MOLECULE: [GraphModel] [Vertices] 0 A31R:C 0 1 A32R:A 0 2 A15R:C 0 [Edges] 0 {A15R:C -> A31R:C: pairing antiparallel cis one_hbond 131 Wh/Ww } 0 1 {A31R:C -> A15R:C: pairing antiparallel cis one_hbond 131 Ww/Wh } 0 2 {A15R:C -> A32R:A: pairing antiparallel trans one_hbond 77 Ss/Hw } 0 3 {A32R:A -> A15R:C: pairing antiparallel trans one_hbond 77 Hw/Ss } 0 4 {A31R:C -> A32R:A: adjacent_5p } 0 5 {A32R:A -> A31R:C: adjacent_3p } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 B9R:A 0 1 B10R:C 0 2 A10R:G 0 [Edges] 0 {A10R:G -> B9R:A: pairing antiparallel cis one_hbond 67 Wh/Hw } 0 1 {B9R:A -> A10R:G: pairing antiparallel cis one_hbond 67 Hw/Wh } 0 2 {A10R:G -> B10R:C: pairing antiparallel cis XIX Ww/Ww } 0 3 {B10R:C -> A10R:G: pairing antiparallel cis XIX Ww/Ww } 0 4 {B9R:A -> B10R:C: adjacent_5p upward } 0 5 {B10R:C -> B9R:A: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 B10R:C 0 1 B11R:G 0 2 B8R:G 0 [Edges] 0 {B8R:G -> B10R:C: pairing antiparallel trans one_hbond Ss/Hh } 0 1 {B10R:C -> B8R:G: pairing antiparallel trans one_hbond Hh/Ss } 0 2 {B8R:G -> B11R:G: pairing antiparallel trans one_hbond 108 Sw/Hh } 0 3 {B11R:G -> B8R:G: pairing antiparallel trans one_hbond 108 Hh/Sw } 0 4 {B10R:C -> B11R:G: adjacent_5p upward } 0 5 {B11R:G -> B10R:C: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 B214R:U 0 1 B215R:A 0 2 B205R:A 0 [Edges] 0 {B205R:A -> B214R:U: pairing antiparallel trans one_hbond 46 Wh/Ws } 0 1 {B214R:U -> B205R:A: pairing antiparallel trans one_hbond 46 Ws/Wh } 0 2 {B205R:A -> B215R:A: pairing antiparallel cis one_hbond 37 Ww/Wh } 0 3 {B215R:A -> B205R:A: pairing antiparallel cis one_hbond 37 Wh/Ww } 0 4 {B214R:U -> B215R:A: adjacent_5p pairing parallel cis one_hbond Ss/Hw } 0 5 {B215R:A -> B214R:U: adjacent_3p pairing parallel cis one_hbond Hw/Ss } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 A2092R:G 0 1 A2093R:G 0 2 A2652R:U 0 [Edges] 0 {A2092R:G -> A2093R:G: adjacent_5p pairing parallel cis one_hbond Sw/Hw } 0 1 {A2093R:G -> A2092R:G: adjacent_3p pairing parallel cis one_hbond Hw/Sw } 0 2 {A2092R:G -> A2652R:U: pairing antiparallel cis one_hbond 94 Ws/Wh } 0 3 {A2652R:U -> A2092R:G: pairing antiparallel cis one_hbond 94 Wh/Ws } 0 4 {A2093R:G -> A2652R:U: pairing antiparallel cis XXVIII Ww/Ws } 0 5 {A2652R:U -> A2093R:G: pairing antiparallel cis XXVIII Ws/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 A2427R:C 0 1 A2428R:G 0 2 A2462R:G 0 [Edges] 0 {A2427R:C -> A2428R:G: adjacent_5p } 0 1 {A2428R:G -> A2427R:C: adjacent_3p } 0 2 {A2427R:C -> A2462R:G: pairing parallel cis one_hbond Wh/Hw } 0 3 {A2462R:G -> A2427R:C: pairing parallel cis one_hbond Hw/Wh } 0 4 {A2428R:G -> A2462R:G: pairing parallel trans one_hbond Hw/C8 } 0 5 {A2462R:G -> A2428R:G: pairing parallel trans one_hbond C8/Hw } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 A2485R:A 0 1 A2486R:A 0 2 A2104R:C 0 [Edges] 0 {A2104R:C -> A2485R:A: pairing antiparallel cis one_hbond 75 Ww/Wh } 0 1 {A2485R:A -> A2104R:C: pairing antiparallel cis one_hbond 75 Wh/Ww } 0 2 {A2104R:C -> A2486R:A: pairing antiparallel cis one_hbond Ws/Bs } 0 3 {A2486R:A -> A2104R:C: pairing antiparallel cis one_hbond Bs/Ws } 0 4 {A2485R:A -> A2486R:A: adjacent_5p upward } 0 5 {A2486R:A -> A2485R:A: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 31R:C 0 1 32R:G 0 2 9R:G 0 [Edges] 0 {9R:G -> 31R:C: pairing antiparallel cis XIX Ww/Ww } 0 1 {31R:C -> 9R:G: pairing antiparallel cis XIX Ww/Ww } 0 2 {9R:G -> 32R:G: pairing antiparallel trans 34 Bs/Hh } 0 3 {32R:G -> 9R:G: pairing antiparallel trans 34 Hh/Bs } 0 4 {31R:C -> 32R:G: adjacent_5p } 0 5 {32R:G -> 31R:C: adjacent_3p } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 A4R:C 0 1 A5R:C 0 2 A12R:G 0 [Edges] 0 {A4R:C -> A5R:C: adjacent_5p upward } 0 1 {A5R:C -> A4R:C: adjacent_3p downward } 0 2 {A4R:C -> A12R:G: pairing antiparallel cis one_hbond Wh/Wh } 0 3 {A12R:G -> A4R:C: pairing antiparallel cis one_hbond Wh/Wh } 0 4 {A5R:C -> A12R:G: pairing antiparallel cis Ww/Ww } 0 5 {A12R:G -> A5R:C: pairing antiparallel cis Ww/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . MOLECULE: [GraphModel] [Vertices] 0 B5R:A 0 1 B6R:A 0 2 A5R:U 0 [Edges] 0 {A5R:U -> B5R:A: pairing antiparallel cis one_hbond Wh/Wh } 0 1 {B5R:A -> A5R:U: pairing antiparallel cis one_hbond Wh/Wh } 0 2 {A5R:U -> B6R:A: pairing antiparallel cis Ws/Ww } 0 3 {B6R:A -> A5R:U: pairing antiparallel cis Ww/Ws } 0 4 {B5R:A -> B6R:A: adjacent_5p upward } 0 5 {B6R:A -> B5R:A: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 B22R:A 0 1 B23R:A 0 2 B61R:U 0 [Edges] 0 {B22R:A -> B23R:A: adjacent_5p upward } 0 1 {B23R:A -> B22R:A: adjacent_3p downward } 0 2 {B22R:A -> B61R:U: pairing antiparallel trans one_hbond 46 Wh/Ws } 0 3 {B61R:U -> B22R:A: pairing antiparallel trans one_hbond 46 Ws/Wh } 0 4 {B23R:A -> B61R:U: pairing antiparallel cis one_hbond Ww/Ww } 0 5 {B61R:U -> B23R:A: pairing antiparallel cis one_hbond Ww/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 B60R:U 0 1 B61R:U 0 2 B22R:A 0 [Edges] 0 {B22R:A -> B60R:U: pairing antiparallel trans XXIV Hh/Ww } 0 1 {B60R:U -> B22R:A: pairing antiparallel trans XXIV Ww/Hh } 0 2 {B22R:A -> B61R:U: pairing antiparallel trans one_hbond 46 Wh/Ws } 0 3 {B61R:U -> B22R:A: pairing antiparallel trans one_hbond 46 Ws/Wh } 0 4 {B60R:U -> B61R:U: adjacent_5p } 0 5 {B61R:U -> B60R:U: adjacent_3p } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . [GraphModel] [Vertices] 0 E22R:A 0 1 E23R:A 0 2 E61R:U 0 [Edges] 0 {E22R:A -> E23R:A: adjacent_5p upward } 0 1 {E23R:A -> E22R:A: adjacent_3p downward } 0 2 {E22R:A -> E61R:U: pairing antiparallel trans one_hbond 46 Wh/Ws } 0 3 {E61R:U -> E22R:A: pairing antiparallel trans one_hbond 46 Ws/Wh } 0 4 {E23R:A -> E61R:U: pairing antiparallel cis XX Ww/Ww } 0 5 {E61R:U -> E23R:A: pairing antiparallel cis XX Ww/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 E60R:U 0 1 E61R:U 0 2 E22R:A 0 [Edges] 0 {E22R:A -> E60R:U: pairing antiparallel trans XXIV Hh/Ww } 0 1 {E60R:U -> E22R:A: pairing antiparallel trans XXIV Ww/Hh } 0 2 {E22R:A -> E61R:U: pairing antiparallel trans one_hbond 46 Wh/Ws } 0 3 {E61R:U -> E22R:A: pairing antiparallel trans one_hbond 46 Ws/Wh } 0 4 {E60R:U -> E61R:U: adjacent_5p } 0 5 {E61R:U -> E60R:U: adjacent_3p } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 A13R:G 0 1 A14R:C 0 2 A26R:G 0 [Edges] 0 {A13R:G -> A14R:C: adjacent_5p upward } 0 1 {A14R:C -> A13R:G: adjacent_3p downward } 0 2 {A13R:G -> A26R:G: pairing antiparallel trans one_hbond 112 Hw/Sw } 0 3 {A26R:G -> A13R:G: pairing antiparallel trans one_hbond 112 Sw/Hw } 0 4 {A14R:C -> A26R:G: pairing antiparallel cis one_hbond 128 Ww/Bs } 0 5 {A26R:G -> A14R:C: pairing antiparallel cis one_hbond 128 Bs/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 A25R:G 0 1 A26R:G 0 2 A14R:C 0 [Edges] 0 {A14R:C -> A25R:G: pairing antiparallel cis XIX Ww/Ww } 0 1 {A25R:G -> A14R:C: pairing antiparallel cis XIX Ww/Ww } 0 2 {A14R:C -> A26R:G: pairing antiparallel cis one_hbond 128 Ww/Bs } 0 3 {A26R:G -> A14R:C: pairing antiparallel cis one_hbond 128 Bs/Ww } 0 4 {A25R:G -> A26R:G: adjacent_5p upward } 0 5 {A26R:G -> A25R:G: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 A9R:C 0 1 A10R:U 0 2 A14R:G 0 [Edges] 0 {A9R:C -> A10R:U: adjacent_5p upward } 0 1 {A10R:U -> A9R:C: adjacent_3p downward } 0 2 {A9R:C -> A14R:G: pairing antiparallel cis XIX Ww/Ww } 0 3 {A14R:G -> A9R:C: pairing antiparallel cis XIX Ww/Ww } 0 4 {A10R:U -> A14R:G: pairing antiparallel cis one_hbond Ww/Wh } 0 5 {A14R:G -> A10R:U: pairing antiparallel cis one_hbond Wh/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 A13R:G 0 1 A14R:G 0 2 A10R:U 0 [Edges] 0 {A10R:U -> A13R:G: pairing parallel trans one_hbond Bs/Ww } 0 1 {A13R:G -> A10R:U: pairing parallel trans one_hbond Ww/Bs } 0 2 {A10R:U -> A14R:G: pairing antiparallel cis one_hbond Ww/Wh } 0 3 {A14R:G -> A10R:U: pairing antiparallel cis one_hbond Wh/Ww } 0 4 {A13R:G -> A14R:G: adjacent_5p } 0 5 {A14R:G -> A13R:G: adjacent_3p } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 A13R:U 0 1 A14R:A 0 2 A10R:G 0 [Edges] 0 {A10R:G -> A13R:U: pairing antiparallel cis one_hbond 85 Sw/Ws } 0 1 {A13R:U -> A10R:G: pairing antiparallel cis one_hbond 85 Ws/Sw } 0 2 {A10R:G -> A14R:A: pairing antiparallel trans XI Ss/Hh } 0 3 {A14R:A -> A10R:G: pairing antiparallel trans XI Hh/Ss } 0 4 {A13R:U -> A14R:A: adjacent_5p } 0 5 {A14R:A -> A13R:U: adjacent_3p } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 A9R:G 0 1 A10R:G 0 2 A69R:C 0 [Edges] 0 {A9R:G -> A10R:G: adjacent_5p upward } 0 1 {A10R:G -> A9R:G: adjacent_3p downward } 0 2 {A9R:G -> A69R:C: pairing antiparallel cis one_hbond Wh/Wh } 0 3 {A69R:C -> A9R:G: pairing antiparallel cis one_hbond Wh/Wh } 0 4 {A10R:G -> A69R:C: pairing antiparallel cis XIX Ww/Ww } 0 5 {A69R:C -> A10R:G: pairing antiparallel cis XIX Ww/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 A69R:C 0 1 A70R:C 0 2 A9R:G 0 [Edges] 0 {A9R:G -> A69R:C: pairing antiparallel cis one_hbond Wh/Wh } 0 1 {A69R:C -> A9R:G: pairing antiparallel cis one_hbond Wh/Wh } 0 2 {A9R:G -> A70R:C: pairing antiparallel cis Ww/Ww } 0 3 {A70R:C -> A9R:G: pairing antiparallel cis Ww/Ww } 0 4 {A69R:C -> A70R:C: adjacent_5p upward } 0 5 {A70R:C -> A69R:C: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 A26R:G 0 1 A27R:U 0 2 A8R:A 0 [Edges] 0 {A8R:A -> A26R:G: pairing parallel trans one_hbond Hh/C8 } 0 1 {A26R:G -> A8R:A: pairing parallel trans one_hbond C8/Hh } 0 2 {A8R:A -> A27R:U: pairing antiparallel cis one_hbond Ww/Ww } 0 3 {A27R:U -> A8R:A: pairing antiparallel cis one_hbond Ww/Ww } 0 4 {A26R:G -> A27R:U: adjacent_5p } 0 5 {A27R:U -> A26R:G: adjacent_3p } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 B325R:A 0 1 B326R:A 0 2 B335R:U 0 [Edges] 0 {B325R:A -> B326R:A: adjacent_5p upward } 0 1 {B326R:A -> B325R:A: adjacent_3p downward } 0 2 {B325R:A -> B335R:U: pairing antiparallel cis one_hbond Wh/Wh } 0 3 {B335R:U -> B325R:A: pairing antiparallel cis one_hbond Wh/Wh } 0 4 {B326R:A -> B335R:U: pairing antiparallel cis XX Ww/Ww } 0 5 {B335R:U -> B326R:A: pairing antiparallel cis XX Ww/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 B335R:U 0 1 B336R:U 0 2 B325R:A 0 [Edges] 0 {B325R:A -> B335R:U: pairing antiparallel cis one_hbond Wh/Wh } 0 1 {B335R:U -> B325R:A: pairing antiparallel cis one_hbond Wh/Wh } 0 2 {B325R:A -> B336R:U: pairing antiparallel cis XX Ww/Ww } 0 3 {B336R:U -> B325R:A: pairing antiparallel cis XX Ww/Ww } 0 4 {B335R:U -> B336R:U: adjacent_5p upward } 0 5 {B336R:U -> B335R:U: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 7R:C 0 1 8R:G 0 2 13R:G 0 [Edges] 0 {7R:C -> 8R:G: adjacent_5p } 0 1 {8R:G -> 7R:C: adjacent_3p } 0 2 {7R:C -> 13R:G: pairing antiparallel cis XIX Ww/Ww } 0 3 {13R:G -> 7R:C: pairing antiparallel cis XIX Ww/Ww } 0 4 {8R:G -> 13R:G: pairing antiparallel trans one_hbond 112 Hw/Sw } 0 5 {13R:G -> 8R:G: pairing antiparallel trans one_hbond 112 Sw/Hw } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . MOLECULE: [GraphModel] [Vertices] 0 C53R:G 0 1 C54R:U 0 2 C61R:C 0 [Edges] 0 {C53R:G -> C54R:U: adjacent_5p upward } 0 1 {C54R:U -> C53R:G: adjacent_3p downward } 0 2 {C53R:G -> C61R:C: pairing antiparallel cis one_hbond Wh/Wh } 0 3 {C61R:C -> C53R:G: pairing antiparallel cis one_hbond Wh/Wh } 0 4 {C54R:U -> C61R:C: pairing antiparallel cis one_hbond 106 Ww/Ws } 0 5 {C61R:C -> C54R:U: pairing antiparallel cis one_hbond 106 Ws/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 D53R:G 0 1 D54R:U 0 2 D61R:C 0 [Edges] 0 {D53R:G -> D54R:U: adjacent_5p upward } 0 1 {D54R:U -> D53R:G: adjacent_3p downward } 0 2 {D53R:G -> D61R:C: pairing antiparallel cis one_hbond Wh/Wh } 0 3 {D61R:C -> D53R:G: pairing antiparallel cis one_hbond Wh/Wh } 0 4 {D54R:U -> D61R:C: pairing antiparallel cis one_hbond 106 Ww/Ws } 0 5 {D61R:C -> D54R:U: pairing antiparallel cis one_hbond 106 Ws/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . MOLECULE: [GraphModel] [Vertices] 0 '0'144R:A 0 1 '0'145R:A 0 2 '0'130R:C 0 [Edges] 0 {'0'130R:C -> '0'144R:A: pairing antiparallel trans one_hbond Wh/Hh } 0 1 {'0'144R:A -> '0'130R:C: pairing antiparallel trans one_hbond Hh/Wh } 0 2 {'0'130R:C -> '0'145R:A: pairing antiparallel trans one_hbond Ws/Hw } 0 3 {'0'145R:A -> '0'130R:C: pairing antiparallel trans one_hbond Hw/Ws } 0 4 {'0'144R:A -> '0'145R:A: adjacent_5p upward } 0 5 {'0'145R:A -> '0'144R:A: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . [GraphModel] [Vertices] 0 '0'407R:A 0 1 '0'408R:A 0 2 '0'429R:A 0 [Edges] 0 {'0'407R:A -> '0'408R:A: adjacent_5p upward } 0 1 {'0'408R:A -> '0'407R:A: adjacent_3p downward } 0 2 {'0'407R:A -> '0'429R:A: pairing parallel trans one_hbond Wh/Ww } 0 3 {'0'429R:A -> '0'407R:A: pairing parallel trans one_hbond Ww/Wh } 0 4 {'0'408R:A -> '0'429R:A: pairing parallel cis one_hbond Ww/Wh } 0 5 {'0'429R:A -> '0'408R:A: pairing parallel cis one_hbond Wh/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 '0'429R:A 0 1 '0'430R:A 0 2 '0'408R:A 0 [Edges] 0 {'0'408R:A -> '0'429R:A: pairing parallel cis one_hbond Ww/Wh } 0 1 {'0'429R:A -> '0'408R:A: pairing parallel cis one_hbond Wh/Ww } 0 2 {'0'408R:A -> '0'430R:A: pairing parallel trans one_hbond Wh/Ww } 0 3 {'0'430R:A -> '0'408R:A: pairing parallel trans one_hbond Ww/Wh } 0 4 {'0'429R:A -> '0'430R:A: adjacent_5p upward } 0 5 {'0'430R:A -> '0'429R:A: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . [GraphModel] [Vertices] 0 '0'441R:A 0 1 '0'442R:A 0 2 '0'40R:C 0 [Edges] 0 {'0'40R:C -> '0'441R:A: pairing antiparallel cis 71 Ww/Ww } 0 1 {'0'441R:A -> '0'40R:C: pairing antiparallel cis 71 Ww/Ww } 0 2 {'0'40R:C -> '0'442R:A: pairing antiparallel cis one_hbond 78 Ww/Wh } 0 3 {'0'442R:A -> '0'40R:C: pairing antiparallel cis one_hbond 78 Wh/Ww } 0 4 {'0'441R:A -> '0'442R:A: adjacent_5p pairing parallel cis one_hbond Ss/Hw } 0 5 {'0'442R:A -> '0'441R:A: adjacent_3p pairing parallel cis one_hbond Hw/Ss } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . [GraphModel] [Vertices] 0 '0'488R:U 0 1 '0'489R:A 0 2 '0'503R:G 0 [Edges] 0 {'0'488R:U -> '0'489R:A: adjacent_5p } 0 1 {'0'489R:A -> '0'488R:U: adjacent_3p } 0 2 {'0'488R:U -> '0'503R:G: pairing antiparallel cis 84 Bs/Ww } 0 3 {'0'503R:G -> '0'488R:U: pairing antiparallel cis 84 Ww/Bs } 0 4 {'0'489R:A -> '0'503R:G: pairing antiparallel trans XI Hh/Ss } 0 5 {'0'503R:G -> '0'489R:A: pairing antiparallel trans XI Ss/Hh } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 '0'1445R:G 0 1 '0'1446R:U 0 2 '0'1418R:U 0 [Edges] 0 {'0'1418R:U -> '0'1445R:G: pairing parallel trans one_hbond Ws/Ww } 0 1 {'0'1445R:G -> '0'1418R:U: pairing parallel trans one_hbond Ww/Ws } 0 2 {'0'1418R:U -> '0'1446R:U: pairing parallel trans one_hbond Ww/Wh } 0 3 {'0'1446R:U -> '0'1418R:U: pairing parallel trans one_hbond Wh/Ww } 0 4 {'0'1445R:G -> '0'1446R:U: adjacent_5p } 0 5 {'0'1446R:U -> '0'1445R:G: adjacent_3p } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . [GraphModel] [Vertices] 0 '0'1656R:A 0 1 '0'1657R:A 0 2 '0'1489R:G 0 [Edges] 0 {'0'1489R:G -> '0'1656R:A: pairing parallel trans one_hbond Ss/Wh } 0 1 {'0'1656R:A -> '0'1489R:G: pairing parallel trans one_hbond Wh/Ss } 0 2 {'0'1489R:G -> '0'1657R:A: pairing parallel trans one_hbond Sw/Ww } 0 3 {'0'1657R:A -> '0'1489R:G: pairing parallel trans one_hbond Ww/Sw } 0 4 {'0'1656R:A -> '0'1657R:A: adjacent_5p upward } 0 5 {'0'1657R:A -> '0'1656R:A: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . [GraphModel] [Vertices] 0 '0'1681R:G 0 1 '0'1682R:A 0 2 '0'1414R:A 0 [Edges] 0 {'0'1414R:A -> '0'1681R:G: pairing antiparallel trans XI Hh/Ss } 0 1 {'0'1681R:G -> '0'1414R:A: pairing antiparallel trans XI Ss/Hh } 0 2 {'0'1414R:A -> '0'1682R:A: pairing parallel trans I Ww/Ww } 0 3 {'0'1682R:A -> '0'1414R:A: pairing parallel trans I Ww/Ww } 0 4 {'0'1681R:G -> '0'1682R:A: adjacent_5p } 0 5 {'0'1682R:A -> '0'1681R:G: adjacent_3p } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . [GraphModel] [Vertices] 0 '0'1753R:C 0 1 '0'1754R:A 0 2 '0'1746R:A 0 [Edges] 0 {'0'1746R:A -> '0'1753R:C: pairing antiparallel cis one_hbond Ww/Hw } 0 1 {'0'1753R:C -> '0'1746R:A: pairing antiparallel cis one_hbond Hw/Ww } 0 2 {'0'1746R:A -> '0'1754R:A: pairing parallel cis one_hbond Wh/Ww } 0 3 {'0'1754R:A -> '0'1746R:A: pairing parallel cis one_hbond Ww/Wh } 0 4 {'0'1753R:C -> '0'1754R:A: adjacent_5p upward } 0 5 {'0'1754R:A -> '0'1753R:C: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . [GraphModel] [Vertices] 0 '0'2092R:G 0 1 '0'2093R:G 0 2 '0'2652R:U 0 [Edges] 0 {'0'2092R:G -> '0'2093R:G: adjacent_5p pairing parallel cis one_hbond Sw/Hw } 0 1 {'0'2093R:G -> '0'2092R:G: adjacent_3p pairing parallel cis one_hbond Hw/Sw } 0 2 {'0'2092R:G -> '0'2652R:U: pairing antiparallel cis one_hbond 94 Ws/Wh } 0 3 {'0'2652R:U -> '0'2092R:G: pairing antiparallel cis one_hbond 94 Wh/Ws } 0 4 {'0'2093R:G -> '0'2652R:U: pairing antiparallel cis XXVIII Ww/Ws } 0 5 {'0'2652R:U -> '0'2093R:G: pairing antiparallel cis XXVIII Ws/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 '0'2493R:C 0 1 '0'2494R:G 0 2 '0'2528R:U 0 [Edges] 0 {'0'2493R:C -> '0'2494R:G: adjacent_5p pairing antiparallel cis one_hbond Hh/Hw } 0 1 {'0'2494R:G -> '0'2493R:C: adjacent_3p pairing antiparallel cis one_hbond Hw/Hh } 0 2 {'0'2493R:C -> '0'2528R:U: pairing parallel cis one_hbond Hh/Wh } 0 3 {'0'2528R:U -> '0'2493R:C: pairing parallel cis one_hbond Wh/Hh } 0 4 {'0'2494R:G -> '0'2528R:U: pairing antiparallel cis XXVIII Ww/Ws } 0 5 {'0'2528R:U -> '0'2494R:G: pairing antiparallel cis XXVIII Ws/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . MOLECULE: [GraphModel] [Vertices] 0 A48R:C 0 1 A49R:U 0 2 A365R:U 0 [Edges] 0 {A48R:C -> A49R:U: adjacent_5p } 0 1 {A49R:U -> A48R:C: adjacent_3p } 0 2 {A48R:C -> A365R:U: pairing parallel trans one_hbond Hh/Hw } 0 3 {A365R:U -> A48R:C: pairing parallel trans one_hbond Hw/Hh } 0 4 {A49R:U -> A365R:U: pairing antiparallel trans 81 Hh/Ww } 0 5 {A365R:U -> A49R:U: pairing antiparallel trans 81 Ww/Hh } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 A54R:C 0 1 A55R:A 0 2 A357R:G 0 [Edges] 0 {A54R:C -> A55R:A: adjacent_5p } 0 1 {A55R:A -> A54R:C: adjacent_3p } 0 2 {A54R:C -> A357R:G: pairing antiparallel cis XIX Ww/Ww } 0 3 {A357R:G -> A54R:C: pairing antiparallel cis XIX Ww/Ww } 0 4 {A55R:A -> A357R:G: pairing antiparallel trans XI Hh/Ss } 0 5 {A357R:G -> A55R:A: pairing antiparallel trans XI Ss/Hh } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 A179R:A 0 1 A180R:U 0 2 A196R:A 0 [Edges] 0 {A179R:A -> A180R:U: adjacent_5p upward } 0 1 {A180R:U -> A179R:A: adjacent_3p downward } 0 2 {A179R:A -> A196R:A: pairing antiparallel trans V Ww/Hh } 0 3 {A196R:A -> A179R:A: pairing antiparallel trans V Hh/Ww } 0 4 {A180R:U -> A196R:A: pairing antiparallel trans one_hbond 46 Ws/Wh } 0 5 {A196R:A -> A180R:U: pairing antiparallel trans one_hbond 46 Wh/Ws } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 A195R:A 0 1 A196R:A 0 2 A180R:U 0 [Edges] 0 {A180R:U -> A195R:A: pairing antiparallel trans Ww/Hh } 0 1 {A195R:A -> A180R:U: pairing antiparallel trans Hh/Ww } 0 2 {A180R:U -> A196R:A: pairing antiparallel trans one_hbond 46 Ws/Wh } 0 3 {A196R:A -> A180R:U: pairing antiparallel trans one_hbond 46 Wh/Ws } 0 4 {A195R:A -> A196R:A: adjacent_5p upward } 0 5 {A196R:A -> A195R:A: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . [GraphModel] [Vertices] 0 A981R:U 0 1 A982R:U 0 2 A1223R:C 0 [Edges] 0 {A981R:U -> A982R:U: adjacent_5p inward } 0 1 {A982R:U -> A981R:U: adjacent_3p inward } 0 2 {A981R:U -> A1223R:C: pairing antiparallel cis one_hbond Wh/Wh } 0 3 {A1223R:C -> A981R:U: pairing antiparallel cis one_hbond Wh/Wh } 0 4 {A982R:U -> A1223R:C: pairing antiparallel cis one_hbond Ww/Ww } 0 5 {A1223R:C -> A982R:U: pairing antiparallel cis one_hbond Ww/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 A982R:U 0 1 A983R:A 0 2 A1222R:G 0 [Edges] 0 {A982R:U -> A983R:A: adjacent_5p } 0 1 {A983R:A -> A982R:U: adjacent_3p } 0 2 {A982R:U -> A1222R:G: pairing antiparallel trans one_hbond Ws/Ww } 0 3 {A1222R:G -> A982R:U: pairing antiparallel trans one_hbond Ww/Ws } 0 4 {A983R:A -> A1222R:G: pairing antiparallel cis one_hbond Ww/Ws } 0 5 {A1222R:G -> A983R:A: pairing antiparallel cis one_hbond Ws/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 A1028R:C 0 1 A1029R:C 0 2 A1032R:G 0 [Edges] 0 {A1028R:C -> A1029R:C: adjacent_5p upward } 0 1 {A1029R:C -> A1028R:C: adjacent_3p downward } 0 2 {A1028R:C -> A1032R:G: pairing antiparallel cis one_hbond Ww/Ws } 0 3 {A1032R:G -> A1028R:C: pairing antiparallel cis one_hbond Ws/Ww } 0 4 {A1029R:C -> A1032R:G: pairing antiparallel cis one_hbond Wh/Wh } 0 5 {A1032R:G -> A1029R:C: pairing antiparallel cis one_hbond Wh/Wh } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 A1032R:G 0 1 A1033R:G 0 2 A1028R:C 0 [Edges] 0 {A1028R:C -> A1032R:G: pairing antiparallel cis one_hbond Ww/Ws } 0 1 {A1032R:G -> A1028R:C: pairing antiparallel cis one_hbond Ws/Ww } 0 2 {A1028R:C -> A1033R:G: pairing antiparallel trans one_hbond 122 Wh/Hw } 0 3 {A1033R:G -> A1028R:C: pairing antiparallel trans one_hbond 122 Hw/Wh } 0 4 {A1032R:G -> A1033R:G: adjacent_5p } 0 5 {A1033R:G -> A1032R:G: adjacent_3p } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . [GraphModel] [Vertices] 0 A1033R:G 0 1 A1034R:G 0 2 A1028R:C 0 [Edges] 0 {A1028R:C -> A1033R:G: pairing antiparallel trans one_hbond 122 Wh/Hw } 0 1 {A1033R:G -> A1028R:C: pairing antiparallel trans one_hbond 122 Hw/Wh } 0 2 {A1028R:C -> A1034R:G: pairing antiparallel cis one_hbond Hw/Hw } 0 3 {A1034R:G -> A1028R:C: pairing antiparallel cis one_hbond Hw/Hw } 0 4 {A1033R:G -> A1034R:G: adjacent_5p upward } 0 5 {A1034R:G -> A1033R:G: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . [GraphModel] [Vertices] 0 A1222R:G 0 1 A1223R:C 0 2 A982R:U 0 [Edges] 0 {A982R:U -> A1222R:G: pairing antiparallel trans one_hbond Ws/Ww } 0 1 {A1222R:G -> A982R:U: pairing antiparallel trans one_hbond Ww/Ws } 0 2 {A982R:U -> A1223R:C: pairing antiparallel cis one_hbond Ww/Ww } 0 3 {A1223R:C -> A982R:U: pairing antiparallel cis one_hbond Ww/Ww } 0 4 {A1222R:G -> A1223R:C: adjacent_5p upward } 0 5 {A1223R:C -> A1222R:G: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 A5R:G 0 1 A6R:A 0 2 A23R:C 0 [Edges] 0 {A5R:G -> A6R:A: adjacent_5p } 0 1 {A6R:A -> A5R:G: adjacent_3p } 0 2 {A5R:G -> A23R:C: pairing antiparallel cis XIX Ww/Ww } 0 3 {A23R:C -> A5R:G: pairing antiparallel cis XIX Ww/Ww } 0 4 {A6R:A -> A23R:C: pairing antiparallel trans one_hbond Bh/Bs } 0 5 {A23R:C -> A6R:A: pairing antiparallel trans one_hbond Bs/Bh } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . MOLECULE: [GraphModel] [Vertices] 0 C139R:G 0 1 C140R:U 0 2 C151R:U 0 [Edges] 0 {C139R:G -> C140R:U: adjacent_5p pairing parallel cis one_hbond 89 Sw/Hw } 0 1 {C140R:U -> C139R:G: adjacent_3p pairing parallel cis one_hbond 89 Hw/Sw } 0 2 {C139R:G -> C151R:U: pairing antiparallel cis one_hbond 94 Ws/Wh } 0 3 {C151R:U -> C139R:G: pairing antiparallel cis one_hbond 94 Wh/Ws } 0 4 {C140R:U -> C151R:U: pairing antiparallel cis XVI Ww/Ws } 0 5 {C151R:U -> C140R:U: pairing antiparallel cis XVI Ws/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . MOLECULE: [GraphModel] [Vertices] 0 A140R:U 0 1 A141R:C 0 2 A238R:G 0 [Edges] 0 {A140R:U -> A141R:C: adjacent_5p upward } 0 1 {A141R:C -> A140R:U: adjacent_3p downward } 0 2 {A140R:U -> A238R:G: pairing antiparallel cis one_hbond Ww/Wh } 0 3 {A238R:G -> A140R:U: pairing antiparallel cis one_hbond Wh/Ww } 0 4 {A141R:C -> A238R:G: pairing antiparallel cis one_hbond 127 Ss/Ws } 0 5 {A238R:G -> A141R:C: pairing antiparallel cis one_hbond 127 Ws/Ss } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 A237R:G 0 1 A238R:G 0 2 A141R:C 0 [Edges] 0 {A141R:C -> A237R:G: pairing antiparallel cis XIX Ww/Ww } 0 1 {A237R:G -> A141R:C: pairing antiparallel cis XIX Ww/Ww } 0 2 {A141R:C -> A238R:G: pairing antiparallel cis one_hbond 127 Ss/Ws } 0 3 {A238R:G -> A141R:C: pairing antiparallel cis one_hbond 127 Ws/Ss } 0 4 {A237R:G -> A238R:G: adjacent_5p upward } 0 5 {A238R:G -> A237R:G: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 '2'13R:A 0 1 '2'14R:G 0 2 '2'10R:U 0 [Edges] 0 {'2'10R:U -> '2'13R:A: pairing parallel cis XXIII Ww/Hh } 0 1 {'2'13R:A -> '2'10R:U: pairing parallel cis XXIII Hh/Ww } 0 2 {'2'10R:U -> '2'14R:G: pairing parallel cis one_hbond 96 Ww/Hh } 0 3 {'2'14R:G -> '2'10R:U: pairing parallel cis one_hbond 96 Hh/Ww } 0 4 {'2'13R:A -> '2'14R:G: adjacent_5p upward } 0 5 {'2'14R:G -> '2'13R:A: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . [GraphModel] [Vertices] 0 '2'15R:C 0 1 '2'16R:U 0 2 '2'17R:C 0 [Edges] 0 {'2'15R:C -> '2'16R:U: adjacent_5p upward } 0 1 {'2'16R:U -> '2'15R:C: adjacent_3p downward } 0 2 {'2'15R:C -> '2'17R:C: pairing antiparallel trans one_hbond Ws/Hw } 0 3 {'2'17R:C -> '2'15R:C: pairing antiparallel trans one_hbond Hw/Ws } 0 4 {'2'16R:U -> '2'17R:C: adjacent_5p pairing antiparallel trans 97 Bs/Hh } 0 5 {'2'17R:C -> '2'16R:U: adjacent_3p pairing antiparallel trans 97 Hh/Bs } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . MOLECULE: [GraphModel] [Vertices] 0 S7R:G 0 1 S8R:U 0 2 S14R:A 0 [Edges] 0 {S7R:G -> S8R:U: adjacent_5p upward } 0 1 {S8R:U -> S7R:G: adjacent_3p downward } 0 2 {S7R:G -> S14R:A: pairing antiparallel cis one_hbond 67 Wh/Hw } 0 3 {S14R:A -> S7R:G: pairing antiparallel cis one_hbond 67 Hw/Wh } 0 4 {S8R:U -> S14R:A: pairing antiparallel cis XX Ww/Ww } 0 5 {S14R:A -> S8R:U: pairing antiparallel cis XX Ww/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 S14R:A 0 1 S15R:C 0 2 S7R:G 0 [Edges] 0 {S7R:G -> S14R:A: pairing antiparallel cis one_hbond 67 Wh/Hw } 0 1 {S14R:A -> S7R:G: pairing antiparallel cis one_hbond 67 Hw/Wh } 0 2 {S7R:G -> S15R:C: pairing antiparallel cis XIX Ww/Ww } 0 3 {S15R:C -> S7R:G: pairing antiparallel cis XIX Ww/Ww } 0 4 {S14R:A -> S15R:C: adjacent_5p upward } 0 5 {S15R:C -> S14R:A: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 B21R:G 0 1 B22R:A 0 2 B13R:G 0 [Edges] 0 {B13R:G -> B21R:G: pairing antiparallel cis one_hbond Wh/Sw } 0 1 {B21R:G -> B13R:G: pairing antiparallel cis one_hbond Sw/Wh } 0 2 {B13R:G -> B22R:A: pairing antiparallel trans one_hbond Sw/Hh } 0 3 {B22R:A -> B13R:G: pairing antiparallel trans one_hbond Hh/Sw } 0 4 {B21R:G -> B22R:A: adjacent_5p } 0 5 {B22R:A -> B21R:G: adjacent_3p } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . [GraphModel] [Vertices] 0 E21R:G 0 1 E22R:A 0 2 E13R:G 0 [Edges] 0 {E13R:G -> E21R:G: pairing antiparallel cis one_hbond Wh/Sw } 0 1 {E21R:G -> E13R:G: pairing antiparallel cis one_hbond Sw/Wh } 0 2 {E13R:G -> E22R:A: pairing antiparallel trans XI Ss/Hh } 0 3 {E22R:A -> E13R:G: pairing antiparallel trans XI Hh/Ss } 0 4 {E21R:G -> E22R:A: adjacent_5p } 0 5 {E22R:A -> E21R:G: adjacent_3p } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 A21R:A 0 1 A22R:C 0 2 B17R:G 0 [Edges] 0 {A21R:A -> A22R:C: adjacent_5p upward } 0 1 {A22R:C -> A21R:A: adjacent_3p downward } 0 2 {A21R:A -> B17R:G: pairing antiparallel cis one_hbond Wh/Wh } 0 3 {B17R:G -> A21R:A: pairing antiparallel cis one_hbond Wh/Wh } 0 4 {A22R:C -> B17R:G: pairing antiparallel cis Ww/Ww } 0 5 {B17R:G -> A22R:C: pairing antiparallel cis Ww/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 B17R:G 0 1 B18R:U 0 2 A21R:A 0 [Edges] 0 {A21R:A -> B17R:G: pairing antiparallel cis one_hbond Wh/Wh } 0 1 {B17R:G -> A21R:A: pairing antiparallel cis one_hbond Wh/Wh } 0 2 {A21R:A -> B18R:U: pairing antiparallel cis XX Ww/Ww } 0 3 {B18R:U -> A21R:A: pairing antiparallel cis XX Ww/Ww } 0 4 {B17R:G -> B18R:U: adjacent_5p upward } 0 5 {B18R:U -> B17R:G: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 A5R:A 0 1 A6R:G 0 2 A18R:U 0 [Edges] 0 {A5R:A -> A6R:G: adjacent_5p upward } 0 1 {A6R:G -> A5R:A: adjacent_3p downward } 0 2 {A5R:A -> A18R:U: pairing antiparallel cis one_hbond Wh/Wh } 0 3 {A18R:U -> A5R:A: pairing antiparallel cis one_hbond Wh/Wh } 0 4 {A6R:G -> A18R:U: pairing antiparallel cis XXVIII Ww/Ws } 0 5 {A18R:U -> A6R:G: pairing antiparallel cis XXVIII Ws/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 A18R:U 0 1 A19R:U 0 2 A5R:A 0 [Edges] 0 {A5R:A -> A18R:U: pairing antiparallel cis one_hbond Wh/Wh } 0 1 {A18R:U -> A5R:A: pairing antiparallel cis one_hbond Wh/Wh } 0 2 {A5R:A -> A19R:U: pairing antiparallel cis XX Ww/Ww } 0 3 {A19R:U -> A5R:A: pairing antiparallel cis XX Ww/Ww } 0 4 {A18R:U -> A19R:U: adjacent_5p upward } 0 5 {A19R:U -> A18R:U: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 R10R:G 0 1 R11R:C 0 2 R24R:G 0 [Edges] 0 {R10R:G -> R11R:C: adjacent_5p upward } 0 1 {R11R:C -> R10R:G: adjacent_3p downward } 0 2 {R10R:G -> R24R:G: pairing antiparallel cis one_hbond Ww/Wh } 0 3 {R24R:G -> R10R:G: pairing antiparallel cis one_hbond Wh/Ww } 0 4 {R11R:C -> R24R:G: pairing antiparallel cis one_hbond Ws/Ws } 0 5 {R24R:G -> R11R:C: pairing antiparallel cis one_hbond Ws/Ws } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 R24R:G 0 1 R25R:C 0 2 R10R:G 0 [Edges] 0 {R10R:G -> R24R:G: pairing antiparallel cis one_hbond Ww/Wh } 0 1 {R24R:G -> R10R:G: pairing antiparallel cis one_hbond Wh/Ww } 0 2 {R10R:G -> R25R:C: pairing antiparallel cis Ww/Ww } 0 3 {R25R:C -> R10R:G: pairing antiparallel cis Ww/Ww } 0 4 {R24R:G -> R25R:C: adjacent_5p upward } 0 5 {R25R:C -> R24R:G: adjacent_3p downward } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 . MOLECULE: [GraphModel] [Vertices] 0 A31R:G 0 1 A32R:C 0 2 B39R:G 0 [Edges] 0 {A31R:G -> A32R:C: adjacent_5p } 0 1 {A32R:C -> A31R:G: adjacent_3p } 0 2 {A31R:G -> B39R:G: pairing antiparallel cis one_hbond 115 Ws/Wh } 0 3 {B39R:G -> A31R:G: pairing antiparallel cis one_hbond 115 Wh/Ws } 0 4 {A32R:C -> B39R:G: pairing antiparallel cis Ww/Ww } 0 5 {B39R:G -> A32R:C: pairing antiparallel cis Ww/Ww } 0 [Adjacency matrix] 0 1 2 0 . 0 2 1 1 . 4 2 3 5 . [GraphModel] [Vertices] 0 B66R:G 0 1 B67R:C 0 2 A4R:G 0 [Edges] 0 {A4R:G -> B66R:G: pairing antiparallel cis one_hbond 115 Wh/Ws } 0 1 {B66R:G -> A4R:G: pairing antiparallel cis one_hbond 115 Ws/Wh } 0 2 {A4R:G -> B67R:C: pairing antiparallel cis Ww/Ww } 0 3 {B67R:C -> A4R:G: pairing antiparallel cis Ww/Ww } 0 4 {B66R:G -> B67R:C: adjacent_5p } 0 5 {B67R:C -> B66R:G: adjacent_3p } 0 [Adjacency matrix] 0 1 2 0 . 4 1 1 5 . 3 2 0 2 .