1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 Luu, K.N. Phan, A.T. Kuryavyi, V.V. Lacroix, L. Patel, D.J. http://mmcif.pdb.org/dictionaries/ascii/mmcif_pdbx.dic 1 90.00 90.00 90.00 1.000 1.000 1.000 C10 H14 N5 O6 P 331.222 y 2'-DEOXYADENOSINE-5'-MONOPHOSPHATE DNA linking C10 H14 N5 O7 P 347.221 y 2'-DEOXYGUANOSINE-5'-MONOPHOSPHATE DNA linking C10 H15 N2 O8 P 322.208 y THYMIDINE-5'-MONOPHOSPHATE DNA linking N 1 N O N 2 N P N 3 N O N 4 N O N 5 N O N 6 N C N 7 R C N 8 N O N 9 S C N 10 N O N 11 N C N 12 R C Y 13 N N Y 14 N C Y 15 N N Y 16 N C Y 17 N C N 18 N N Y 19 N N Y 20 N C Y 21 N N Y 22 N C N 23 N H N 24 N H N 25 N H N 26 N H N 27 N H N 28 N H N 29 N H N 30 N H N 31 N H N 32 N H N 33 N H N 34 N H N 35 N H N 36 N H N 37 N O N 38 N P N 39 N O N 40 N O N 41 N O N 42 N C N 43 R C N 44 N O N 45 S C N 46 N O N 47 N C N 48 R C Y 49 N N Y 50 N C Y 51 N N Y 52 N C N 53 N C N 54 N O N 55 N N N 56 N C N 57 N N N 58 N N Y 59 N C N 60 N H N 61 N H N 62 N H N 63 N H N 64 N H N 65 N H N 66 N H N 67 N H N 68 N H N 69 N H N 70 N H N 71 N H N 72 N H N 73 N H N 74 N O N 75 N P N 76 N O N 77 N O N 78 N O N 79 N C N 80 R C N 81 N O N 82 S C N 83 N O N 84 N C N 85 R C N 86 N N N 87 N C N 88 N O N 89 N N N 90 N C N 91 N O N 92 N C N 93 N C N 94 N C N 95 N H N 96 N H N 97 N H N 98 N H N 99 N H N 100 N H N 101 N H N 102 N H N 103 N H N 104 N H N 105 N H N 106 N H N 107 N H N 108 N H N 109 N H N 1 N sing N 2 N sing N 3 N doub N 4 N sing N 5 N sing N 6 N sing N 7 N sing N 8 N sing N 9 N sing N 10 N sing N 11 N sing N 12 N sing N 13 N sing N 14 N sing N 15 N sing N 16 N sing N 17 N sing N 18 N sing N 19 N sing N 20 N sing N 21 N sing N 22 N sing N 23 N sing Y 24 N sing Y 25 N sing Y 26 N doub N 27 N sing Y 28 N sing Y 29 N sing Y 30 N doub N 31 N sing Y 32 N doub N 33 N sing N 34 N sing Y 35 N sing Y 36 N doub N 37 N sing Y 38 N sing N 39 N sing N 40 N sing N 41 N doub N 42 N sing N 43 N sing N 44 N sing N 45 N sing N 46 N sing N 47 N sing N 48 N sing N 49 N sing N 50 N sing N 51 N sing N 52 N sing N 53 N sing N 54 N sing N 55 N sing N 56 N sing N 57 N sing N 58 N sing N 59 N sing N 60 N sing N 61 N sing Y 62 N sing Y 63 N sing Y 64 N doub N 65 N sing Y 66 N sing N 67 N sing Y 68 N doub N 69 N doub N 70 N sing N 71 N sing N 72 N sing N 73 N sing N 74 N doub N 75 N sing N 76 N sing N 77 N sing N 78 N sing N 79 N sing N 80 N doub N 81 N sing N 82 N sing N 83 N sing N 84 N sing N 85 N sing N 86 N sing N 87 N sing N 88 N sing N 89 N sing N 90 N sing N 91 N sing N 92 N sing N 93 N sing N 94 N sing N 95 N sing N 96 N sing N 97 N sing N 98 N sing N 99 N sing N 100 N sing N 101 N sing N 102 N sing N 103 N doub N 104 N sing N 105 N sing N 106 N sing N 107 N doub N 108 N sing N 109 N sing N 110 N doub N 111 N sing N 112 N sing N 113 N sing N 114 N sing US J.Am.Chem.Soc. JACSAT 0004 0002-7863 128 9963 9970 10.1021/ja062791w 16866556 Structure of the human telomere in k(+) solution: an intramolecular (3 + 1) g-quadruplex scaffold. 2006 10.2210/pdb2gku/pdb pdb_00002gku 1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 1 SINGLE WAVELENGTH M 1 1.0 7591.883 Human telomere DNA 1 man polymer no no (DT)(DT)(DG)(DG)(DG)(DT)(DT)(DA)(DG)(DG)(DG)(DT)(DT)(DA)(DG)(DG)(DG)(DT)(DT)(DA) (DG)(DG)(DG)(DA) TTGGGTTAGGGTTAGGGTTAGGGA A polydeoxyribonucleotide n n n n n n n n n n n n n n n n n n n n n n n n human Homo Escherichia sample 9606 Homo sapiens 562 Escherichia coli database_2 pdbx_nmr_software pdbx_nmr_spectrometer pdbx_struct_assembly pdbx_struct_oper_list chem_comp_atom chem_comp_bond repository Initial release Version format compliance Version format compliance Data collection Database references Derived calculations Data collection 1 0 2006-08-15 1 1 2008-05-01 1 2 2011-07-13 1 3 2022-03-09 1 4 2024-05-29 _database_2.pdbx_DOI _database_2.pdbx_database_accession _pdbx_nmr_software.name _pdbx_nmr_spectrometer.model Human telomere DNA solution structure in the presence of Na cations Tetrahymena telomere DNA solution structure Human telomere DNA crystal structure in the presence of K cations 3 repeats of human telomere DNA solution structure RCSB Y RCSB 2006-04-03 REL REL back calculated data agree with experimental NOESY spectrum 50 12 1H-1H NOESY 1H-1H TOCSY 1H-31P COSY 1H-1H COSY 1H-15N JRHMQC 1H-15N HMBC 70 mM 7.0 1 atm 298 K TORSION ANGLE DYNAMICS CARTESIAN DYNAMICS MATRIX RELAXATION 1 lowest energy 70 MM KCL 20 MM POTASSIUM PHOSPHATE 90% H2O 10% D2O 90% H2O/10% D2O 70 MM KCL 20 MM POTASSIUM PHOSPHATE 100% D2O 100% D2O VARIAN collection VNMR 6.0 ACCELRYS data analysis Felix 2000 AT BRUNGER structure solution X-PLOR 3.851 AT BRUNGER refinement X-PLOR 3.851 600 Varian INOVA 800 Bruker AVANCE T 1 n 1 DT 1 A T 2 n 2 DT 2 A G 3 n 3 DG 3 A G 4 n 4 DG 4 A G 5 n 5 DG 5 A T 6 n 6 DT 6 A T 7 n 7 DT 7 A A 8 n 8 DA 8 A G 9 n 9 DG 9 A G 10 n 10 DG 10 A G 11 n 11 DG 11 A T 12 n 12 DT 12 A T 13 n 13 DT 13 A A 14 n 14 DA 14 A G 15 n 15 DG 15 A G 16 n 16 DG 16 A G 17 n 17 DG 17 A T 18 n 18 DT 18 A T 19 n 19 DT 19 A A 20 n 20 DA 20 A G 21 n 21 DG 21 A G 22 n 22 DG 22 A G 23 n 23 DG 23 A A 24 n 24 DA 24 A author_defined_assembly 1 monomeric 1.0000000000 0.0000000000 0.0000000000 0.0000000000 1.0000000000 0.0000000000 0.0000000000 0.0000000000 1.0000000000 1_555 x,y,z identity operation 0.0000000000 0.0000000000 0.0000000000 1 3.49 0.30 108.30 111.79 A A A O4' C1' N1 DT DT DT 1 1 1 N 1 2.93 0.30 108.30 111.23 A A A O4' C1' N1 DT DT DT 2 2 2 N 1 -3.78 0.60 122.90 119.12 A A A C6 C5 C7 DT DT DT 2 2 2 N 1 3.48 0.30 108.30 111.78 A A A O4' C1' N9 DG DG DG 3 3 3 N 1 3.76 0.30 108.30 112.06 A A A O4' C1' N9 DG DG DG 4 4 4 N 1 2.82 0.30 108.30 111.12 A A A O4' C1' N9 DG DG DG 5 5 5 N 1 2.33 0.30 108.30 110.63 A A A O4' C1' N1 DT DT DT 6 6 6 N 1 -3.62 0.60 122.90 119.28 A A A C6 C5 C7 DT DT DT 6 6 6 N 1 3.09 0.30 108.30 111.39 A A A O4' C1' N1 DT DT DT 7 7 7 N 1 2.65 0.30 108.30 110.95 A A A O4' C1' N9 DA DA DA 8 8 8 N 1 2.52 0.30 108.30 110.82 A A A O4' C1' N9 DG DG DG 9 9 9 N 1 2.76 0.30 108.30 111.06 A A A O4' C1' N9 DG DG DG 10 10 10 N 1 2.62 0.30 108.30 110.92 A A A O4' C1' N9 DG DG DG 11 11 11 N 1 2.90 0.30 108.30 111.20 A A A O4' C1' N1 DT DT DT 12 12 12 N 1 -3.60 0.60 122.90 119.30 A A A C6 C5 C7 DT DT DT 12 12 12 N 1 3.77 0.30 108.30 112.07 A A A O4' C1' N1 DT DT DT 13 13 13 N 1 2.99 0.30 108.30 111.29 A A A O4' C1' N9 DA DA DA 14 14 14 N 1 3.08 0.30 108.30 111.38 A A A O4' C1' N9 DG DG DG 15 15 15 N 1 2.52 0.30 108.30 110.82 A A A O4' C1' N9 DG DG DG 16 16 16 N 1 3.66 0.30 108.30 111.96 A A A O4' C1' N9 DG DG DG 17 17 17 N 1 3.44 0.30 108.30 111.74 A A A O4' C1' N1 DT DT DT 18 18 18 N 1 3.93 0.30 108.30 112.23 A A A O4' C1' N1 DT DT DT 19 19 19 N 1 3.45 0.30 108.30 111.75 A A A O4' C1' N9 DA DA DA 20 20 20 N 1 3.94 0.30 108.30 112.24 A A A O4' C1' N9 DG DG DG 21 21 21 N 1 3.91 0.30 108.30 112.21 A A A O4' C1' N9 DG DG DG 22 22 22 N 1 3.60 0.30 108.30 111.90 A A A O4' C1' N9 DG DG DG 23 23 23 N 1 3.46 0.30 108.30 111.76 A A A O4' C1' N9 DA DA DA 24 24 24 N 2 3.99 0.30 108.30 112.29 A A A O4' C1' N1 DT DT DT 1 1 1 N 2 2.76 0.30 108.30 111.06 A A A O4' C1' N1 DT DT DT 2 2 2 N 2 -3.95 0.60 122.90 118.95 A A A C6 C5 C7 DT DT DT 2 2 2 N 2 3.40 0.30 108.30 111.70 A A A O4' C1' N9 DG DG DG 3 3 3 N 2 3.84 0.30 108.30 112.14 A A A O4' C1' N9 DG DG DG 4 4 4 N 2 2.34 0.30 108.30 110.64 A A A O4' C1' N9 DG DG DG 5 5 5 N 2 3.37 0.30 108.30 111.67 A A A O4' C1' N1 DT DT DT 6 6 6 N 2 3.17 0.30 108.30 111.47 A A A O4' C1' N1 DT DT DT 7 7 7 N 2 2.73 0.30 108.30 111.03 A A A O4' C1' N9 DA DA DA 8 8 8 N 2 2.60 0.30 108.30 110.90 A A A O4' C1' N9 DG DG DG 9 9 9 N 2 2.84 0.30 108.30 111.14 A A A O4' C1' N9 DG DG DG 10 10 10 N 2 3.38 0.30 108.30 111.68 A A A O4' C1' N9 DG DG DG 11 11 11 N 2 2.57 0.30 108.30 110.87 A A A O4' C1' N1 DT DT DT 12 12 12 N 2 4.83 0.30 108.30 113.13 A A A O4' C1' N1 DT DT DT 13 13 13 N 2 3.03 0.30 108.30 111.33 A A A O4' C1' N9 DA DA DA 14 14 14 N 2 4.04 0.30 108.30 112.34 A A A O4' C1' N9 DG DG DG 15 15 15 N 2 3.22 0.30 108.30 111.52 A A A O4' C1' N9 DG DG DG 16 16 16 N 2 4.19 0.30 108.30 112.49 A A A O4' C1' N9 DG DG DG 17 17 17 N 2 3.29 0.30 108.30 111.59 A A A O4' C1' N1 DT DT DT 18 18 18 N 2 3.48 0.30 108.30 111.78 A A A O4' C1' N1 DT DT DT 19 19 19 N 2 -3.69 0.60 122.90 119.21 A A A C6 C5 C7 DT DT DT 19 19 19 N 2 3.80 0.30 108.30 112.10 A A A O4' C1' N9 DA DA DA 20 20 20 N 2 3.84 0.30 108.30 112.14 A A A O4' C1' N9 DG DG DG 21 21 21 N 2 4.15 0.30 108.30 112.45 A A A O4' C1' N9 DG DG DG 22 22 22 N 2 3.13 0.30 108.30 111.43 A A A O4' C1' N9 DG DG DG 23 23 23 N 2 3.28 0.30 108.30 111.58 A A A O4' C1' N9 DA DA DA 24 24 24 N 3 3.16 0.30 108.30 111.46 A A A O4' C1' N1 DT DT DT 1 1 1 N 3 2.69 0.30 108.30 110.99 A A A O4' C1' N1 DT DT DT 2 2 2 N 3 -3.81 0.60 122.90 119.09 A A A C6 C5 C7 DT DT DT 2 2 2 N 3 3.44 0.30 108.30 111.74 A A A O4' C1' N9 DG DG DG 3 3 3 N 3 3.91 0.30 108.30 112.21 A A A O4' C1' N9 DG DG DG 4 4 4 N 3 2.55 0.30 108.30 110.85 A A A O4' C1' N9 DG DG DG 5 5 5 N 3 2.52 0.30 108.30 110.82 A A A O4' C1' N1 DT DT DT 6 6 6 N 3 3.06 0.30 108.30 111.36 A A A O4' C1' N1 DT DT DT 7 7 7 N 3 2.72 0.30 108.30 111.02 A A A O4' C1' N9 DA DA DA 8 8 8 N 3 2.95 0.30 108.30 111.25 A A A O4' C1' N9 DG DG DG 9 9 9 N 3 2.76 0.30 108.30 111.06 A A A O4' C1' N9 DG DG DG 10 10 10 N 3 3.12 0.30 108.30 111.42 A A A O4' C1' N9 DG DG DG 11 11 11 N 3 2.78 0.30 108.30 111.08 A A A O4' C1' N1 DT DT DT 12 12 12 N 3 3.58 0.30 108.30 111.88 A A A O4' C1' N1 DT DT DT 13 13 13 N 3 3.10 0.30 108.30 111.40 A A A O4' C1' N9 DA DA DA 14 14 14 N 3 4.20 0.30 108.30 112.50 A A A O4' C1' N9 DG DG DG 15 15 15 N 3 3.21 0.30 108.30 111.51 A A A O4' C1' N9 DG DG DG 16 16 16 N 3 3.98 0.30 108.30 112.28 A A A O4' C1' N9 DG DG DG 17 17 17 N 3 3.37 0.30 108.30 111.67 A A A O4' C1' N1 DT DT DT 18 18 18 N 3 3.99 0.30 108.30 112.29 A A A O4' C1' N1 DT DT DT 19 19 19 N 3 -3.74 0.60 122.90 119.16 A A A C6 C5 C7 DT DT DT 19 19 19 N 3 3.52 0.30 108.30 111.82 A A A O4' C1' N9 DA DA DA 20 20 20 N 3 3.73 0.30 108.30 112.03 A A A O4' C1' N9 DG DG DG 21 21 21 N 3 4.19 0.30 108.30 112.49 A A A O4' C1' N9 DG DG DG 22 22 22 N 3 3.24 0.30 108.30 111.54 A A A O4' C1' N9 DG DG DG 23 23 23 N 3 3.37 0.30 108.30 111.67 A A A O4' C1' N9 DA DA DA 24 24 24 N 4 3.62 0.30 108.30 111.92 A A A O4' C1' N1 DT DT DT 1 1 1 N 4 2.99 0.30 108.30 111.29 A A A O4' C1' N1 DT DT DT 2 2 2 N 4 -3.72 0.60 122.90 119.18 A A A C6 C5 C7 DT DT DT 2 2 2 N 4 3.26 0.30 108.30 111.56 A A A O4' C1' N9 DG DG DG 3 3 3 N 4 3.65 0.30 108.30 111.95 A A A O4' C1' N9 DG DG DG 4 4 4 N 4 3.52 0.30 108.30 111.82 A A A O4' C1' N1 DT DT DT 6 6 6 N 4 2.27 0.30 108.30 110.57 A A A O4' C1' N1 DT DT DT 7 7 7 N 4 2.91 0.30 108.30 111.21 A A A O4' C1' N9 DA DA DA 8 8 8 N 4 2.83 0.30 108.30 111.13 A A A O4' C1' N9 DG DG DG 9 9 9 N 4 2.88 0.30 108.30 111.18 A A A O4' C1' N9 DG DG DG 10 10 10 N 4 3.30 0.30 108.30 111.60 A A A O4' C1' N9 DG DG DG 11 11 11 N 4 2.54 0.30 108.30 110.84 A A A O4' C1' N1 DT DT DT 12 12 12 N 4 4.94 0.30 108.30 113.24 A A A O4' C1' N1 DT DT DT 13 13 13 N 4 3.29 0.30 108.30 111.59 A A A O4' C1' N9 DA DA DA 14 14 14 N 4 4.28 0.30 108.30 112.58 A A A O4' C1' N9 DG DG DG 15 15 15 N 4 3.24 0.30 108.30 111.54 A A A O4' C1' N9 DG DG DG 16 16 16 N 4 3.89 0.30 108.30 112.19 A A A O4' C1' N9 DG DG DG 17 17 17 N 4 3.34 0.30 108.30 111.64 A A A O4' C1' N1 DT DT DT 18 18 18 N 4 4.81 0.30 108.30 113.11 A A A O4' C1' N1 DT DT DT 19 19 19 N 4 -3.76 0.60 122.90 119.14 A A A C6 C5 C7 DT DT DT 19 19 19 N 4 3.29 0.30 108.30 111.59 A A A O4' C1' N9 DA DA DA 20 20 20 N 4 3.92 0.30 108.30 112.22 A A A O4' C1' N9 DG DG DG 21 21 21 N 4 4.18 0.30 108.30 112.48 A A A O4' C1' N9 DG DG DG 22 22 22 N 4 3.04 0.30 108.30 111.34 A A A O4' C1' N9 DG DG DG 23 23 23 N 4 3.37 0.30 108.30 111.67 A A A O4' C1' N9 DA DA DA 24 24 24 N 5 3.50 0.30 108.30 111.80 A A A O4' C1' N1 DT DT DT 1 1 1 N 5 3.22 0.30 108.30 111.52 A A A O4' C1' N1 DT DT DT 2 2 2 N 5 -4.03 0.60 122.90 118.87 A A A C6 C5 C7 DT DT DT 2 2 2 N 5 2.83 0.30 108.30 111.13 A A A O4' C1' N9 DG DG DG 3 3 3 N 5 3.81 0.30 108.30 112.11 A A A O4' C1' N9 DG DG DG 4 4 4 N 5 2.55 0.30 108.30 110.85 A A A O4' C1' N9 DG DG DG 5 5 5 N 5 3.75 0.30 108.30 112.05 A A A O4' C1' N1 DT DT DT 6 6 6 N 5 2.95 0.30 108.30 111.25 A A A O4' C1' N1 DT DT DT 7 7 7 N 5 3.02 0.30 108.30 111.32 A A A O4' C1' N9 DA DA DA 8 8 8 N 5 2.70 0.30 108.30 111.00 A A A O4' C1' N9 DG DG DG 9 9 9 N 5 2.76 0.30 108.30 111.06 A A A O4' C1' N9 DG DG DG 10 10 10 N 5 2.93 0.30 108.30 111.23 A A A O4' C1' N9 DG DG DG 11 11 11 N 5 2.76 0.30 108.30 111.06 A A A O4' C1' N1 DT DT DT 12 12 12 N 5 3.02 0.30 108.30 111.32 A A A O4' C1' N1 DT DT DT 13 13 13 N 5 3.37 0.30 108.30 111.67 A A A O4' C1' N9 DA DA DA 14 14 14 N 5 4.71 0.30 108.30 113.01 A A A O4' C1' N9 DG DG DG 15 15 15 N 5 3.28 0.30 108.30 111.58 A A A O4' C1' N9 DG DG DG 16 16 16 N 5 3.67 0.30 108.30 111.97 A A A O4' C1' N9 DG DG DG 17 17 17 N 5 3.47 0.30 108.30 111.77 A A A O4' C1' N1 DT DT DT 18 18 18 N 5 4.10 0.30 108.30 112.40 A A A O4' C1' N1 DT DT DT 19 19 19 N 5 3.40 0.30 108.30 111.70 A A A O4' C1' N9 DA DA DA 20 20 20 N 5 4.13 0.30 108.30 112.43 A A A O4' C1' N9 DG DG DG 21 21 21 N 5 4.20 0.30 108.30 112.50 A A A O4' C1' N9 DG DG DG 22 22 22 N 5 3.72 0.30 108.30 112.02 A A A O4' C1' N9 DG DG DG 23 23 23 N 5 2.62 0.30 108.30 110.92 A A A O4' C1' N9 DA DA DA 24 24 24 N 6 3.70 0.30 108.30 112.00 A A A O4' C1' N1 DT DT DT 1 1 1 N 6 2.60 0.30 108.30 110.90 A A A O4' C1' N1 DT DT DT 2 2 2 N 6 -3.83 0.60 122.90 119.07 A A A C6 C5 C7 DT DT DT 2 2 2 N 6 3.35 0.30 108.30 111.65 A A A O4' C1' N9 DG DG DG 3 3 3 N 6 3.75 0.30 108.30 112.05 A A A O4' C1' N9 DG DG DG 4 4 4 N 6 2.47 0.30 108.30 110.77 A A A O4' C1' N9 DG DG DG 5 5 5 N 6 3.72 0.30 108.30 112.02 A A A O4' C1' N1 DT DT DT 6 6 6 N 6 3.22 0.30 108.30 111.52 A A A O4' C1' N1 DT DT DT 7 7 7 N 6 2.77 0.30 108.30 111.07 A A A O4' C1' N9 DA DA DA 8 8 8 N 6 3.05 0.30 108.30 111.35 A A A O4' C1' N9 DG DG DG 9 9 9 N 6 2.63 0.30 108.30 110.93 A A A O4' C1' N9 DG DG DG 10 10 10 N 6 2.83 0.30 108.30 111.13 A A A O4' C1' N9 DG DG DG 11 11 11 N 6 2.94 0.30 108.30 111.24 A A A O4' C1' N1 DT DT DT 12 12 12 N 6 -3.65 0.60 122.90 119.25 A A A C6 C5 C7 DT DT DT 12 12 12 N 6 2.74 0.30 108.30 111.04 A A A O4' C1' N1 DT DT DT 13 13 13 N 6 3.59 0.30 108.30 111.89 A A A O4' C1' N9 DA DA DA 14 14 14 N 6 4.01 0.30 108.30 112.31 A A A O4' C1' N9 DG DG DG 15 15 15 N 6 3.21 0.30 108.30 111.51 A A A O4' C1' N9 DG DG DG 16 16 16 N 6 3.87 0.30 108.30 112.17 A A A O4' C1' N9 DG DG DG 17 17 17 N 6 3.27 0.30 108.30 111.57 A A A O4' C1' N1 DT DT DT 18 18 18 N 6 3.84 0.30 108.30 112.14 A A A O4' C1' N1 DT DT DT 19 19 19 N 6 -3.82 0.60 122.90 119.08 A A A C6 C5 C7 DT DT DT 19 19 19 N 6 3.18 0.30 108.30 111.48 A A A O4' C1' N9 DA DA DA 20 20 20 N 6 3.86 0.30 108.30 112.16 A A A O4' C1' N9 DG DG DG 21 21 21 N 6 4.02 0.30 108.30 112.32 A A A O4' C1' N9 DG DG DG 22 22 22 N 6 3.32 0.30 108.30 111.62 A A A O4' C1' N9 DG DG DG 23 23 23 N 6 3.20 0.30 108.30 111.50 A A A O4' C1' N9 DA DA DA 24 24 24 N 7 3.57 0.30 108.30 111.87 A A A O4' C1' N1 DT DT DT 1 1 1 N 7 2.89 0.30 108.30 111.19 A A A O4' C1' N1 DT DT DT 2 2 2 N 7 -3.97 0.60 122.90 118.93 A A A C6 C5 C7 DT DT DT 2 2 2 N 7 3.68 0.30 108.30 111.98 A A A O4' C1' N9 DG DG DG 3 3 3 N 7 3.81 0.30 108.30 112.11 A A A O4' C1' N9 DG DG DG 4 4 4 N 7 2.72 0.30 108.30 111.02 A A A O4' C1' N9 DG DG DG 5 5 5 N 7 2.91 0.30 108.30 111.21 A A A O4' C1' N1 DT DT DT 6 6 6 N 7 2.23 0.30 108.30 110.53 A A A O4' C1' N1 DT DT DT 7 7 7 N 7 2.90 0.30 108.30 111.20 A A A O4' C1' N9 DA DA DA 8 8 8 N 7 2.42 0.30 108.30 110.72 A A A O4' C1' N9 DG DG DG 9 9 9 N 7 2.86 0.30 108.30 111.16 A A A O4' C1' N9 DG DG DG 10 10 10 N 7 2.47 0.30 108.30 110.77 A A A O4' C1' N9 DG DG DG 11 11 11 N 7 3.08 0.30 108.30 111.38 A A A O4' C1' N1 DT DT DT 12 12 12 N 7 -3.61 0.60 122.90 119.29 A A A C6 C5 C7 DT DT DT 12 12 12 N 7 3.07 0.30 108.30 111.37 A A A O4' C1' N1 DT DT DT 13 13 13 N 7 2.99 0.30 108.30 111.29 A A A O4' C1' N9 DA DA DA 14 14 14 N 7 4.52 0.30 108.30 112.82 A A A O4' C1' N9 DG DG DG 15 15 15 N 7 3.27 0.30 108.30 111.57 A A A O4' C1' N9 DG DG DG 16 16 16 N 7 4.12 0.30 108.30 112.42 A A A O4' C1' N9 DG DG DG 17 17 17 N 7 3.20 0.30 108.30 111.50 A A A O4' C1' N1 DT DT DT 18 18 18 N 7 4.66 0.30 108.30 112.96 A A A O4' C1' N1 DT DT DT 19 19 19 N 7 -3.65 0.60 122.90 119.25 A A A C6 C5 C7 DT DT DT 19 19 19 N 7 3.14 0.30 108.30 111.44 A A A O4' C1' N9 DA DA DA 20 20 20 N 7 4.00 0.30 108.30 112.30 A A A O4' C1' N9 DG DG DG 21 21 21 N 7 3.89 0.30 108.30 112.19 A A A O4' C1' N9 DG DG DG 22 22 22 N 7 3.01 0.30 108.30 111.31 A A A O4' C1' N9 DG DG DG 23 23 23 N 7 3.11 0.30 108.30 111.41 A A A O4' C1' N9 DA DA DA 24 24 24 N 8 3.94 0.30 108.30 112.24 A A A O4' C1' N1 DT DT DT 1 1 1 N 8 2.80 0.30 108.30 111.10 A A A O4' C1' N1 DT DT DT 2 2 2 N 8 -3.93 0.60 122.90 118.97 A A A C6 C5 C7 DT DT DT 2 2 2 N 8 3.93 0.30 108.30 112.23 A A A O4' C1' N9 DG DG DG 3 3 3 N 8 3.79 0.30 108.30 112.09 A A A O4' C1' N9 DG DG DG 4 4 4 N 8 2.62 0.30 108.30 110.92 A A A O4' C1' N9 DG DG DG 5 5 5 N 8 2.36 0.30 108.30 110.66 A A A O4' C1' N1 DT DT DT 6 6 6 N 8 3.14 0.30 108.30 111.44 A A A O4' C1' N1 DT DT DT 7 7 7 N 8 2.66 0.30 108.30 110.96 A A A O4' C1' N9 DA DA DA 8 8 8 N 8 2.55 0.30 108.30 110.85 A A A O4' C1' N9 DG DG DG 9 9 9 N 8 2.72 0.30 108.30 111.02 A A A O4' C1' N9 DG DG DG 10 10 10 N 8 3.32 0.30 108.30 111.62 A A A O4' C1' N9 DG DG DG 11 11 11 N 8 3.08 0.30 108.30 111.38 A A A O4' C1' N1 DT DT DT 12 12 12 N 8 -3.61 0.60 122.90 119.29 A A A C6 C5 C7 DT DT DT 12 12 12 N 8 3.49 0.30 108.30 111.79 A A A O4' C1' N1 DT DT DT 13 13 13 N 8 3.28 0.30 108.30 111.58 A A A O4' C1' N9 DA DA DA 14 14 14 N 8 4.62 0.30 108.30 112.92 A A A O4' C1' N9 DG DG DG 15 15 15 N 8 3.19 0.30 108.30 111.49 A A A O4' C1' N9 DG DG DG 16 16 16 N 8 3.57 0.30 108.30 111.87 A A A O4' C1' N9 DG DG DG 17 17 17 N 8 3.31 0.30 108.30 111.61 A A A O4' C1' N1 DT DT DT 18 18 18 N 8 3.98 0.30 108.30 112.28 A A A O4' C1' N1 DT DT DT 19 19 19 N 8 -3.61 0.60 122.90 119.29 A A A C6 C5 C7 DT DT DT 19 19 19 N 8 3.46 0.30 108.30 111.76 A A A O4' C1' N9 DA DA DA 20 20 20 N 8 4.26 0.30 108.30 112.56 A A A O4' C1' N9 DG DG DG 21 21 21 N 8 4.07 0.30 108.30 112.37 A A A O4' C1' N9 DG DG DG 22 22 22 N 8 3.18 0.30 108.30 111.48 A A A O4' C1' N9 DG DG DG 23 23 23 N 8 3.20 0.30 108.30 111.50 A A A O4' C1' N9 DA DA DA 24 24 24 N 9 3.33 0.30 108.30 111.63 A A A O4' C1' N1 DT DT DT 1 1 1 N 9 2.81 0.30 108.30 111.11 A A A O4' C1' N1 DT DT DT 2 2 2 N 9 -3.72 0.60 122.90 119.18 A A A C6 C5 C7 DT DT DT 2 2 2 N 9 3.42 0.30 108.30 111.72 A A A O4' C1' N9 DG DG DG 3 3 3 N 9 3.65 0.30 108.30 111.95 A A A O4' C1' N9 DG DG DG 4 4 4 N 9 2.54 0.30 108.30 110.84 A A A O4' C1' N9 DG DG DG 5 5 5 N 9 2.73 0.30 108.30 111.03 A A A O4' C1' N1 DT DT DT 6 6 6 N 9 3.43 0.30 108.30 111.73 A A A O4' C1' N1 DT DT DT 7 7 7 N 9 2.13 0.30 108.30 110.43 A A A O4' C1' N9 DA DA DA 8 8 8 N 9 2.74 0.30 108.30 111.04 A A A O4' C1' N9 DG DG DG 9 9 9 N 9 2.91 0.30 108.30 111.21 A A A O4' C1' N9 DG DG DG 10 10 10 N 9 3.56 0.30 108.30 111.86 A A A O4' C1' N9 DG DG DG 11 11 11 N 9 2.75 0.30 108.30 111.05 A A A O4' C1' N1 DT DT DT 12 12 12 N 9 3.14 0.30 108.30 111.44 A A A O4' C1' N1 DT DT DT 13 13 13 N 9 3.39 0.30 108.30 111.69 A A A O4' C1' N9 DA DA DA 14 14 14 N 9 4.59 0.30 108.30 112.89 A A A O4' C1' N9 DG DG DG 15 15 15 N 9 3.22 0.30 108.30 111.52 A A A O4' C1' N9 DG DG DG 16 16 16 N 9 4.08 0.30 108.30 112.38 A A A O4' C1' N9 DG DG DG 17 17 17 N 9 3.36 0.30 108.30 111.66 A A A O4' C1' N1 DT DT DT 18 18 18 N 9 4.87 0.30 108.30 113.17 A A A O4' C1' N1 DT DT DT 19 19 19 N 9 -3.68 0.60 122.90 119.22 A A A C6 C5 C7 DT DT DT 19 19 19 N 9 3.40 0.30 108.30 111.70 A A A O4' C1' N9 DA DA DA 20 20 20 N 9 3.73 0.30 108.30 112.03 A A A O4' C1' N9 DG DG DG 21 21 21 N 9 3.99 0.30 108.30 112.29 A A A O4' C1' N9 DG DG DG 22 22 22 N 9 3.58 0.30 108.30 111.88 A A A O4' C1' N9 DG DG DG 23 23 23 N 9 2.63 0.30 108.30 110.93 A A A O4' C1' N9 DA DA DA 24 24 24 N 10 4.09 0.30 108.30 112.39 A A A O4' C1' N1 DT DT DT 1 1 1 N 10 2.99 0.30 108.30 111.29 A A A O4' C1' N1 DT DT DT 2 2 2 N 10 -3.99 0.60 122.90 118.91 A A A C6 C5 C7 DT DT DT 2 2 2 N 10 3.68 0.30 108.30 111.98 A A A O4' C1' N9 DG DG DG 3 3 3 N 10 4.05 0.30 108.30 112.35 A A A O4' C1' N9 DG DG DG 4 4 4 N 10 2.72 0.30 108.30 111.02 A A A O4' C1' N9 DG DG DG 5 5 5 N 10 2.76 0.30 108.30 111.06 A A A O4' C1' N1 DT DT DT 6 6 6 N 10 2.88 0.30 108.30 111.18 A A A O4' C1' N1 DT DT DT 7 7 7 N 10 2.68 0.30 108.30 110.98 A A A O4' C1' N9 DA DA DA 8 8 8 N 10 2.54 0.30 108.30 110.84 A A A O4' C1' N9 DG DG DG 9 9 9 N 10 3.09 0.30 108.30 111.39 A A A O4' C1' N9 DG DG DG 10 10 10 N 10 2.88 0.30 108.30 111.18 A A A O4' C1' N9 DG DG DG 11 11 11 N 10 2.97 0.30 108.30 111.27 A A A O4' C1' N1 DT DT DT 12 12 12 N 10 3.73 0.30 108.30 112.03 A A A O4' C1' N1 DT DT DT 13 13 13 N 10 3.36 0.30 108.30 111.66 A A A O4' C1' N9 DA DA DA 14 14 14 N 10 4.55 0.30 108.30 112.85 A A A O4' C1' N9 DG DG DG 15 15 15 N 10 3.26 0.30 108.30 111.56 A A A O4' C1' N9 DG DG DG 16 16 16 N 10 4.16 0.30 108.30 112.46 A A A O4' C1' N9 DG DG DG 17 17 17 N 10 3.24 0.30 108.30 111.54 A A A O4' C1' N1 DT DT DT 18 18 18 N 10 3.63 0.30 108.30 111.93 A A A O4' C1' N1 DT DT DT 19 19 19 N 10 -3.66 0.60 122.90 119.24 A A A C6 C5 C7 DT DT DT 19 19 19 N 10 3.34 0.30 108.30 111.64 A A A O4' C1' N9 DA DA DA 20 20 20 N 10 4.08 0.30 108.30 112.38 A A A O4' C1' N9 DG DG DG 21 21 21 N 10 4.14 0.30 108.30 112.44 A A A O4' C1' N9 DG DG DG 22 22 22 N 10 3.12 0.30 108.30 111.42 A A A O4' C1' N9 DG DG DG 23 23 23 N 10 3.50 0.30 108.30 111.80 A A A O4' C1' N9 DA DA DA 24 24 24 N 11 3.29 0.30 108.30 111.59 A A A O4' C1' N1 DT DT DT 1 1 1 N 11 2.97 0.30 108.30 111.27 A A A O4' C1' N1 DT DT DT 2 2 2 N 11 -3.70 0.60 122.90 119.20 A A A C6 C5 C7 DT DT DT 2 2 2 N 11 3.02 0.30 108.30 111.32 A A A O4' C1' N9 DG DG DG 3 3 3 N 11 3.92 0.30 108.30 112.22 A A A O4' C1' N9 DG DG DG 4 4 4 N 11 2.90 0.30 108.30 111.20 A A A O4' C1' N9 DG DG DG 5 5 5 N 11 2.94 0.30 108.30 111.24 A A A O4' C1' N1 DT DT DT 6 6 6 N 11 -3.64 0.60 122.90 119.26 A A A C6 C5 C7 DT DT DT 6 6 6 N 11 2.83 0.30 108.30 111.13 A A A O4' C1' N1 DT DT DT 7 7 7 N 11 2.56 0.30 108.30 110.86 A A A O4' C1' N9 DA DA DA 8 8 8 N 11 2.46 0.30 108.30 110.76 A A A O4' C1' N9 DG DG DG 9 9 9 N 11 3.01 0.30 108.30 111.31 A A A O4' C1' N9 DG DG DG 10 10 10 N 11 3.28 0.30 108.30 111.58 A A A O4' C1' N9 DG DG DG 11 11 11 N 11 2.36 0.30 108.30 110.66 A A A O4' C1' N1 DT DT DT 12 12 12 N 11 3.60 0.30 108.30 111.90 A A A O4' C1' N1 DT DT DT 13 13 13 N 11 -3.60 0.60 122.90 119.30 A A A C6 C5 C7 DT DT DT 13 13 13 N 11 3.22 0.30 108.30 111.52 A A A O4' C1' N9 DA DA DA 14 14 14 N 11 4.14 0.30 108.30 112.44 A A A O4' C1' N9 DG DG DG 15 15 15 N 11 3.28 0.30 108.30 111.58 A A A O4' C1' N9 DG DG DG 16 16 16 N 11 4.22 0.30 108.30 112.52 A A A O4' C1' N9 DG DG DG 17 17 17 N 11 3.32 0.30 108.30 111.62 A A A O4' C1' N1 DT DT DT 18 18 18 N 11 4.07 0.30 108.30 112.37 A A A O4' C1' N1 DT DT DT 19 19 19 N 11 -3.77 0.60 122.90 119.13 A A A C6 C5 C7 DT DT DT 19 19 19 N 11 2.98 0.30 108.30 111.28 A A A O4' C1' N9 DA DA DA 20 20 20 N 11 2.97 0.30 108.30 111.27 A A A O4' C1' N9 DG DG DG 21 21 21 N 11 3.85 0.50 111.90 115.75 A A A C2 N3 C4 DG DG DG 21 21 21 N 11 3.90 0.30 108.30 112.20 A A A O4' C1' N9 DG DG DG 22 22 22 N 11 3.69 0.30 108.30 111.99 A A A O4' C1' N9 DG DG DG 23 23 23 N 11 2.54 0.30 108.30 110.84 A A A O4' C1' N9 DA DA DA 24 24 24 N 12 3.46 0.30 108.30 111.76 A A A O4' C1' N1 DT DT DT 1 1 1 N 12 2.81 0.30 108.30 111.11 A A A O4' C1' N1 DT DT DT 2 2 2 N 12 -3.83 0.60 122.90 119.07 A A A C6 C5 C7 DT DT DT 2 2 2 N 12 3.46 0.30 108.30 111.76 A A A O4' C1' N9 DG DG DG 3 3 3 N 12 3.99 0.30 108.30 112.29 A A A O4' C1' N9 DG DG DG 4 4 4 N 12 2.56 0.30 108.30 110.86 A A A O4' C1' N9 DG DG DG 5 5 5 N 12 3.65 0.30 108.30 111.95 A A A O4' C1' N1 DT DT DT 6 6 6 N 12 3.04 0.30 108.30 111.34 A A A O4' C1' N1 DT DT DT 7 7 7 N 12 3.01 0.30 108.30 111.31 A A A O4' C1' N9 DA DA DA 8 8 8 N 12 2.62 0.30 108.30 110.92 A A A O4' C1' N9 DG DG DG 9 9 9 N 12 2.61 0.30 108.30 110.91 A A A O4' C1' N9 DG DG DG 10 10 10 N 12 3.18 0.30 108.30 111.48 A A A O4' C1' N9 DG DG DG 11 11 11 N 12 2.81 0.30 108.30 111.11 A A A O4' C1' N1 DT DT DT 12 12 12 N 12 -3.66 0.60 122.90 119.24 A A A C6 C5 C7 DT DT DT 12 12 12 N 12 2.82 0.30 108.30 111.12 A A A O4' C1' N1 DT DT DT 13 13 13 N 12 3.48 0.30 108.30 111.78 A A A O4' C1' N9 DA DA DA 14 14 14 N 12 4.02 0.30 108.30 112.32 A A A O4' C1' N9 DG DG DG 15 15 15 N 12 3.11 0.30 108.30 111.41 A A A O4' C1' N9 DG DG DG 16 16 16 N 12 3.72 0.30 108.30 112.02 A A A O4' C1' N9 DG DG DG 17 17 17 N 12 3.36 0.30 108.30 111.66 A A A O4' C1' N1 DT DT DT 18 18 18 N 12 3.55 0.30 108.30 111.85 A A A O4' C1' N1 DT DT DT 19 19 19 N 12 -3.62 0.60 122.90 119.28 A A A C6 C5 C7 DT DT DT 19 19 19 N 12 3.30 0.30 108.30 111.60 A A A O4' C1' N9 DA DA DA 20 20 20 N 12 4.07 0.30 108.30 112.37 A A A O4' C1' N9 DG DG DG 21 21 21 N 12 4.10 0.30 108.30 112.40 A A A O4' C1' N9 DG DG DG 22 22 22 N 12 3.45 0.30 108.30 111.75 A A A O4' C1' N9 DG DG DG 23 23 23 N 12 2.63 0.30 108.30 110.93 A A A O4' C1' N9 DA DA DA 24 24 24 N Monomeric human telomere DNA tetraplex with 3+1 strand fold topology, two edgewise loops and double-chain reversal loop, NMR, 12 structures 1 N N hydrog WATSON-CRICK A DT 1 A N3 DT 1 1_555 A DA 20 A N1 DA 20 1_555 hydrog WATSON-CRICK A DT 1 A O4 DT 1 1_555 A DA 20 A N6 DA 20 1_555 hydrog DT-DT MISPAIR A DT 2 A O4 DT 2 1_555 A DT 19 A N3 DT 19 1_555 hydrog TYPE_6_PAIR A DG 3 A N7 DG 3 1_555 A DG 9 A N2 DG 9 1_555 hydrog TYPE_6_PAIR A DG 3 A O6 DG 3 1_555 A DG 9 A N1 DG 9 1_555 hydrog TYPE_6_PAIR A DG 3 A N1 DG 3 1_555 A DG 21 A O6 DG 21 1_555 hydrog TYPE_6_PAIR A DG 3 A N2 DG 3 1_555 A DG 21 A N7 DG 21 1_555 hydrog TYPE_6_PAIR A DG 4 A N1 DG 4 1_555 A DG 10 A O6 DG 10 1_555 hydrog TYPE_6_PAIR A DG 4 A N2 DG 4 1_555 A DG 10 A N7 DG 10 1_555 hydrog TYPE_6_PAIR A DG 4 A N7 DG 4 1_555 A DG 22 A N2 DG 22 1_555 hydrog TYPE_6_PAIR A DG 4 A O6 DG 4 1_555 A DG 22 A N1 DG 22 1_555 hydrog TYPE_6_PAIR A DG 5 A N1 DG 5 1_555 A DG 11 A O6 DG 11 1_555 hydrog TYPE_6_PAIR A DG 5 A N2 DG 5 1_555 A DG 11 A N7 DG 11 1_555 hydrog TYPE_27_PAIR A DG 5 A N1 DG 5 1_555 A DT 13 A O4 DT 13 1_555 hydrog TYPE_27_PAIR A DG 5 A O6 DG 5 1_555 A DT 13 A N3 DT 13 1_555 hydrog TYPE_6_PAIR A DG 5 A N7 DG 5 1_555 A DG 23 A N2 DG 23 1_555 hydrog TYPE_6_PAIR A DG 5 A O6 DG 5 1_555 A DG 23 A N1 DG 23 1_555 hydrog TYPE_6_PAIR A DG 9 A N7 DG 9 1_555 A DG 17 A N2 DG 17 1_555 hydrog TYPE_6_PAIR A DG 9 A O6 DG 9 1_555 A DG 17 A N1 DG 17 1_555 hydrog TYPE_6_PAIR A DG 10 A N1 DG 10 1_555 A DG 16 A O6 DG 16 1_555 hydrog TYPE_6_PAIR A DG 10 A N2 DG 10 1_555 A DG 16 A N7 DG 16 1_555 hydrog TYPE_6_PAIR A DG 11 A N1 DG 11 1_555 A DG 15 A O6 DG 15 1_555 hydrog TYPE_6_PAIR A DG 11 A N2 DG 11 1_555 A DG 15 A N7 DG 15 1_555 hydrog REVERSED WATSON-CRICK A DT 13 A N3 DT 13 1_555 A DA 24 A N1 DA 24 1_555 hydrog REVERSED WATSON-CRICK A DT 13 A O2 DT 13 1_555 A DA 24 A N6 DA 24 1_555 hydrog TYPE_6_PAIR A DG 15 A N1 DG 15 1_555 A DG 23 A O6 DG 23 1_555 hydrog TYPE_6_PAIR A DG 15 A N2 DG 15 1_555 A DG 23 A N7 DG 23 1_555 hydrog TYPE_6_PAIR A DG 16 A N1 DG 16 1_555 A DG 22 A O6 DG 22 1_555 hydrog TYPE_6_PAIR A DG 16 A N2 DG 16 1_555 A DG 22 A N7 DG 22 1_555 hydrog TYPE_6_PAIR A DG 17 A N7 DG 17 1_555 A DG 21 A N2 DG 21 1_555 hydrog TYPE_6_PAIR A DG 17 A O6 DG 17 1_555 A DG 21 A N1 DG 21 1_555 DNA G-TETRAD; 3+1 STRAND FOLDING;EDGEWISE, DOUBLE-CHAIN REVERSAL LOOPS; NMR, 12 STRUCTURES, DNA 2GKU PDB 1 2GKU 1 24 2GKU 1 24 2GKU A 1 1 24 1 P 1