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
P09012_RRM1 6LAXD01 6LAX D 13 TYR CB 3.75 Å van-der-waals A 23 U O2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CB 4.18 Å van-der-waals A 23 U C2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CB 4.36 Å van-der-waals A 23 U N3 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD1 3.77 Å van-der-waals A 23 U C2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD1 3.92 Å van-der-waals A 23 U O2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD1 3.95 Å van-der-waals A 23 U N1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD1 4.07 Å van-der-waals A 23 U N3 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD1 4.13 Å van-der-waals A 23 U O4' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD1 4.36 Å van-der-waals A 23 U C1' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD1 4.44 Å hbond A 23 U C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD1 4.57 Å van-der-waals A 23 U C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD1 4.72 Å van-der-waals A 23 U C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD2 3.31 Å van-der-waals A 23 U N3 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD2 3.7 Å van-der-waals A 23 U C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD2 3.81 Å van-der-waals A 23 U C2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD2 3.89 Å van-der-waals A 23 U O4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD2 4.12 Å van-der-waals A 23 U O2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD2 4.49 Å van-der-waals A 23 U C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD2 4.53 Å van-der-waals A 23 U N1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CD2 4.85 Å van-der-waals A 23 U C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE1 3.88 Å van-der-waals A 23 U N1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE1 3.93 Å van-der-waals A 23 U C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE1 4.03 Å van-der-waals A 23 U C2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE1 4.05 Å van-der-waals A 23 U O4' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE1 4.09 Å van-der-waals A 23 U C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE1 4.16 Å van-der-waals A 23 U N3 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE1 4.24 Å van-der-waals A 23 U C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE1 4.47 Å van-der-waals A 23 U C1' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE1 4.55 Å van-der-waals A 23 U O2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE1 4.9 Å van-der-waals A 23 U O4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE2 3.29 Å van-der-waals A 23 U C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE2 3.37 Å van-der-waals A 23 U O4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE2 3.43 Å van-der-waals A 23 U N3 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE2 3.85 Å hbond A 23 U C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE2 4.08 Å van-der-waals A 23 U C2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE2 4.41 Å van-der-waals A 23 U C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE2 4.49 Å van-der-waals A 23 U N1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CE2 4.74 Å van-der-waals A 23 U O2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CG 3.67 Å van-der-waals A 23 U C2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CG 3.69 Å van-der-waals A 23 U N3 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CG 3.69 Å van-der-waals A 23 U O2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CG 4.31 Å van-der-waals A 23 U N1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CG 4.36 Å van-der-waals A 23 U C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CG 4.86 Å van-der-waals A 23 U O4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CG 4.9 Å van-der-waals A 23 U C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CG 4.92 Å van-der-waals A 23 U C1' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CG 4.92 Å van-der-waals A 23 U C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CZ 3.59 Å van-der-waals A 23 U C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CZ 3.61 Å van-der-waals A 23 U C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CZ 3.85 Å van-der-waals A 23 U N3 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CZ 3.91 Å van-der-waals A 23 U C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CZ 3.97 Å van-der-waals A 23 U O4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CZ 4.16 Å van-der-waals A 23 U N1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CZ 4.18 Å van-der-waals A 23 U C2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CZ 4.91 Å van-der-waals A 23 U O4' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR CZ 4.92 Å van-der-waals A 23 U O2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR OH 3.62 Å van-der-waals A 23 U C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR OH 3.94 Å van-der-waals A 23 U C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR OH 4.08 Å van-der-waals A 23 U C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR OH 4.19 Å van-der-waals A 23 U O4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR OH 4.6 Å van-der-waals A 23 U N3 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR OH 4.73 Å van-der-waals A 23 U N1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 13 TYR 3.55 Å stack A 23 U 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS CD 4.23 Å ionic A 41 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS CE 3.92 Å ionic A 42 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS CE 4.54 Å ionic A 42 U OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS CE 4.71 Å ionic A 42 U P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS CE 4.81 Å ionic A 41 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS NZ 2.74 Å hbond A 42 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS NZ 3.41 Å ionic A 42 U P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS NZ 3.42 Å ionic A 42 U OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS NZ 3.94 Å van-der-waals A 41 C O3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS NZ 4.06 Å van-der-waals A 41 C O5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS NZ 4.13 Å ionic A 41 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS NZ 4.57 Å van-der-waals A 41 C C3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS NZ 4.57 Å ionic A 41 C P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS NZ 4.72 Å van-der-waals A 41 C C5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 23 LYS NZ 4.89 Å van-der-waals A 42 U O5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CD 3.33 Å van-der-waals B 18 U N3 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CD 3.46 Å van-der-waals B 18 U C2 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CD 3.62 Å van-der-waals B 18 U C4 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CD 3.82 Å van-der-waals B 18 U N1 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CD 3.86 Å van-der-waals B 18 U O2' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CD 3.91 Å van-der-waals B 18 U O2 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CD 3.95 Å van-der-waals B 18 U C5 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CD 4.03 Å van-der-waals B 18 U C6 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CD 4.17 Å van-der-waals B 18 U O4 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CD 4.45 Å van-der-waals B 18 U C2' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CD 4.6 Å van-der-waals B 18 U C1' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CG 3.74 Å van-der-waals B 18 U C4 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CG 3.74 Å van-der-waals B 18 U N3 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CG 3.81 Å van-der-waals B 18 U O4 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CG 4.36 Å van-der-waals B 18 U C2 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CG 4.36 Å van-der-waals B 18 U C5 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CG 4.87 Å van-der-waals B 18 U C6 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CG 4.88 Å van-der-waals B 18 U N1 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU CG 4.89 Å van-der-waals B 18 U O2 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE1 3.39 Å hbond B 18 U O2' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE1 3.63 Å van-der-waals B 18 U C6 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE1 3.66 Å van-der-waals B 18 U N1 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE1 3.74 Å van-der-waals B 18 U C5 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE1 3.77 Å van-der-waals B 18 U C2 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE1 3.83 Å van-der-waals B 18 U C2' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE1 3.83 Å van-der-waals B 18 U N3 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE1 3.88 Å van-der-waals B 18 U C4 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE1 4.29 Å van-der-waals B 18 U C1' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE1 4.38 Å van-der-waals B 18 U O2 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE1 4.56 Å van-der-waals B 18 U O4 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE2 3.05 Å van-der-waals B 18 U C2 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE2 3.11 Å van-der-waals B 18 U O2 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE2 3.2 Å van-der-waals B 18 U N3 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE2 3.5 Å van-der-waals B 18 U O2' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE2 3.68 Å van-der-waals B 18 U N1 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE2 3.95 Å van-der-waals B 18 U C4 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE2 4.27 Å van-der-waals B 18 U C1' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE2 4.28 Å van-der-waals B 18 U C2' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE2 4.3 Å van-der-waals B 18 U C6 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE2 4.42 Å van-der-waals B 18 U C5 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU OE2 4.6 Å van-der-waals B 18 U O4 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 25 GLU 3.37 Å stack B 18 U 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 28 LYS CD 4.1 Å van-der-waals B 18 U O2' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 28 LYS CE 4.14 Å van-der-waals B 18 U O2' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 28 LYS NZ 3.65 Å hbond B 18 U O2' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 28 LYS NZ 4.46 Å ionic B 19 G OP1 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 28 LYS NZ 4.5 Å van-der-waals B 18 U O3' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 28 LYS NZ 4.67 Å ionic B 19 G OP2 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 28 LYS NZ 4.75 Å ionic B 19 G P 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 28 LYS NZ 4.89 Å van-der-waals B 18 U C2' 6LAXB00 Lig8
P09012_RRM1 6LAXD01 6LAX D 45 VAL C 4.69 Å van-der-waals A 41 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 45 VAL O 4.05 Å van-der-waals A 41 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS C 4.06 Å van-der-waals A 41 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS C 4.3 Å van-der-waals A 41 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS C 4.72 Å van-der-waals A 41 C P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CA 3.26 Å van-der-waals A 41 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CA 4.13 Å van-der-waals A 41 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CA 4.19 Å van-der-waals A 41 C P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CB 3.05 Å ionic A 41 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CB 3.4 Å ionic A 41 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CB 3.61 Å ionic A 41 C P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CB 3.75 Å ionic A 40 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CB 4.05 Å van-der-waals A 40 C C5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CB 4.11 Å van-der-waals A 40 C O5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CB 4.18 Å van-der-waals A 40 C O3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CB 4.33 Å ionic A 40 C P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CB 4.68 Å ionic A 40 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CB 4.78 Å van-der-waals A 40 C C3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CB 4.89 Å van-der-waals A 40 C C4' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CG 2.82 Å ionic A 40 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CG 3.57 Å ionic A 40 C P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CG 3.8 Å ionic A 40 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CG 3.91 Å van-der-waals A 40 C O5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CG 4.15 Å van-der-waals A 40 C C5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CG 4.16 Å ionic A 41 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CG 4.46 Å ionic A 41 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS CG 4.75 Å ionic A 41 C P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 46 LYS N 4.45 Å van-der-waals A 41 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CA 4.34 Å van-der-waals A 41 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CB 3.97 Å ionic A 41 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CD 3.56 Å ionic A 41 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CD 3.71 Å ionic A 42 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CD 4.12 Å van-der-waals A 41 C C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CD 4.22 Å van-der-waals A 41 C O5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CD 4.26 Å van-der-waals A 41 C C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CD 4.26 Å van-der-waals A 42 U C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CD 4.49 Å ionic A 41 C P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CD 4.75 Å van-der-waals A 41 C C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CD 4.8 Å van-der-waals A 41 C C3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CD 4.87 Å van-der-waals A 42 U O4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CD 4.97 Å van-der-waals A 41 C N1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CG 3.32 Å ionic A 41 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CG 3.92 Å ionic A 42 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CG 4.2 Å ionic A 41 C P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CG 4.28 Å van-der-waals A 41 C O5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CG 4.63 Å ionic A 41 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CZ 3.36 Å van-der-waals A 43 G N7 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CZ 3.43 Å van-der-waals A 43 G O6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CZ 3.57 Å van-der-waals A 42 U C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CZ 3.97 Å van-der-waals A 42 U O4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CZ 4.01 Å van-der-waals A 42 U C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CZ 4.06 Å ionic A 42 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CZ 4.09 Å van-der-waals A 43 G C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CZ 4.12 Å van-der-waals A 43 G C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CZ 4.39 Å van-der-waals A 42 U C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG CZ 4.46 Å van-der-waals A 43 G C8 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG N 3.45 Å hbond A 41 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG N 3.94 Å van-der-waals A 41 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG N 4.18 Å van-der-waals A 41 C P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NE 3.9 Å van-der-waals A 42 U C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NE 3.91 Å van-der-waals A 43 G O6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NE 4.05 Å van-der-waals A 42 U O4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NE 4.33 Å van-der-waals A 42 U C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NE 4.34 Å ionic A 42 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NE 4.53 Å van-der-waals A 43 G N7 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NE 4.74 Å van-der-waals A 41 C C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NE 4.82 Å van-der-waals A 43 G C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NE 4.91 Å van-der-waals A 42 U C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NE 4.94 Å ionic A 41 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NE 4.97 Å van-der-waals A 41 C C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 2.96 Å hbond A 42 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 3.42 Å van-der-waals A 43 G N7 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 3.52 Å van-der-waals A 42 U C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 3.95 Å van-der-waals A 42 U C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 4.22 Å ionic A 42 U P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 4.22 Å van-der-waals A 43 G C8 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 4.23 Å van-der-waals A 42 U O5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 4.32 Å van-der-waals A 42 U C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 4.48 Å van-der-waals A 43 G O6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 4.52 Å van-der-waals A 43 G C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 4.64 Å van-der-waals A 42 U O4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 4.87 Å ionic A 43 G OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 4.92 Å van-der-waals A 43 G C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH1 4.99 Å van-der-waals A 42 U N1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 2.29 Å hbond A 43 G O6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 2.61 Å hbond A 43 G N7 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 2.95 Å van-der-waals A 43 G C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 3.06 Å van-der-waals A 43 G C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 3.82 Å van-der-waals A 42 U O4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 3.86 Å van-der-waals A 43 G C8 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 4 Å van-der-waals A 42 U C5 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 4.01 Å van-der-waals A 42 U C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 4.19 Å ionic A 45 A OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 4.31 Å van-der-waals A 43 G N1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 4.42 Å van-der-waals A 43 G C4 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 4.78 Å van-der-waals A 43 G N9 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 4.84 Å ionic A 45 A OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 4.85 Å van-der-waals A 42 U C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG NH2 4.9 Å van-der-waals A 42 U N3 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 47 ARG 3.55 Å stack A 42 U 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 48 SER CA 4.98 Å van-der-waals A 40 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 48 SER CB 4.53 Å van-der-waals A 40 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 48 SER CB 4.74 Å van-der-waals A 40 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 48 SER N 4.46 Å van-der-waals A 40 C OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 48 SER OG 4.81 Å van-der-waals A 40 C OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 50 LYS CD 3.84 Å ionic A 45 A OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 50 LYS CE 3.35 Å ionic A 45 A OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 50 LYS CE 4.36 Å van-der-waals A 43 G O6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 50 LYS CE 4.77 Å ionic A 45 A P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 50 LYS CG 4.82 Å ionic A 45 A OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 50 LYS NZ 2.91 Å hbond A 45 A OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 50 LYS NZ 4.1 Å van-der-waals A 43 G O6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 50 LYS NZ 4.4 Å ionic A 45 A P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 50 LYS NZ 4.89 Å van-der-waals A 43 G C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG CD 4.16 Å ionic A 23 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG CZ 3.1 Å ionic A 23 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG CZ 3.98 Å ionic A 23 U P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG CZ 4.11 Å van-der-waals A 22 C O3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG CZ 4.45 Å ionic A 23 U OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG CZ 4.46 Å van-der-waals A 22 C O2' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG CZ 4.72 Å van-der-waals A 22 C C2' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG CZ 4.92 Å van-der-waals A 22 C C3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NE 3.9 Å ionic A 23 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NE 4.78 Å ionic A 23 U P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NE 4.93 Å ionic A 23 U OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH1 2.27 Å ionic A 23 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH1 3.49 Å ionic A 23 U P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH1 3.86 Å van-der-waals A 22 C O3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH1 4.29 Å ionic A 23 U OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH1 4.65 Å van-der-waals A 23 U O5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH1 4.82 Å van-der-waals A 22 C O2' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH1 4.88 Å van-der-waals A 23 U C5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH1 4.98 Å van-der-waals A 22 C C3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH2 3.42 Å hbond A 22 C O2' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH2 3.7 Å ionic A 23 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH2 3.83 Å van-der-waals A 22 C O3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH2 3.89 Å van-der-waals A 22 C C2' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH2 4.21 Å ionic A 23 U P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH2 4.43 Å van-der-waals A 22 C C3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 52 ARG NH2 4.69 Å ionic A 23 U OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 54 GLN CD 4.2 Å van-der-waals A 23 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 54 GLN CD 4.85 Å van-der-waals A 23 U O4' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 54 GLN CD 4.94 Å van-der-waals A 23 U C5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 54 GLN NE2 3.25 Å hbond A 23 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 54 GLN NE2 3.73 Å van-der-waals A 23 U C5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 54 GLN NE2 4.05 Å van-der-waals A 23 U O4' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 54 GLN NE2 4.32 Å van-der-waals A 23 U P 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 54 GLN NE2 4.39 Å van-der-waals A 23 U C4' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 54 GLN NE2 4.5 Å van-der-waals A 23 U O5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 54 GLN NE2 4.82 Å van-der-waals A 23 U OP1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 54 GLN OE1 4.32 Å van-der-waals A 23 U OP2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 54 GLN OE1 4.97 Å van-der-waals A 23 U C6 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CE1 3.78 Å van-der-waals A 23 U O4' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CE1 3.97 Å van-der-waals A 23 U C4' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CE1 4.63 Å van-der-waals A 23 U C1' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CE1 4.74 Å van-der-waals A 23 U O3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CE1 4.83 Å van-der-waals A 23 U C5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CE2 4.01 Å van-der-waals A 23 U O2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CE2 4.07 Å van-der-waals A 23 U O4' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CE2 4.19 Å van-der-waals A 23 U C1' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CE2 4.55 Å van-der-waals A 23 U O3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CE2 4.66 Å van-der-waals A 23 U C4' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CE2 4.73 Å van-der-waals A 23 U C2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CE2 4.87 Å van-der-waals A 23 U N1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CZ 3.06 Å van-der-waals A 23 U O4' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CZ 3.55 Å van-der-waals A 23 U C4' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CZ 3.57 Å van-der-waals A 23 U C1' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CZ 4 Å van-der-waals A 23 U O3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CZ 4.21 Å van-der-waals A 23 U O2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CZ 4.36 Å van-der-waals A 23 U C3' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CZ 4.4 Å van-der-waals A 23 U N1 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CZ 4.64 Å van-der-waals A 23 U C2 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CZ 4.7 Å van-der-waals A 23 U C5' 6LAXA00 Lig8
P09012_RRM1 6LAXD01 6LAX D 56 PHE CZ 4.71 Å van-der-waals A 23 U C2' 6LAXA00 Lig8