Note: File describing key torsions for low- and high- conformations of ssDNA captured in the hemolysin. See torsion definition below Note: alpha: O3'(i-1)-P-O5'-C5' beta: P-O5'-C5'-C4' gamma: O5'-C5'-C4'-C3' delta: C5'-C4'-C3'-O3' epsilon: C4'-C3'-O3'-P(i+1) zeta: C3'-O3'-P(i+1)-O5'(i+1) chi for pyrimidines(Y): O4'-C1'-N1-C2 chi for purines(R): O4'-C1'-N9-C4 base alpha beta gamma delta epsilon zeta chi High-current conformation: 1 C --- --- 33.4 78.4 -111.9 -62.4 -163.2 2 C -38.3 155.6 68.6 138.6 -157.6 -156.7 -108.5 3 C -52.8 152.2 51.4 137.0 -174.7 -121.2 -114.4 4 C -5.3 128.6 58.8 84.0 -161.4 -105.8 -146.8 5 C -10.2 141.2 65.3 131.7 -161.7 -126.2 -113.8 6 C -22.4 157.8 47.5 138.7 -163.5 -111.4 -103.8 7 C -46.8 159.7 62.5 101.3 -176.4 -92.4 -106.6 8 C -52.1 168.5 65.0 103.4 -164.3 -98.5 -110.7 9 C -24.0 141.2 70.5 89.9 -162.9 -56.8 -168.4 10 C -79.0 -155.5 77.3 151.1 -96.5 148.5 -167.7 11 C -67.9 157.8 34.0 143.0 -165.0 -108.2 -115.6 12 C -17.1 156.1 45.4 141.2 -162.4 -152.6 -111.9 13 C -42.9 152.2 49.2 137.0 -166.4 -117.6 -119.4 14 C -0.9 152.6 51.8 136.6 -162.4 -113.8 -109.1 15 C -34.6 167.3 49.7 138.6 -162.5 -132.0 -110.9 16 C -20.2 130.4 54.2 88.7 -177.0 -102.6 -141.9 17 C -15.3 146.5 66.3 138.7 -166.6 -131.1 -135.1 18 C -50.6 167.6 56.0 145.0 -166.6 -111.4 -146.1 19 C -87.4 166.8 77.5 91.8 -160.8 -54.9 -176.4 20 C -88.4 -165.3 76.7 110.3 -170.5 -75.0 150.2 21 C -66.8 166.2 66.9 92.2 -162.9 -83.8 -133.7 22 C -39.4 153.5 64.3 133.8 -145.2 -90.6 -116.1 23 C -102.6 169.0 74.3 135.4 -165.6 -132.0 -107.7 24 C -91.2 141.2 74.7 88.3 -155.4 -86.5 -163.6 25 C -35.8 156.6 57.6 142.1 -159.5 -173.0 -129.4 26 C -18.1 118.7 52.0 133.1 -171.9 -117.7 -126.6 27 C -56.1 169.7 55.8 141.8 -173.7 -165.2 -139.3 28 C 18.0 107.8 45.2 135.5 -58.9 94.9 -170.4 Low-current conformation: 1 C --- --- 96.4 82.9 -118.0 -45.3 -70.5 2 C -72.4 -176.5 65.9 139.8 -167.7 -121.7 -98.6 3 C -14.8 157.9 42.7 141.8 -166.6 -124.1 -109.0 4 C -61.5 174.2 49.4 142.9 -178.6 -104.3 -120.0 5 C -59.0 -172.0 49.6 144.4 -159.6 -158.5 -148.2 6 C -34.4 151.0 52.4 140.1 -120.1 -132.5 -124.0 7 C -44.7 140.6 52.4 141.1 -161.6 -155.1 -95.8 8 C -54.1 151.5 46.2 140.9 -171.9 -118.8 -122.3 9 C -56.1 174.3 54.8 139.7 -169.6 -116.8 -107.6 10 C -72.0 173.9 55.0 142.3 -117.2 -122.7 -122.1 11 C -66.5 74.3 166.0 72.3 -160.2 -87.9 -95.3 12 C -28.1 151.4 67.0 139.4 -147.4 175.5 -130.9 13 C -5.6 116.4 35.8 143.2 -104.9 114.7 -109.5 14 C -118.5 174.0 47.9 137.1 -161.3 -141.5 -103.4 15 C 12.7 114.2 35.7 138.0 -162.6 168.1 -90.7 16 C 6.8 95.3 37.9 134.0 -90.1 103.7 -141.8 17 C -103.6 168.3 50.7 131.9 179.3 -115.1 -109.3 18 C -50.4 -177.2 42.0 138.3 -159.8 -113.9 -125.7 19 C -9.8 151.0 42.3 145.2 -109.8 157.6 -133.8 20 C -55.4 153.5 49.6 145.3 -163.6 -138.7 -166.7 21 C -20.6 161.1 43.5 142.2 -177.8 -115.6 -127.3 22 C -49.6 168.4 58.2 137.8 -167.6 -118.3 -125.9 23 C -11.9 155.9 47.6 138.3 -166.1 -126.8 -119.6 24 C -25.9 158.8 45.9 138.2 -169.5 -118.8 -109.8 25 C -3.8 156.6 50.6 137.0 -166.6 -110.0 -112.2 26 C -14.4 154.4 45.8 139.3 -168.3 -144.7 -119.2 27 C -43.5 167.6 44.7 138.7 -160.1 -118.5 -128.2 28 C -12.5 156.8 38.7 141.3 -165.8 -120.4 -113.9