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" 1 1 2", " 2 2 3", " 3 3 4", " 4 4 1", " 5 5 6", " 6 6 7", " 7 7 8", " 8 5 8", " 9 9 5", " 10 10 6", " 11 11 7", " 12 12 8" ] }, "metadata": { "license": "http://innovation.columbia.edu/technologies/CU20391", "url": "http://x3dna.org/", "url_alt": "http://home.x3dna.org/", "forum": "http://forum.x3dna.org/", "citation": "Lu et al. (2015). 'DSSR: an integrated software tool for dissecting the spatial structure of RNA.' Nucleic Acids Res., 43(21):e142 [doi:10.1093/nar/gkv716].", "str_id": "7q2s", "num_aaChains": 1, "aaChains": "A=153", "num_naChains": 1, "naChains": "B=3", "num_atoms": 1273, "num_waters": 0, "num_notes": 52, "notes": [ { "Aminors": "A-minor interactions (including types I and II)" }, { "Cstem_index": "stem index of the 'Canonical' helix in k-turn" }, { "Cstem_pair": "Cstem bp delineating the k-turn internal loop" }, { "Dp": "perpendicular distance of the 3' P atom to the glycosidic bond" }, { "GA_pair": "sheared G-A pair in k-turn" }, { "HtypePknot": "H-type pseudoknot" }, { "Kturn": "kink-turn (k-turn)" }, { "LW": "Leontis-Westhof" }, { "NCstem_index": "stem index of the 'Non-Canonical' helix in k-turn" }, { "NCstem_pair": "NCstem bp delineating the k-turn internal loop" }, { "Uturn": "U-turn of the UNR- or GNRA-type" }, { "aa": "amino acid" }, { "atom_pair": "symbols of the two atoms involved in an H-bond" }, { "auxfiles": "auxiliary files" }, { "glyco_bond": "conformation of base related to sugar (syn or anti)" }, { "bb_type": "backbone conformation, BI or BII" }, { "bending_angle": "angle between two helical axes" }, { "bp": "base pair" }, { "bseq": "base sequence in one-letter code" }, { "bulge": "bulge loop" }, { "coaxStacks": "coaxial stacking of stems within a helix" }, { "dbn": "dot bracket notation" }, { "desc": "description" }, { "donAcc_type": "donor/acceptor type of the atom pair in an H-bond" }, { "epsilon_zeta": "difference between epsilon and zeta torsion angles" }, { "hairpin": "hairpin loop" }, { "hbond": "hydrogen bond (H-bond)" }, { "helix": "defined by base-stacking interactions, regardless of bp type and backbone connectivity" }, { "id": "identifier" }, { "iloop": "internal loop" }, { "index": "serial number" }, { "isoCanonPairs": "isolated canonical pairs" }, { "junction": "(multi-branched) junction loop" }, { "kissingLoop": "kissing loop" }, { "multiplet": "3+ bases in a coplanar geometry" }, { "na": "nucleic acid" }, { "nonPair": "two nts not forming a pair, but with H-bonding/stacking interactions" }, { "nonStack": "nucleotide not involved in stacking interactions" }, { "nt": "nucleotide" }, { "num": "number" }, { "oArea": "overlap areas between two bases, including exocyclic atoms" }, { "oArea_ring": "overlap areas between two bases, including only ring atoms" }, { "phosContacts": "H-bonding and atom-capping interactions involving a phosphate" }, { "residue_pair": "types of the two residues involved in an H-bond" }, { "rmsd": "root-mean-squares deviation" }, { "serNum": "serial number" }, { "ssSegments": "single-stranded segments not involved in loops" }, { "ssZp": "Z-coordinate of the 3' phosphorus atom with reference to the 5' base plane" }, { "sstr": "secondary structure in dbn" }, { "stem": "helix consisting of only canonical pairs, with a continuous backbone" }, { "str_id": "structure identifier, derived from inpfile with extension removed" }, { "vert_dist": "vertical distance from an atom to a base plane" } ], "num_auxfiles": 11, "auxfiles": [ { "index": 1, "name": "dssr-2ndstrs.bpseq", "desc": "secondary structure in bpseq format" }, { "index": 2, "name": "dssr-2ndstrs.ct", "desc": "secondary structure in connectivity table format" }, { "index": 3, "name": "dssr-2ndstrs.dbn", "desc": "secondary structure in dot-bracket notation" }, { "index": 4, "name": "dssr-torsions.txt", "desc": "backbone torsion angles and suite names" }, { "index": 5, "name": "dssr-splays.pdb", "desc": "an ensemble of splayed-apart units" }, { "index": 6, "name": "dssr-stacks.pdb", "desc": "an ensemble of base stacks" }, { "index": 7, "name": "dssr-atom2bases.pdb", "desc": "an ensemble of atom-base stacking interactions" }, { "index": 8, "name": "dssr-rotmat.txt", "desc": "position vector and rotation matrix" }, { "index": 9, "name": "dssr-viewV.pdb", "desc": "vertical view of the principal moment of inertia" }, { "index": 10, "name": "dssr-viewH.pdb", "desc": "horizontal view of the principal moment of inertia" }, { "index": 11, "name": "dssr-viewT.pdb", "desc": "top view of the principal moment of inertia" } ], "time_used": "999" } }