 187 80 5X8Pv02 5X8P v 125 TYR CE1 4.9 Å van-der-waals a 75 U O2' 5X8Pa00 Lig151
P82277_RRM2 187 80 5X8Pv02 5X8P v 125 TYR CE1 4.98 Å van-der-waals a 75 U C2 5X8Pa00 Lig151
P82277_RRM2 187 80 5X8Pv02 5X8P v 125 TYR CZ 4.97 Å van-der-waals a 75 U O2 5X8Pa00 Lig151
P82277_RRM2 187 80 5X8Pv02 5X8P v 125 TYR OH 4.58 Å van-der-waals a 75 U O2 5X8Pa00 Lig151
P82277_RRM2 190 83 5X8Pv02 5X8P v 128 ASN N 4.68 Å van-der-waals a 75 U O4 5X8Pa00 Lig151
P82277_RRM2 227 138 5X8Pv02 5X8P v 165 PHE CE2 4.48 Å van-der-waals a 75 U N3 5X8Pa00 Lig151
P82277_RRM2 227 138 5X8Pv02 5X8P v 165 PHE CE2 4.68 Å van-der-waals a 75 U O4 5X8Pa00 Lig151
P82277_RRM2 227 138 5X8Pv02 5X8P v 165 PHE CZ 4.8 Å van-der-waals a 75 U O4 5X8Pa00 Lig151
P82277_RRM2 227 138 5X8Pv02 5X8P v 165 PHE CZ 4.94 Å van-der-waals a 75 U N3 5X8Pa00 Lig151
P82277_RRM2 246 157 5X8Pv02 5X8P v 184 ASN CG 4.85 Å van-der-waals a 75 U OP1 5X8Pa00 Lig151
P82277_RRM2 246 157 5X8Pv02 5X8P v 184 ASN ND2 4.39 Å van-der-waals a 75 U OP1 5X8Pa00 Lig151
P82277_RRM2 246 157 5X8Pv02 5X8P v 184 ASN OD1 4.39 Å van-der-waals a 75 U OP1 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG C 4.83 Å van-der-waals a 75 U O3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CB 4.21 Å van-der-waals a 75 U C3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CB 4.28 Å ionic a 75 U OP1 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CB 4.29 Å van-der-waals a 75 U O5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CB 4.37 Å van-der-waals a 75 U C5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CB 4.41 Å van-der-waals a 75 U O3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CB 4.52 Å ionic a 75 U OP2 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CB 4.57 Å ionic a 75 U P 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CB 4.87 Å van-der-waals a 75 U C4' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CB 4.92 Å van-der-waals a 75 U C6 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CD 2.57 Å ionic a 75 U OP1 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CD 2.68 Å van-der-waals a 75 U C5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CD 2.88 Å van-der-waals a 75 U O5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CD 3.11 Å ionic a 75 U P 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CD 3.49 Å van-der-waals a 75 U C3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CD 3.6 Å van-der-waals a 75 U C4' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CD 3.66 Å van-der-waals a 75 U O3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CD 3.7 Å ionic a 75 U OP2 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CD 4.51 Å van-der-waals a 75 U O4' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CD 4.58 Å van-der-waals a 74 G O3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CD 4.86 Å van-der-waals a 75 U C6 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CD 4.91 Å van-der-waals a 75 U C2' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CG 3.67 Å van-der-waals a 75 U C5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CG 3.67 Å van-der-waals a 75 U O3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CG 3.67 Å ionic a 75 U OP1 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CG 3.77 Å van-der-waals a 75 U C3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CG 3.97 Å van-der-waals a 75 U O5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CG 4.27 Å ionic a 75 U P 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CG 4.29 Å van-der-waals a 75 U C4' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CG 4.69 Å ionic a 75 U OP2 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CZ 1.52 Å ionic a 75 U OP1 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CZ 2.76 Å ionic a 75 U P 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CZ 3.33 Å ionic a 75 U OP2 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CZ 3.71 Å van-der-waals a 75 U O5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CZ 3.86 Å van-der-waals a 74 G O3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG CZ 3.94 Å van-der-waals a 75 U C5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NE 1.85 Å ionic a 75 U OP1 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NE 2.52 Å ionic a 75 U P 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NE 2.86 Å ionic a 75 U OP2 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NE 3.03 Å van-der-waals a 75 U O5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NE 3.36 Å van-der-waals a 75 U C5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NE 3.97 Å van-der-waals a 74 G O3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NE 4.55 Å van-der-waals a 75 U C4' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NE 4.7 Å van-der-waals a 75 U C3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NE 4.94 Å van-der-waals a 74 G C3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NH1 2 Å ionic a 75 U OP1 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NH1 2.9 Å ionic a 75 U P 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NH1 3.16 Å hbond a 75 U OP2 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NH1 3.65 Å van-der-waals a 74 G O3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NH1 4.24 Å van-der-waals a 75 U O5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NH1 4.71 Å van-der-waals a 74 G C3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NH1 4.79 Å van-der-waals a 75 U C5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NH2 1.7 Å ionic a 75 U OP1 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NH2 3.18 Å ionic a 75 U P 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NH2 3.73 Å van-der-waals a 75 U C5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NH2 3.91 Å van-der-waals a 75 U O5' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NH2 4.05 Å van-der-waals a 74 G O3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG NH2 4.2 Å ionic a 75 U OP2 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG O 4.61 Å van-der-waals a 75 U O3' 5X8Pa00 Lig151
P82277_RRM2 256 170 5X8Pv02 5X8P v 194 ARG O 4.9 Å van-der-waals a 75 U C3' 5X8Pa00 Lig151