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 22 90 3K0JC01 3K0J C 422 LYS NZ 4.9 Å ionic F 124 U OP2 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CB 4.95 Å van-der-waals F 125 U N3 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CD 3.82 Å van-der-waals F 125 U C2 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CD 3.98 Å van-der-waals F 125 U C2' 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CD 3.98 Å van-der-waals F 125 U N1 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CD 4.03 Å van-der-waals F 125 U O2 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CD 4.12 Å van-der-waals F 125 U N3 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CD 4.38 Å van-der-waals F 125 U C6 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CD 4.49 Å van-der-waals F 125 U C1' 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CD 4.59 Å van-der-waals F 125 U C4 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CD 4.68 Å van-der-waals F 125 U C5 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CD 4.76 Å van-der-waals F 125 U O2' 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CD 4.86 Å van-der-waals F 125 U C3' 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CG 4.19 Å van-der-waals F 125 U N3 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CG 4.37 Å van-der-waals F 125 U C2 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CG 4.45 Å van-der-waals F 125 U C4 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CG 4.7 Å van-der-waals F 125 U O2 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CG 4.76 Å van-der-waals F 125 U N1 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CG 4.81 Å van-der-waals F 125 U C5 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CG 4.87 Å van-der-waals F 125 U O4 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU CG 4.93 Å van-der-waals F 125 U C6 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE1 3.18 Å van-der-waals F 125 U O2 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE1 3.33 Å van-der-waals F 125 U C2 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE1 3.37 Å van-der-waals F 125 U C2' 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE1 3.71 Å van-der-waals F 125 U N1 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE1 3.84 Å van-der-waals F 125 U O2' 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE1 3.89 Å van-der-waals F 125 U N3 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE1 4.03 Å van-der-waals F 125 U C1' 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE1 4.48 Å van-der-waals F 125 U C6 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE1 4.5 Å van-der-waals F 125 U C3' 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE1 4.71 Å hbond F 125 U C4 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE1 4.93 Å van-der-waals F 125 U C5 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE2 3.91 Å van-der-waals F 125 U C2' 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE2 4.17 Å van-der-waals F 125 U N1 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE2 4.36 Å van-der-waals F 125 U C6 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE2 4.4 Å van-der-waals F 125 U C3' 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE2 4.41 Å van-der-waals F 125 U C2 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE2 4.49 Å van-der-waals F 125 U C1' 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE2 4.75 Å van-der-waals F 125 U O2 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE2 4.82 Å van-der-waals F 125 U C5 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE2 4.82 Å van-der-waals F 125 U OP2 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE2 4.83 Å van-der-waals F 125 U N3 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU OE2 4.93 Å van-der-waals F 125 U O2' 3K0JF00 Lig25
P09012_RRM1 25 93 3K0JC01 3K0J C 425 GLU 4.04 Å stack F 125 U 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS CD 4.33 Å van-der-waals F 125 U O2' 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS CD 4.58 Å van-der-waals F 125 U C2' 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS CD 4.87 Å van-der-waals F 125 U O3' 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS CE 4.32 Å van-der-waals F 125 U O3' 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS CE 4.57 Å van-der-waals F 125 U C2' 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS CE 4.59 Å van-der-waals F 125 U O2' 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS CE 4.65 Å van-der-waals F 125 U C3' 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS NZ 3.1 Å hbond F 125 U O3' 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS NZ 3.24 Å van-der-waals F 125 U C3' 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS NZ 3.37 Å van-der-waals F 125 U C2' 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS NZ 3.7 Å van-der-waals F 125 U O2' 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS NZ 4.1 Å ionic F 126 G P 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS NZ 4.23 Å ionic F 126 G OP1 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS NZ 4.39 Å ionic F 126 G OP2 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS NZ 4.76 Å van-der-waals F 125 U C4' 3K0JF00 Lig25
P09012_RRM1 28 96 3K0JC01 3K0J C 428 LYS NZ 4.83 Å van-der-waals F 125 U C1' 3K0JF00 Lig25
P09012_RRM1 49 128 3K0JC01 3K0J C 449 LEU CD1 4.47 Å van-der-waals E 67 A OP1 3K0JE00 Lig25
P09012_RRM1 49 128 3K0JC01 3K0J C 449 LEU CD1 4.8 Å van-der-waals E 68 U OP2 3K0JE00 Lig25
P09012_RRM1 49 128 3K0JC01 3K0J C 449 LEU CD1 4.84 Å van-der-waals E 67 A OP2 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CA 4.72 Å van-der-waals E 67 A OP2 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CB 3.6 Å ionic E 67 A OP2 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CB 4.88 Å ionic E 67 A P 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CB 4.98 Å ionic E 66 G OP1 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CD 2.98 Å ionic E 66 G OP1 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CD 3.98 Å ionic E 66 G P 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CD 4.2 Å ionic E 67 A OP2 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CD 4.3 Å ionic E 66 G OP2 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CD 4.35 Å van-der-waals E 66 G O5' 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CD 4.82 Å van-der-waals E 66 G C5' 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CE 3.25 Å ionic E 66 G OP1 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CE 3.33 Å ionic E 67 A OP2 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CE 4.04 Å ionic E 67 A P 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CE 4.05 Å ionic E 67 A OP1 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CE 4.06 Å van-der-waals E 66 G O5' 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CE 4.12 Å van-der-waals E 66 G C5' 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CE 4.19 Å ionic E 66 G P 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CE 4.39 Å van-der-waals E 66 G O3' 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CE 4.8 Å van-der-waals E 66 G C3' 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CE 4.85 Å ionic E 66 G OP2 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CG 4.39 Å ionic E 66 G OP1 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS CG 4.46 Å ionic E 67 A OP2 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS NZ 2.71 Å hbond E 66 G OP1 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS NZ 3.35 Å van-der-waals E 66 G C5' 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS NZ 3.67 Å van-der-waals E 66 G O5' 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS NZ 3.8 Å ionic E 66 G P 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS NZ 4.07 Å ionic E 67 A OP2 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS NZ 4.29 Å van-der-waals E 66 G O3' 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS NZ 4.41 Å van-der-waals E 66 G C4' 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS NZ 4.46 Å ionic E 67 A OP1 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS NZ 4.46 Å ionic E 67 A P 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS NZ 4.63 Å van-der-waals E 66 G C3' 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS NZ 4.86 Å ionic E 66 G OP2 3K0JE00 Lig25
P09012_RRM1 50 129 3K0JC01 3K0J C 450 LYS NZ 4.87 Å van-der-waals E 65 G O3' 3K0JE00 Lig25