*HEADER RIBONUCLEIC ACID 04-DEC-95 1FMN *TITLE SOLUTION STRUCTURE OF FMN-RNA APTAMER COMPLEX, NMR, *TITLE 2 5 STRUCTURES *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: RNA (5'-R(*GP*GP*CP*GP*UP*GP*UP*AP*GP*GP *COMPND 3 *AP*UP*AP*UP*GP*CP*UP*UP*CP*GP*GP*CP*AP*GP*AP*AP*GP *COMPND 4 *GP*AP*CP*AP*CP*GP*CP*C)-3'); *COMPND 5 CHAIN: NULL; *COMPND 6 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES *KEYWDS FMN-RNA COMPLEX, FMN-ADENINE PAIRING, FMN INTERCALATION, *KEYWDS 2 BASE TRIPLE PLATFORM, BASE PAIR MISMATCHES *EXPDTA NMR, 5 STRUCTURES *AUTHOR P.FAN,A.K.SURI,R.FIALA,D.LIVE,D.J.PATEL *REVDAT 1 11-JUL-96 1FMN 0 assi (resi 7 and name H6 and segi RNA1) (resi 7 and name H5 and segi RNA1) 2.51 0.50 0.50 assi (resi 5 and name H6 and segi RNA1) (resi 5 and name H5 and segi RNA1) 2.48 0.50 0.50 assi (resi 34 and name H6 and segi RNA1) (resi 34 and name H5 and segi RNA1) 2.42 0.48 0.48 assi (resi 19 and name H6 and segi RNA1) (resi 19 and name H5 and segi RNA1) 2.49 0.50 0.50 assi (resi 18 and name H6 and segi RNA1) (resi 18 and name H5 and segi RNA1) 2.46 0.49 0.49 assi (resi 32 and name H6 and segi RNA1) (resi 32 and name H1' and segi RNA1) 3.52 0.70 0.70 assi (resi 33 and name H8 and segi RNA1) (resi 32 and name H1' and segi RNA1) 3.72 0.74 0.74 assi (resi 22 and name H6 and segi RNA1) (resi 22 and name H1' and segi RNA1) 3.58 0.72 0.72 assi (resi 23 and name H8 and segi RNA1) (resi 22 and name H1' and segi RNA1) 4.00 0.80 0.80 assi (resi 16 and name H6 and segi RNA1) (resi 16 and name H1' and segi RNA1) 3.52 0.70 0.70 assi (resi 17 and name H6 and segi RNA1) (resi 16 and name H1' and segi RNA1) 4.22 0.84 0.84 assi (resi 16 and name H6 and segi RNA1) (resi 15 and name H1' and segi RNA1) 3.86 0.77 0.77 assi (resi 15 and name H8 and segi RNA1) (resi 15 and name H1' and segi RNA1) 3.90 0.78 0.78 assi (resi 7 and name H6 and segi RNA1) (resi 7 and name H1' and segi RNA1) 3.69 0.74 0.74 assi (resi 8 and name H8 and segi RNA1) (resi 7 and name H1' and segi RNA1) 3.83 0.77 0.77 assi (resi 31 and name H8 and segi RNA1) (resi 31 and name H1' and segi RNA1) 3.73 0.75 0.75 assi (resi 8 and name H8 and segi RNA1) (resi 8 and name H1' and segi RNA1) 3.64 0.73 0.73 assi (resi 1 and name H8 and segi RNA1) (resi 1 and name H1' and segi RNA1) 3.94 0.79 0.79 assi (resi 18 and name H6 and segi RNA1) (resi 18 and name H1' and segi RNA1) 3.55 0.71 0.71 assi (resi 19 and name H6 and segi RNA1) (resi 19 and name H1' and segi RNA1) 3.50 0.70 0.70 assi (resi 32 and name H6 and segi RNA1) (resi 31 and name H1' and segi RNA1) 3.85 0.77 0.77 assi (resi 10 and name H8 and segi RNA1) (resi 10 and name H1' and segi RNA1) 3.71 0.74 0.74 assi (resi 6 and name H8 and segi RNA1) (resi 6 and name H1' and segi RNA1) 3.66 0.73 0.73 assi (resi 33 and name H8 and segi RNA1) (resi 33 and name H1' and segi RNA1) 3.73 0.75 0.75 assi (resi 4 and name H8 and segi RNA1) (resi 4 and name H1' and segi RNA1) 3.65 0.73 0.73 assi (resi 35 and name H6 and segi RNA1) (resi 35 and name H1' and segi RNA1) 3.45 0.69 0.69 assi (resi 4 and name H8 and segi RNA1) (resi 3 and name H1' and segi RNA1) 3.99 0.80 0.80 assi (resi 29 and name H8 and segi RNA1) (resi 28 and name H1' and segi RNA1) 4.26 0.85 0.85 assi (resi 28 and name H8 and segi RNA1) (resi 28 and name H1' and segi RNA1) 3.66 0.73 0.73 assi (resi 23 and name H2 and segi RNA1) (resi 15 and name H1' and segi RNA1) 3.81 1.14 1.14 assi (resi 13 and name H2 and segi RNA1) (resi 25 and name H1' and segi RNA1) 3.45 1.04 1.04 assi (resi 25 and name H8 and segi RNA1) (resi 25 and name H1' and segi RNA1) 3.76 0.75 0.75 assi (resi 31 and name H2 and segi RNA1) (resi 6 and name H1' and segi RNA1) 3.12 0.94 0.94 assi (resi 31 and name H2 and segi RNA1) (resi 32 and name H1' and segi RNA1) 3.15 0.95 0.95 assi (resi 25 and name H2 and segi RNA1) (resi 26 and name H1' and segi RNA1) 2.79 0.84 0.84 assi (resi 10 and name H8 and segi RNA1) (resi 10 and name H3' and segi RNA1) 2.24 0.44 0.45 assi (resi 31 and name H8 and segi RNA1) (resi 30 and name H1' and segi RNA1) 3.98 0.80 0.80 assi (resi 31 and name H8 and segi RNA1) (resi 32 and name H5 and segi RNA1) 4.39 0.88 0.88 assi (resi 6 and name H8 and segi RNA1) (resi 7 and name H5 and segi RNA1) 3.99 0.80 0.80 assi (resi 6 and name H8 and segi RNA1) (resi 5 and name H5 and segi RNA1) 4.06 0.81 0.81 assi (resi 14 and name H6 and segi RNA1) (resi 14 and name H5 and segi RNA1) 2.81 0.56 0.56 assi (resi 13 and name H8 and segi RNA1) (resi 14 and name H5 and segi RNA1) 3.34 0.67 0.67 assi (resi 26 and name H8 and segi RNA1) (resi 26 and name H1' and segi RNA1) 4.07 0.81 0.81 assi (resi 26 and name H8 and segi RNA1) (resi 25 and name H2'' and segi RNA1) 2.99 0.60 0.60 assi (resi 29 and name H2 and segi RNA1) (resi 30 and name H1' and segi RNA1) 3.08 0.92 0.92 assi (resi 29 and name H2 and segi RNA1) (resi 8 and name H1' and segi RNA1) 3.65 1.10 1.10 assi (resi 11 and name H8 and segi RNA1) (resi 11 and name H2'' and segi RNA1) 2.98 0.60 0.60 assi (resi 11 and name H8 and segi RNA1) (resi 11 and name H1' and segi RNA1) 3.34 0.67 0.67 assi (resi 12 and name H6 and segi RNA1) (resi 12 and name H1' and segi RNA1) 3.75 0.75 0.75 assi (resi 21 and name H8 and segi RNA1) (resi 20 and name H3' and segi RNA1) 3.23 0.65 0.65 assi (resi 10 and name H8 and segi RNA1) (resi 10 and name H2'' and segi RNA1) 2.80 0.56 0.56 assi (resi 13 and name H2 and segi RNA1) (resi 14 and name H1' and segi RNA1) 3.40 1.02 1.02 assi (resi 14 and name H6 and segi RNA1) (resi 14 and name H1' and segi RNA1) 4.08 0.82 0.82 assi (resi 15 and name H8 and segi RNA1) (resi 14 and name H1' and segi RNA1) 3.75 0.75 0.75 assi (resi 9 and name H8 and segi RNA1) (resi 9 and name H2'' and segi RNA1) 3.93 1.16 1.16 assi (resi 25 and name H8 and segi RNA1) (resi 25 and name H2'' and segi RNA1) 4.32 0.86 0.86 assi (resi 30 and name H6 and segi RNA1) (resi 29 and name H1' and segi RNA1) 4.23 0.85 0.85 assi (resi 2 and name H8 and segi RNA1) (resi 1 and name H2'' and segi RNA1) 2.59 0.52 0.52 assi (resi 8 and name H2 and segi RNA1) (resi 29 and name H2 and segi RNA1) 3.42 1.37 1.37 assi (resi 1 and name H8 and segi RNA1) (resi 1 and name H2'' and segi RNA1) 3.96 0.79 0.79 assi (resi 23 and name H2 and segi RNA1) (resi 24 and name H1' and segi RNA1) 3.98 1.19 1.19 assi (resi 2 and name H8 and segi RNA1) (resi 1 and name H1' and segi RNA1) 3.60 0.72 0.72 assi (resi 19 and name H6 and segi RNA1) (resi 17 and name H2'' and segi RNA1) 3.62 0.72 0.72 assi (resi 17 and name H6 and segi RNA1) (resi 17 and name H2'' and segi RNA1) 3.42 0.68 0.68 assi (resi 26 and name H8 and segi RNA1) (resi 26 and name H3' and segi RNA1) 3.00 0.60 0.60 assi (resi 18 and name H6 and segi RNA1) (resi 18 and name H3' and segi RNA1) 3.14 0.63 0.63 assi (resi 18 and name H6 and segi RNA1) (resi 18 and name H2'' and segi RNA1) 2.25 0.45 0.45 assi (resi 6 and name H8 and segi RNA1) (resi 5 and name H2'' and segi RNA1) 2.60 0.52 0.52 assi (resi 27 and name H8 and segi RNA1) (resi 26 and name H2'' and segi RNA1) 3.17 0.63 0.63 assi (resi 27 and name H8 and segi RNA1) (resi 26 and name H8 and segi RNA1) 3.73 0.75 0.75 assi (resi 25 and name H2 and segi RNA1) (resi 13 and name H2 and segi RNA1) 3.71 1.48 1.48 assi (resi 27 and name H8 and segi RNA1) (resi 28 and name H8 and segi RNA1) 3.87 1.14 1.14 assi (resi 19 and name H5 and segi RNA1) (resi 17 and name H2'' and segi RNA1) 2.54 0.51 0.51 assi (resi 11 and name H1' and segi RNA1) (resi 11 and name H4' and segi RNA1) 3.23 0.65 0.65 assi (resi 11 and name H1' and segi RNA1) (resi 11 and name H2'' and segi RNA1) 3.17 0.63 0.63 assi (resi 11 and name H1' and segi RNA1) (resi 11 and name H3' and segi RNA1) 3.72 0.74 0.74 assi (resi 20 and name H1' and segi RNA1) (resi 20 and name H2'' and segi RNA1) 3.43 0.69 0.69 assi (resi 20 and name H1' and segi RNA1) (resi 19 and name H4' and segi RNA1) 3.08 0.62 0.62 assi (resi 25 and name H1' and segi RNA1) (resi 25 and name H2'' and segi RNA1) 2.66 0.53 0.53 assi (resi 17 and name H5 and segi RNA1) (resi 16 and name H5 and segi RNA1) 3.19 0.64 0.64 assi (resi 10 and name H1' and segi RNA1) (resi 10 and name H3' and segi RNA1) 3.44 0.69 0.69 assi (resi 5 and name H1' and segi RNA1) (resi 5 and name H2'' and segi RNA1) 2.68 0.54 0.54 assi (resi 1 and name H1' and segi RNA1) (resi 1 and name H2'' and segi RNA1) 2.84 0.57 0.57 assi (resi 9 and name H1' and segi RNA1) (resi 9 and name H2'' and segi RNA1) 2.53 0.51 0.51 assi (resi 9 and name H1' and segi RNA1) (resi 9 and name H4' and segi RNA1) 2.86 0.57 0.57 assi (resi 25 and name H8 and segi RNA1) (resi 26 and name H8 and segi RNA1) 4.62 0.92 0.88 assi (resi 11 and name H2'' and segi RNA1) (resi 11 and name H3' and segi RNA1) 2.44 0.49 0.49 assi (resi 10 and name H1' and segi RNA1) (resi 10 and name H2'' and segi RNA1) 2.52 0.50 0.50 assi (resi 12 and name H6 and segi RNA1) (resi 10 and name H1' and segi RNA1) 3.96 1.19 1.19 assi (resi 26 and name H8 and segi RNA1) (resi 25 and name H1' and segi RNA1) 4.06 0.81 0.81 assi (resi 14 and name H6 and segi RNA1) (resi 13 and name H1' and segi RNA1) 3.69 0.74 0.74 assi (resi 17 and name H6 and segi RNA1) (resi 17 and name H5 and segi RNA1) 2.43 0.49 0.49 assi (resi 20 and name H8 and segi RNA1) (resi 20 and name H3' and segi RNA1) 3.85 0.77 0.77 assi (resi 13 and name H2 and segi RNA1) (resi 25 and name H2'' and segi RNA1) 4.42 1.33 1.08 assi (resi 22 and name H6 and segi RNA1) (resi 22 and name H5 and segi RNA1) 2.46 0.49 0.49 assi (resi 32 and name H6 and segi RNA1) (resi 32 and name H5 and segi RNA1) 2.46 0.49 0.49 assi (resi 11 and name H8 and segi RNA1) (resi 11 and name H3' and segi RNA1) 3.48 0.70 0.70 assi (resi 1 and name H8 and segi RNA1) (resi 1 and name H3' and segi RNA1) 3.04 0.61 0.61 assi (resi 31 and name H8 and segi RNA1) (resi 32 and name H6 and segi RNA1) 3.98 0.80 0.80 assi (resi 31 and name H8 and segi RNA1) (resi 30 and name H6 and segi RNA1) 3.97 0.79 0.79 assi (resi 8 and name H8 and segi RNA1) (resi 9 and name H8 and segi RNA1) 3.74 0.75 0.75 assi (resi 16 and name H6 and segi RNA1) (resi 16 and name H5 and segi RNA1) 2.57 0.51 0.51 assi (resi 20 and name H8 and segi RNA1) (resi 20 and name H2'' and segi RNA1) 3.68 0.74 0.74 assi (resi 18 and name H6 and segi RNA1) (resi 17 and name H1' and segi RNA1) 4.06 0.81 0.81 assi (resi 17 and name H6 and segi RNA1) (resi 19 and name H5 and segi RNA1) 4.14 1.24 1.24 assi (resi 17 and name H4' and segi RNA1) (resi 18 and name H6 and segi RNA1) 3.55 1.08 1.08 assi (resi 17 and name H4' and segi RNA1) (resi 17 and name H1' and segi RNA1) 3.27 1.02 1.02 assi (resi 17 and name H4' and segi RNA1) (resi 18 and name H5 and segi RNA1) 3.08 1.00 1.00 assi (resi 26 and name H2 and segi RNA1) (resi 27 and name H1' and segi RNA1) 3.49 1.42 1.42 assi (resi 18 and name H5 and segi RNA1) (resi 18 and name H2'' and segi RNA1) 3.65 1.10 1.10 assi (resi 18 and name H5 and segi RNA1) (resi 18 and name H3' and segi RNA1) 4.11 1.19 1.19 assi (resi 19 and name H3' and segi RNA1) (resi 19 and name H1' and segi RNA1) 3.44 1.06 1.06 assi (resi 19 and name H3' and segi RNA1) (resi 19 and name H2'' and segi RNA1) 2.57 0.77 1.00 assi (resi 14 and name H5 and segi RNA1) (resi 14 and name H3' and segi RNA1) 3.44 1.06 1.06 assi (resi 19 and name H3' and segi RNA1) (resi 19 and name H4' and segi RNA1) 2.82 1.00 1.00 assi (resi 19 and name H3' and segi RNA1) (resi 19 and name H6 and segi RNA1) 3.35 1.04 1.04 assi (resi 17 and name H5 and segi RNA1) (resi 16 and name H6 and segi RNA1) 4.04 1.18 1.18 assi (resi 17 and name H5 and segi RNA1) (resi 16 and name H3' and segi RNA1) 3.72 1.11 1.11 assi (resi 12 and name H5 and segi RNA1) (resi 12 and name H6 and segi RNA1) 3.23 1.02 1.02 assi (resi 8 and name H2 and segi RNA1) (resi 9 and name H1' and segi RNA1) 3.23 1.34 1.34 assi (resi 8 and name H2 and segi RNA1) (resi 29 and name H1' and segi RNA1) 3.69 1.48 1.48 assi (resi 18 and name H3' and segi RNA1) (resi 18 and name H2'' and segi RNA1) 3.03 1.00 1.00 assi (resi 18 and name H3' and segi RNA1) (resi 18 and name H4' and segi RNA1) 2.44 0.64 1.00 assi (resi 18 and name H3' and segi RNA1) (resi 19 and name H6 and segi RNA1) 2.65 0.85 1.00 assi (resi 19 and name H2'' and segi RNA1) (resi 19 and name H1' and segi RNA1) 2.87 1.00 1.00 assi (resi 19 and name H2'' and segi RNA1) (resi 19 and name H6 and segi RNA1) 2.64 0.84 1.00 assi (resi 7 and name H5 and segi RNA1) (resi 7 and name H2'' and segi RNA1) 3.62 1.09 1.09 assi (resi 20 and name H2'' and segi RNA1) (resi 20 and name H3' and segi RNA1) 2.87 1.00 1.00 assi (resi 9 and name H2'' and segi RNA1) (resi 9 and name H3' and segi RNA1) 3.20 1.01 1.01 assi (resi 20 and name H3' and segi RNA1) (resi 20 and name H1' and segi RNA1) 3.35 1.04 1.04 assi (resi 17 and name H2'' and segi RNA1) (resi 17 and name H1' and segi RNA1) 2.57 0.77 1.00 assi (resi 17 and name H2'' and segi RNA1) (resi 17 and name H3' and segi RNA1) 2.80 1.00 1.00 assi (resi 24 and name H2'' and segi RNA1) (resi 24 and name H4' and segi RNA1) 3.66 1.10 1.10 assi (resi 20 and name H3' and segi RNA1) (resi 20 and name H4' and segi RNA1) 2.80 1.00 1.00 assi (resi 24 and name H2'' and segi RNA1) (resi 24 and name H3' and segi RNA1) 3.27 1.02 1.02 assi (resi 24 and name H2'' and segi RNA1) (resi 24 and name H1' and segi RNA1) 3.03 1.00 1.00 assi (resi 30 and name H2'' and segi RNA1) (resi 31 and name H8 and segi RNA1) 2.46 0.66 1.00 assi (resi 30 and name H2'' and segi RNA1) (resi 30 and name H1' and segi RNA1) 2.92 1.00 1.00 assi (resi 28 and name H2'' and segi RNA1) (resi 29 and name H8 and segi RNA1) 2.92 1.00 1.00 assi (resi 10 and name H3' and segi RNA1) (resi 10 and name H2'' and segi RNA1) 3.44 1.06 1.06 assi (resi 14 and name H2'' and segi RNA1) (resi 14 and name H1' and segi RNA1) 3.13 1.00 1.00 assi (resi 12 and name H2'' and segi RNA1) (resi 12 and name H1' and segi RNA1) 3.23 1.02 1.02 assi (resi 10 and name H3' and segi RNA1) (resi 10 and name H4' and segi RNA1) 3.72 1.11 1.11 assi (resi 14 and name H2'' and segi RNA1) (resi 15 and name H8 and segi RNA1) 2.43 0.63 1.00 assi (resi 12 and name H2'' and segi RNA1) (resi 13 and name H8 and segi RNA1) 2.69 0.89 1.00 assi (resi 11 and name H2'' and segi RNA1) (resi 11 and name H4' and segi RNA1) 3.55 1.08 1.08 assi (resi 18 and name H2'' and segi RNA1) (resi 18 and name H1' and segi RNA1) 3.31 1.03 1.03 assi (resi 19 and name H5 and segi RNA1) (resi 17 and name H1' and segi RNA1) 3.73 1.12 1.12 assi (resi 19 and name H5 and segi RNA1) (resi 18 and name H2'' and segi RNA1) 3.98 1.17 1.17 assi (resi 35 and name H5 and segi RNA1) (resi 34 and name H3' and segi RNA1) 3.77 1.12 1.12 assi (resi 35 and name H5 and segi RNA1) (resi 35 and name H6 and segi RNA1) 2.55 0.75 1.00 assi (resi 16 and name H3' and segi RNA1) (resi 16 and name H1' and segi RNA1) 3.82 1.13 1.13 assi (resi 16 and name H3' and segi RNA1) (resi 17 and name H6 and segi RNA1) 3.27 1.02 1.02 assi (resi 16 and name H3' and segi RNA1) (resi 16 and name H6 and segi RNA1) 3.05 1.00 1.00 assi (resi 12 and name H1' and segi RNA1) (resi 13 and name H8 and segi RNA1) 4.03 1.18 1.18 assi (resi 12 and name H1' and segi RNA1) (resi 12 and name H3' and segi RNA1) 3.80 1.13 1.13 assi (resi 21 and name H3' and segi RNA1) (resi 21 and name H8 and segi RNA1) 3.49 1.07 1.07 assi (resi 18 and name H6 and segi RNA1) (resi 18 and name H4' and segi RNA1) 3.49 1.07 1.07 assi (resi 17 and name H1' and segi RNA1) (resi 17 and name H6 and segi RNA1) 3.62 1.09 1.09 assi (resi 35 and name H3' and segi RNA1) (resi 35 and name H2'' and segi RNA1) 2.31 0.51 1.00 assi (resi 35 and name H3' and segi RNA1) (resi 35 and name H6 and segi RNA1) 2.85 1.00 1.00 assi (resi 35 and name H3' and segi RNA1) (resi 35 and name H1' and segi RNA1) 3.39 1.05 1.05 assi (resi 20 and name H1' and segi RNA1) (resi 20 and name H8 and segi RNA1) 2.33 0.53 1.00 assi (resi 20 and name H1' and segi RNA1) (resi 20 and name H4' and segi RNA1) 3.13 1.00 1.00 assi (resi 17 and name H1' and segi RNA1) (resi 17 and name H3' and segi RNA1) 3.27 1.02 1.02 assi (resi 30 and name H1' and segi RNA1) (resi 30 and name H6 and segi RNA1) 3.79 1.13 1.13 assi (resi 11 and name H8 and segi RNA1) (resi 11 and name H4' and segi RNA1) 3.72 1.11 1.11 assi (resi 8 and name H1' and segi RNA1) (resi 9 and name H8 and segi RNA1) 3.85 1.14 1.14 assi (resi 30 and name H1' and segi RNA1) (resi 30 and name H3' and segi RNA1) 3.16 1.00 1.00 assi (resi 21 and name H1' and segi RNA1) (resi 22 and name H6 and segi RNA1) 3.73 1.12 1.12 assi (resi 30 and name H1' and segi RNA1) (resi 30 and name H2'' and segi RNA1) 2.92 1.00 1.00 assi (resi 21 and name H1' and segi RNA1) (resi 20 and name H3' and segi RNA1) 3.91 1.15 1.15 assi (resi 21 and name H1' and segi RNA1) (resi 20 and name H2'' and segi RNA1) 3.31 1.03 1.03 assi (resi 14 and name H1' and segi RNA1) (resi 13 and name H2'' and segi RNA1) 4.16 1.20 1.20 assi (resi 14 and name H1' and segi RNA1) (resi 14 and name H3' and segi RNA1) 3.67 1.10 1.10 assi (resi 14 and name H1' and segi RNA1) (resi 14 and name H4' and segi RNA1) 3.65 1.10 1.10 assi (resi 21 and name H1' and segi RNA1) (resi 21 and name H8 and segi RNA1) 3.49 1.07 1.07 assi (resi 19 and name H6 and segi RNA1) (resi 19 and name H4' and segi RNA1) 3.76 1.12 1.12 assi (resi 28 and name H1' and segi RNA1) (resi 28 and name H3' and segi RNA1) 3.05 1.00 1.00 assi (resi 28 and name H1' and segi RNA1) (resi 28 and name H2'' and segi RNA1) 2.88 1.00 1.00 assi (resi 20 and name H8 and segi RNA1) (resi 20 and name H4' and segi RNA1) 3.55 1.08 1.08 assi (resi 15 and name H1' and segi RNA1) (resi 15 and name H2'' and segi RNA1) 2.64 0.84 1.00 assi (resi 27 and name H1' and segi RNA1) (resi 27 and name H8 and segi RNA1) 3.99 1.17 1.17 assi (resi 27 and name H1' and segi RNA1) (resi 28 and name H8 and segi RNA1) 4.10 1.19 1.19 assi (resi 9 and name H1' and segi RNA1) (resi 9 and name H3' and segi RNA1) 3.55 1.08 1.08 assi (resi 9 and name H1' and segi RNA1) (resi 9 and name H8 and segi RNA1) 3.20 1.01 1.01 assi (resi 14 and name H6 and segi RNA1) (resi 14 and name H4' and segi RNA1) 4.18 1.21 1.21 assi (resi 1 and name H1' and segi RNA1) (resi 1 and name H4' and segi RNA1) 3.31 1.03 1.03 assi (resi 14 and name H6 and segi RNA1) (resi 13 and name H2'' and segi RNA1) 3.87 1.14 1.14 assi (resi 1 and name H1' and segi RNA1) (resi 1 and name H3' and segi RNA1) 3.73 1.12 1.12 assi (resi 14 and name H6 and segi RNA1) (resi 14 and name H2'' and segi RNA1) 4.21 1.21 1.21 assi (resi 14 and name H6 and segi RNA1) (resi 14 and name H3' and segi RNA1) 3.10 1.00 1.00 assi (resi 17 and name H6 and segi RNA1) (resi 16 and name H2'' and segi RNA1) 2.80 1.00 1.00 assi (resi 3 and name H6 and segi RNA1) (resi 3 and name H1' and segi RNA1) 4.00 1.17 1.17 assi (resi 3 and name H6 and segi RNA1) (resi 3 and name H5 and segi RNA1) 2.90 1.00 1.00 assi (resi 3 and name H6 and segi RNA1) (resi 2 and name H1' and segi RNA1) 4.19 1.21 1.21 assi (resi 30 and name H6 and segi RNA1) (resi 30 and name H2'' and segi RNA1) 4.01 1.17 1.17 assi (resi 25 and name H8 and segi RNA1) (resi 24 and name H2'' and segi RNA1) 3.82 1.13 1.13 assi (resi 23 and name H8 and segi RNA1) (resi 23 and name H1' and segi RNA1) 3.99 1.17 1.17 assi (resi 23 and name H8 and segi RNA1) (resi 22 and name H2'' and segi RNA1) 3.10 1.00 1.00 assi (resi 23 and name H8 and segi RNA1) (resi 23 and name H3' and segi RNA1) 3.44 1.06 1.06 assi (resi 18 and name H1' and segi RNA1) (resi 18 and name H4' and segi RNA1) 3.16 1.00 1.00 assi (resi 18 and name H1' and segi RNA1) (resi 18 and name H3' and segi RNA1) 3.49 1.07 1.07 assi (resi 18 and name H1' and segi RNA1) (resi 18 and name H2'' and segi RNA1) 3.31 1.03 1.03 assi (resi 18 and name H1' and segi RNA1) (resi 18 and name H3' and segi RNA1) 3.49 1.07 1.07 assi (resi 18 and name H1' and segi RNA1) (resi 18 and name H4' and segi RNA1) 3.13 1.00 1.00 assi (resi 24 and name H1' and segi RNA1) (resi 24 and name H2'' and segi RNA1) 3.05 1.00 1.00 assi (resi 19 and name H1' and segi RNA1) (resi 19 and name H4' and segi RNA1) 3.39 1.05 1.05 assi (resi 19 and name H1' and segi RNA1) (resi 19 and name H2'' and segi RNA1) 2.85 1.00 1.00 assi (resi 21 and name H8 and segi RNA1) (resi 20 and name H2'' and segi RNA1) 3.68 1.11 1.11 assi (resi 21 and name H8 and segi RNA1) (resi 22 and name H5 and segi RNA1) 4.25 1.22 1.22 assi (resi 29 and name H8 and segi RNA1) (resi 29 and name H1' and segi RNA1) 3.81 1.13 1.13 assi (resi 29 and name H8 and segi RNA1) (resi 30 and name H5 and segi RNA1) 3.71 1.11 1.11 assi (resi 18 and name H4' and segi RNA1) (resi 19 and name H6 and segi RNA1) 3.86 1.14 1.14 assi (resi 2 and name H8 and segi RNA1) (resi 2 and name H1' and segi RNA1) 3.70 1.11 1.11 assi (resi 2 and name H8 and segi RNA1) (resi 1 and name H3' and segi RNA1) 3.27 1.02 1.02 assi (resi 15 and name H8 and segi RNA1) (resi 16 and name H5 and segi RNA1) 4.19 1.21 1.21 assi (resi 15 and name H8 and segi RNA1) (resi 15 and name H3' and segi RNA1) 2.92 1.00 1.00 assi (resi 15 and name H8 and segi RNA1) (resi 15 and name H2'' and segi RNA1) 2.80 1.00 1.00 assi (resi 6 and name H8 and segi RNA1) (resi 5 and name H1' and segi RNA1) 3.31 1.03 1.03 assi (resi 9 and name H8 and segi RNA1) (resi 8 and name H2'' and segi RNA1) 2.49 0.69 1.00 assi (resi 9 and name H8 and segi RNA1) (resi 9 and name H3' and segi RNA1) 2.85 1.00 1.00 assi (resi 4 and name H8 and segi RNA1) (resi 5 and name H5 and segi RNA1) 3.80 1.13 1.13 assi (resi 11 and name H4' and segi RNA1) (resi 11 and name H3' and segi RNA1) 3.05 1.00 1.00 assi (resi 33 and name H8 and segi RNA1) (resi 34 and name H5 and segi RNA1) 3.77 1.12 1.12 assi (resi 27 and name H8 and segi RNA1) (resi 27 and name H2'' and segi RNA1) 3.20 1.01 1.01 assi (resi 24 and name H8 and segi RNA1) (resi 23 and name H3' and segi RNA1) 3.27 1.02 1.02 assi (resi 24 and name H8 and segi RNA1) (resi 24 and name H3' and segi RNA1) 3.23 1.02 1.02 assi (resi 24 and name H8 and segi RNA1) (resi 23 and name H2'' and segi RNA1) 3.55 1.08 1.08 assi (resi 24 and name H8 and segi RNA1) (resi 24 and name H2'' and segi RNA1) 4.11 1.19 1.19 assi (resi 12 and name H4' and segi RNA1) (resi 12 and name H2'' and segi RNA1) 3.35 1.04 1.04 assi (resi 12 and name H4' and segi RNA1) (resi 12 and name H3' and segi RNA1) 2.94 1.00 1.00 assi (resi 12 and name H4' and segi RNA1) (resi 12 and name H1' and segi RNA1) 3.84 1.14 1.14 assi (resi 20 and name H4' and segi RNA1) (resi 19 and name H4' and segi RNA1) 3.39 1.05 1.05 assi (resi 14 and name H3 and segi RNA1) (resi 23 and name H2 and segi RNA1) 2.98 0.89 0.89 assi (resi 5 and name H3 and segi RNA1) (resi 31 and name H2 and segi RNA1) 2.80 0.84 0.84 assi (resi 12 and name H3 and segi RNA1) (resi 25 and name H8 and segi RNA1) 3.10 0.93 0.93 assi (resi 14 and name H3 and segi RNA1) (resi 23 and name H62 and segi RNA1) 3.61 1.08 1.08 assi (resi 14 and name H3 and segi RNA1) (resi 23 and name H61 and segi RNA1) 3.51 1.05 1.05 assi (resi 12 and name H3 and segi RNA1) (resi 25 and name H62 and segi RNA1) 3.18 0.95 0.95 assi (resi 12 and name H3 and segi RNA1) (resi 25 and name H61 and segi RNA1) 3.44 1.03 1.03 assi (resi 21 and name H1 and segi RNA1) (resi 21 and name H21 and segi RNA1) 2.92 0.88 0.88 assi (resi 21 and name H1 and segi RNA1) (resi 16 and name H41 and segi RNA1) 3.20 0.96 0.96 assi (resi 21 and name H1 and segi RNA1) (resi 16 and name H42 and segi RNA1) 2.99 0.90 0.90 assi (resi 21 and name H1 and segi RNA1) (resi 21 and name H22 and segi RNA1) 3.09 0.93 0.93 assi (resi 24 and name H1 and segi RNA1) (resi 12 and name H6 and segi RNA1) 3.71 1.11 1.11 assi (resi 24 and name H1 and segi RNA1) (resi 23 and name H62 and segi RNA1) 3.86 1.16 1.16 assi (resi 24 and name H1 and segi RNA1) (resi 23 and name H61 and segi RNA1) 3.98 1.19 1.19 assi (resi 15 and name H1 and segi RNA1) (resi 15 and name H22 and segi RNA1) 2.98 0.89 0.89 assi (resi 15 and name H1 and segi RNA1) (resi 22 and name H41 and segi RNA1) 3.26 0.98 0.98 assi (resi 15 and name H1 and segi RNA1) (resi 22 and name H42 and segi RNA1) 3.14 0.94 0.94 assi (resi 15 and name H1 and segi RNA1) (resi 15 and name H21 and segi RNA1) 2.98 0.89 0.89 assi (resi 6 and name H1 and segi RNA1) (resi 30 and name H42 and segi RNA1) 2.97 0.89 0.89 assi (resi 6 and name H1 and segi RNA1) (resi 30 and name H41 and segi RNA1) 3.21 0.96 0.96 assi (resi 24 and name H1 and segi RNA1) (resi 12 and name H5 and segi RNA1) 3.33 1.00 1.00 assi (resi 21 and name H1 and segi RNA1) (resi 20 and name H1 and segi RNA1) 4.88 1.46 0.62 assi (resi 14 and name H3 and segi RNA1) (resi 24 and name H1 and segi RNA1) 4.56 1.37 0.94 assi (resi 15 and name H1 and segi RNA1) (resi 14 and name H3 and segi RNA1) 5.00 1.50 0.50 assi (resi 12 and name H3 and segi RNA1) (resi 24 and name H1 and segi RNA1) 5.00 1.50 0.50 assi (resi 5 and name H3 and segi RNA1) (resi 6 and name H1 and segi RNA1) 4.92 1.48 0.58 assi (resi 5 and name H3 and segi RNA1) (resi 4 and name H1 and segi RNA1) 3.55 1.06 1.06 assi (resi 21 and name H1 and segi RNA1) (resi 15 and name H1 and segi RNA1) 3.91 1.17 1.17 assi (resi 2 and name H1 and segi RNA1) (resi 33 and name H1 and segi RNA1) 4.17 1.25 1.25 assi (resi 6 and name H1 and segi RNA1) (resi 7 and name H3 and segi RNA1) 5.00 1.50 0.50 assi (resi 10 and name H1 and segi RNA1) (resi 24 and name H8 and segi RNA1) 3.85 1.16 1.16 assi (resi 10 and name H1 and segi RNA1) (resi 24 and name H2'' and segi RNA1) 3.49 1.05 1.05 assi (resi 10 and name H1 and segi RNA1) (resi 24 and name H3' and segi RNA1) 2.90 0.87 0.87 assi (resi 17 and name H3 and segi RNA1) (resi 20 and name H1 and segi RNA1) 4.88 1.46 0.62 assi (resi 28 and name H1 and segi RNA1) (resi 8 and name H2 and segi RNA1) 3.33 1.00 1.00 assi (resi 7 and name H3 and segi RNA1) (resi 29 and name H2 and segi RNA1) 3.17 0.95 0.95 assi (resi 1 and name O6 and segi RNA1) (resi 35 and name H42 and segi RNA1) 2.00 0.20 0.20 assi (resi 1 and name H1 and segi RNA1) (resi 35 and name N3 and segi RNA1) 2.00 0.20 0.20 assi (resi 1 and name H22 and segi RNA1) (resi 35 and name O2 and segi RNA1) 2.00 0.20 0.20 assi (resi 2 and name O6 and segi RNA1) (resi 34 and name H42 and segi RNA1) 2.00 0.20 0.20 assi (resi 2 and name H1 and segi RNA1) (resi 34 and name N3 and segi RNA1) 2.00 0.20 0.20 assi (resi 2 and name H22 and segi RNA1) (resi 34 and name O2 and segi RNA1) 2.00 0.20 0.20 assi (resi 3 and name H42 and segi RNA1) (resi 33 and name O6 and segi RNA1) 2.00 0.20 0.20 assi (resi 3 and name N3 and segi RNA1) (resi 33 and name H1 and segi RNA1) 2.00 0.20 0.20 assi (resi 3 and name O2 and segi RNA1) (resi 33 and name H22 and segi RNA1) 2.00 0.20 0.20 assi (resi 4 and name O6 and segi RNA1) (resi 32 and name H42 and segi RNA1) 2.00 0.20 0.20 assi (resi 4 and name H1 and segi RNA1) (resi 32 and name N3 and segi RNA1) 2.00 0.20 0.20 assi (resi 4 and name H22 and segi RNA1) (resi 32 and name O2 and segi RNA1) 2.00 0.20 0.20 assi (resi 5 and name O4 and segi RNA1) (resi 31 and name H61 and segi RNA1) 2.00 0.20 0.20 assi (resi 5 and name H3 and segi RNA1) (resi 31 and name N1 and segi RNA1) 2.00 0.20 0.20 assi (resi 6 and name O6 and segi RNA1) (resi 30 and name H42 and segi RNA1) 2.00 0.20 0.20 assi (resi 6 and name H1 and segi RNA1) (resi 30 and name N3 and segi RNA1) 2.00 0.20 0.20 assi (resi 6 and name H22 and segi RNA1) (resi 30 and name O2 and segi RNA1) 2.00 0.20 0.20 assi (resi 7 and name O4 and segi RNA1) (resi 29 and name H61 and segi RNA1) 2.00 0.20 0.20 assi (resi 7 and name H3 and segi RNA1) (resi 29 and name N1 and segi RNA1) 2.00 0.20 0.20 assi (resi 14 and name O4 and segi RNA1) (resi 23 and name H61 and segi RNA1) 2.00 0.20 0.20 assi (resi 14 and name H3 and segi RNA1) (resi 23 and name N1 and segi RNA1) 2.00 0.20 0.20 assi (resi 15 and name O6 and segi RNA1) (resi 22 and name H42 and segi RNA1) 2.00 0.20 0.20 assi (resi 15 and name H1 and segi RNA1) (resi 22 and name N3 and segi RNA1) 2.00 0.20 0.20 assi (resi 15 and name H22 and segi RNA1) (resi 22 and name O2 and segi RNA1) 2.00 0.20 0.20 assi (resi 16 and name H42 and segi RNA1) (resi 21 and name O6 and segi RNA1) 2.00 0.20 0.20 assi (resi 16 and name N3 and segi RNA1) (resi 21 and name H1 and segi RNA1) 2.00 0.20 0.20 assi (resi 16 and name O2 and segi RNA1) (resi 21 and name H22 and segi RNA1) 2.00 0.20 0.20 assi (resi 1 and name O6 and segi RNA1) (resi 35 and name N4 and segi RNA1) 2.91 0.17 0.17 assi (resi 1 and name N1 and segi RNA1) (resi 35 and name N3 and segi RNA1) 2.95 0.20 0.20 assi (resi 1 and name N2 and segi RNA1) (resi 35 and name O2 and segi RNA1) 2.91 0.17 0.17 assi (resi 2 and name O6 and segi RNA1) (resi 34 and name N4 and segi RNA1) 2.91 0.17 0.17 assi (resi 2 and name N1 and segi RNA1) (resi 34 and name N3 and segi RNA1) 2.95 0.20 0.20 assi (resi 2 and name N2 and segi RNA1) (resi 34 and name O2 and segi RNA1) 2.91 0.17 0.17 assi (resi 3 and name N4 and segi RNA1) (resi 33 and name O6 and segi RNA1) 2.91 0.17 0.17 assi (resi 3 and name N3 and segi RNA1) (resi 33 and name N1 and segi RNA1) 2.95 0.20 0.20 assi (resi 3 and name O2 and segi RNA1) (resi 33 and name N2 and segi RNA1) 2.91 0.17 0.17 assi (resi 4 and name O6 and segi RNA1) (resi 32 and name N4 and segi RNA1) 2.91 0.17 0.17 assi (resi 4 and name N1 and segi RNA1) (resi 32 and name N3 and segi RNA1) 2.95 0.20 0.20 assi (resi 4 and name N2 and segi RNA1) (resi 32 and name O2 and segi RNA1) 2.91 0.17 0.17 assi (resi 5 and name O4 and segi RNA1) (resi 31 and name N6 and segi RNA1) 2.91 0.17 0.17 assi (resi 5 and name N3 and segi RNA1) (resi 31 and name N1 and segi RNA1) 2.95 0.20 0.20 assi (resi 6 and name O6 and segi RNA1) (resi 30 and name N4 and segi RNA1) 2.91 0.17 0.17 assi (resi 6 and name N1 and segi RNA1) (resi 30 and name N3 and segi RNA1) 2.95 0.20 0.20 assi (resi 6 and name N2 and segi RNA1) (resi 30 and name O2 and segi RNA1) 2.91 0.17 0.17 assi (resi 7 and name O4 and segi RNA1) (resi 29 and name N6 and segi RNA1) 2.91 0.17 0.17 assi (resi 7 and name N3 and segi RNA1) (resi 29 and name N1 and segi RNA1) 2.95 0.20 0.20 assi (resi 14 and name O4 and segi RNA1) (resi 23 and name N6 and segi RNA1) 2.91 0.17 0.17 assi (resi 14 and name N3 and segi RNA1) (resi 23 and name N1 and segi RNA1) 2.95 0.20 0.20 assi (resi 15 and name O6 and segi RNA1) (resi 22 and name N4 and segi RNA1) 2.91 0.17 0.17 assi (resi 15 and name N1 and segi RNA1) (resi 22 and name N3 and segi RNA1) 2.95 0.20 0.20 assi (resi 15 and name N2 and segi RNA1) (resi 22 and name O2 and segi RNA1) 2.91 0.17 0.17 assi (resi 16 and name N4 and segi RNA1) (resi 21 and name O6 and segi RNA1) 2.91 0.17 0.17 assi (resi 16 and name N3 and segi RNA1) (resi 21 and name N1 and segi RNA1) 2.95 0.20 0.20 assi (resi 16 and name O2 and segi RNA1) (resi 21 and name N2 and segi RNA1) 2.91 0.17 0.17 assi (resi 14 and name H3 and segi RNA1) (resi 24 and name H1' and segi RNA1) 3.91 1.17 1.17 assi (resi 5 and name H3 and segi RNA1) (resi 6 and name H1' and segi RNA1) 3.86 1.16 1.16 assi (resi 12 and name H3 and segi RNA1) (resi 13 and name H8 and segi RNA1) 4.53 1.36 0.97 assi (resi 4 and name H1 and segi RNA1) (resi 31 and name H2 and segi RNA1) 3.71 1.11 1.11 assi (resi 20 and name H1 and segi RNA1) (resi 17 and name H2'' and segi RNA1) 3.60 1.08 1.08 assi (resi 20 and name H1 and segi RNA1) (resi 17 and name H1' and segi RNA1) 3.37 1.01 1.01 assi (resi 20 and name H1 and segi RNA1) (resi 19 and name H6 and segi RNA1) 4.23 1.27 1.27 assi (resi 20 and name H1 and segi RNA1) (resi 21 and name H8 and segi RNA1) 4.46 1.34 1.04 assi (resi 24 and name H1 and segi RNA1) (resi 10 and name H1' and segi RNA1) 3.55 1.07 1.07 assi (resi 24 and name H1 and segi RNA1) (resi 10 and name H2'' and segi RNA1) 3.48 1.04 1.04 assi (resi 24 and name H1 and segi RNA1) (resi 11 and name H4' and segi RNA1) 4.03 1.21 1.21 assi (resi 1 and name H4' and segi RNA1) (resi 1 and name H3' and segi RNA1) 3.05 1.00 1.00 assi (resi 35 and name H4' and segi RNA1) (resi 34 and name H2'' and segi RNA1) 3.56 1.00 1.00 assi (resi 35 and name H4' and segi RNA1) (resi 35 and name H2'' and segi RNA1) 2.46 0.66 1.00 assi (resi 35 and name H4' and segi RNA1) (resi 34 and name H3' and segi RNA1) 3.74 1.02 1.02 assi (resi 35 and name H4' and segi RNA1) (resi 35 and name H3' and segi RNA1) 1.95 0.15 1.00 assi (resi 35 and name H4' and segi RNA1) (resi 35 and name H1' and segi RNA1) 2.71 0.91 1.00 assi (resi 14 and name H4' and segi RNA1) (resi 13 and name H2'' and segi RNA1) 3.44 1.00 1.00 assi (resi 35 and name H2'' and segi RNA1) (resi 35 and name H1' and segi RNA1) 1.98 0.18 1.00 assi (resi 34 and name H2'' and segi RNA1) (resi 35 and name H3' and segi RNA1) 3.17 1.00 1.00 assi (resi 34 and name H2'' and segi RNA1) (resi 34 and name H3' and segi RNA1) 2.40 0.60 1.00 assi (resi 34 and name H2'' and segi RNA1) (resi 35 and name H5 and segi RNA1) 2.74 0.94 1.00 assi (resi 34 and name H2'' and segi RNA1) (resi 34 and name H1' and segi RNA1) 2.23 0.43 1.00 assi (resi 25 and name H2'' and segi RNA1) (resi 25 and name H3' and segi RNA1) 3.25 1.00 1.00 assi (resi 21 and name H2'' and segi RNA1) (resi 21 and name H3' and segi RNA1) 3.14 1.00 1.00 assi (resi 21 and name H2'' and segi RNA1) (resi 21 and name H1' and segi RNA1) 2.57 0.77 1.00 assi (resi 21 and name H3' and segi RNA1) (resi 21 and name H4' and segi RNA1) 3.08 1.00 1.00 assi (resi 35 and name H5 and segi RNA1) (resi 34 and name H5 and segi RNA1) 3.63 1.00 1.00 assi (resi 35 and name H5 and segi RNA1) (resi 35 and name H3' and segi RNA1) 3.38 1.00 1.00 assi (resi 35 and name H5 and segi RNA1) (resi 35 and name H2'' and segi RNA1) 3.65 1.00 1.00 assi (resi 16 and name H3' and segi RNA1) (resi 16 and name H4' and segi RNA1) 2.64 0.84 1.00 assi (resi 16 and name H3' and segi RNA1) (resi 16 and name H2'' and segi RNA1) 2.54 0.74 1.00 assi (resi 25 and name H1' and segi RNA1) (resi 25 and name H3' and segi RNA1) 3.44 1.00 1.00 assi (resi 25 and name H1' and segi RNA1) (resi 25 and name H4' and segi RNA1) 3.56 1.00 1.00 assi (resi 35 and name H6 and segi RNA1) (resi 35 and name H2'' and segi RNA1) 2.82 1.00 1.00 assi (resi 35 and name H6 and segi RNA1) (resi 35 and name H4' and segi RNA1) 3.17 1.00 1.00 assi (resi 35 and name H6 and segi RNA1) (resi 34 and name H2'' and segi RNA1) 2.16 0.36 1.00 assi (resi 5 and name H6 and segi RNA1) (resi 5 and name H1' and segi RNA1) 2.88 1.00 1.00 assi (resi 34 and name H6 and segi RNA1) (resi 34 and name H3' and segi RNA1) 2.50 0.70 1.00 assi (resi 34 and name H6 and segi RNA1) (resi 33 and name H2'' and segi RNA1) 2.20 0.40 1.00 assi (resi 3 and name H6 and segi RNA1) (resi 3 and name H2'' and segi RNA1) 3.29 1.00 1.00 assi (resi 3 and name H6 and segi RNA1) (resi 3 and name H3' and segi RNA1) 2.82 1.00 1.00 assi (resi 3 and name H6 and segi RNA1) (resi 2 and name H2'' and segi RNA1) 2.60 0.80 1.00 assi (resi 27 and name H1' and segi RNA1) (resi 27 and name H2'' and segi RNA1) 2.97 1.00 1.00 assi (resi 1 and name H8 and segi RNA1) (resi 1 and name H4' and segi RNA1) 3.88 1.05 1.05 assi (resi 31 and name H8 and segi RNA1) (resi 31 and name H3' and segi RNA1) 3.29 1.00 1.00 assi (resi 31 and name H8 and segi RNA1) (resi 30 and name H3' and segi RNA1) 3.21 1.00 1.00 assi (resi 21 and name H8 and segi RNA1) (resi 21 and name H4' and segi RNA1) 3.44 1.00 1.00 assi (resi 29 and name H8 and segi RNA1) (resi 28 and name H3' and segi RNA1) 3.68 1.01 1.01 assi (resi 10 and name H1' and segi RNA1) (resi 12 and name H5 and segi RNA1) 2.71 0.91 1.00 assi (resi 10 and name H1' and segi RNA1) (resi 10 and name H4' and segi RNA1) 3.84 1.04 1.04 assi (resi 4 and name H8 and segi RNA1) (resi 3 and name H2'' and segi RNA1) 2.46 0.66 1.00 assi (resi 28 and name H8 and segi RNA1) (resi 27 and name H2'' and segi RNA1) 2.80 1.00 1.00 assi (resi 28 and name H8 and segi RNA1) (resi 27 and name H3' and segi RNA1) 3.11 1.00 1.00 assi (resi 26 and name H8 and segi RNA1) (resi 25 and name H3' and segi RNA1) 3.44 1.00 1.00 assi (resi 29 and name H2 and segi RNA1) (resi 30 and name H3' and segi RNA1) 4.29 1.72 1.21 assi (resi 23 and name H2 and segi RNA1) (resi 24 and name H2'' and segi RNA1) 4.07 1.65 1.43 assi (resi 30 and name H2'' and segi RNA1) (resi 30 and name H3' and segi RNA1) 3.50 1.13 1.13 assi (resi 19 and name H5 and segi RNA1) (resi 17 and name H3' and segi RNA1) 3.98 1.23 1.23 assi (resi 19 and name H5 and segi RNA1) (resi 19 and name H2'' and segi RNA1) 3.72 1.17 1.17 assi (resi 19 and name H5 and segi RNA1) (resi 18 and name H3' and segi RNA1) 3.46 1.12 1.12 assi (resi 18 and name H6 and segi RNA1) (resi 17 and name H2'' and segi RNA1) 4.12 1.25 1.25 assi (resi 12 and name H6 and segi RNA1) (resi 12 and name H2'' and segi RNA1) 4.26 1.28 1.24 assi (resi 12 and name H6 and segi RNA1) (resi 12 and name H4' and segi RNA1) 4.54 1.34 0.96 assi (resi 19 and name H6 and segi RNA1) (resi 17 and name H3' and segi RNA1) 3.83 1.20 1.20 assi (resi 32 and name H1' and segi RNA1) (resi 32 and name H4' and segi RNA1) 3.28 1.09 1.09 assi (resi 32 and name H1' and segi RNA1) (resi 32 and name H2'' and segi RNA1) 2.96 1.02 1.02 assi (resi 32 and name H1' and segi RNA1) (resi 32 and name H3' and segi RNA1) 3.48 1.13 1.13 assi (resi 30 and name H1' and segi RNA1) (resi 30 and name H4' and segi RNA1) 4.02 1.23 1.23 assi (resi 17 and name H6 and segi RNA1) (resi 17 and name H3' and segi RNA1) 3.21 1.07 1.07 assi (resi 17 and name H6 and segi RNA1) (resi 17 and name H4' and segi RNA1) 3.83 1.20 1.20 assi (resi 22 and name H6 and segi RNA1) (resi 21 and name H3' and segi RNA1) 4.24 1.28 1.26 assi (resi 28 and name H1' and segi RNA1) (resi 28 and name H4' and segi RNA1) 3.80 1.19 1.19 assi (resi 15 and name H1' and segi RNA1) (resi 15 and name H3' and segi RNA1) 3.51 1.13 1.13 assi (resi 23 and name H8 and segi RNA1) (resi 23 and name H4' and segi RNA1) 3.90 1.21 1.21 assi (resi 21 and name H8 and segi RNA1) (resi 21 and name H2'' and segi RNA1) 4.25 1.28 1.25 assi (resi 29 and name H8 and segi RNA1) (resi 29 and name H3' and segi RNA1) 4.07 1.24 1.24 assi (resi 26 and name H8 and segi RNA1) (resi 26 and name H4' and segi RNA1) 4.35 1.30 1.15 assi (resi 15 and name H8 and segi RNA1) (resi 14 and name H3' and segi RNA1) 3.74 1.18 1.18 assi (resi 15 and name H8 and segi RNA1) (resi 14 and name H4' and segi RNA1) 4.38 1.31 1.12 assi (resi 9 and name H8 and segi RNA1) (resi 9 and name H4' and segi RNA1) 4.12 1.25 1.25 assi (resi 28 and name H8 and segi RNA1) (resi 28 and name H4' and segi RNA1) 3.80 1.19 1.19 assi (resi 33 and name H8 and segi RNA1) (resi 33 and name H2'' and segi RNA1) 3.90 1.21 1.21 assi (resi 33 and name H8 and segi RNA1) (resi 32 and name H3' and segi RNA1) 3.33 1.10 1.10 assi (resi 33 and name H8 and segi RNA1) (resi 32 and name H2'' and segi RNA1) 3.05 1.04 1.04 assi (resi 33 and name H8 and segi RNA1) (resi 33 and name H4' and segi RNA1) 4.26 1.28 1.24 assi (resi 14 and name H3 and segi RNA1) (resi 22 and name H42 and segi RNA1) 4.67 0.83 0.83 assi (resi 24 and name H1 and segi RNA1) (resi 10 and name H2'' and segi RNA1) 3.48 1.04 1.04 assi (resi 24 and name H1 and segi RNA1) (resi 11 and name H4' and segi RNA1) 4.03 1.21 1.21 assi (resi 14 and name H3 and segi RNA1) (resi 22 and name H42 and segi RNA1) 4.67 1.40 0.83 assi (resi 15 and name H1 and segi RNA1) (resi 23 and name H1' and segi RNA1) 3.39 1.02 1.02 assi (resi 15 and name H1 and segi RNA1) (resi 22 and name H5 and segi RNA1) 3.95 1.19 1.19 assi (resi 15 and name H1 and segi RNA1) (resi 23 and name H2 and segi RNA1) 4.62 1.39 0.88 assi (resi 6 and name H1 and segi RNA1) (resi 29 and name H2 and segi RNA1) 3.85 1.16 1.16 assi (resi 12 and name H3 and segi RNA1) (resi 24 and name H2'' and segi RNA1) 5.00 1.50 0.50 assi (resi 6 and name H1 and segi RNA1) (resi 30 and name H5 and segi RNA1) 3.73 1.12 1.12 assi (resi 21 and name H1 and segi RNA1) (resi 16 and name H5 and segi RNA1) 3.98 1.19 1.19 assi (resi 21 and name H1 and segi RNA1) (resi 22 and name H1' and segi RNA1) 3.66 1.10 1.10 assi (resi 2 and name H1 and segi RNA1) (resi 34 and name H5 and segi RNA1) 3.95 1.19 1.19 assi (resi 8 and name H8 and segi RNA1) (resi 8 and name H4' and segi RNA1) 3.58 1.15 1.15 assi (resi 8 and name H8 and segi RNA1) (resi 8 and name H3' and segi RNA1) 3.65 1.16 1.16 assi (resi 8 and name H3' and segi RNA1) (resi 9 and name H8 and segi RNA1) 3.66 1.16 1.16 assi (resi 13 and name H8 and segi RNA1) (resi 13 and name H1' and segi RNA1) 4.40 1.31 1.10 assi (resi 25 and name H8 and segi RNA1) (resi 25 and name H3' and segi RNA1) 3.75 1.18 1.18 assi (resi 13 and name H8 and segi RNA1) (resi 12 and name H3' and segi RNA1) 3.13 1.00 1.00 assi (resi 26 and name H2 and segi RNA1) (resi 26 and name H1' and segi RNA1) 4.59 1.38 0.91 assi (resi 26 and name H2 and segi RNA1) (resi 26 and name H2'' and segi RNA1) 4.61 1.38 0.89 assi (resi 13 and name H2 and segi RNA1) (resi 13 and name H1' and segi RNA1) 4.78 1.43 0.72 assi (resi 1 and name H9 and segi FMN1) (resi 9 and name H2'' and segi RNA1) 2.52 0.50 0.50 assi (resi 1 and name H9 and segi FMN1) (resi 10 and name H1' and segi RNA1) 3.17 0.63 0.63 assi (resi 1 and name H9 and segi FMN1) (resi 9 and name H1' and segi RNA1) 3.99 1.17 1.17 assi (resi 9 and name H3' and segi RNA1) (resi 1 and name H8# and segi FMN1) 4.46 1.26 1.04 assi (resi 10 and name H1' and segi RNA1) (resi 1 and name H8# and segi FMN1) 5.00 1.37 0.50 assi (resi 9 and name H8 and segi RNA1) (resi 1 and name H8# and segi FMN1) 3.72 1.11 1.11 assi (resi 9 and name H2'' and segi RNA1) (resi 1 and name H8# and segi FMN1) 3.69 1.11 1.11 assi (resi 9 and name H1' and segi RNA1) (resi 1 and name H8# and segi FMN1) 4.54 1.28 0.96 assi (resi 10 and name H8 and segi RNA1) (resi 1 and name H8# and segi FMN1) 3.95 1.16 1.16 assi (resi 1 and name H3 and segi FMN1) (resi 25 and name H8 and segi RNA1) 3.72 1.12 1.12 assi (resi 1 and name H3 and segi FMN1) (resi 26 and name H8 and segi RNA1) 3.18 0.95 0.95 assi (resi 12 and name H3 and segi RNA1) (resi 1 and name H3 and segi FMN1) 3.42 1.02 1.02 assi (resi 10 and name H1 and segi RNA1) (resi 1 and name H7# and segi FMN1) 4.30 1.29 1.20 assi (resi 10 and name H1 and segi RNA1) (resi 1 and name H6 and segi FMN1) 3.62 1.09 1.09 assi (resi 1 and name H3 and segi FMN1) (resi 26 and name H61 and segi RNA1) 3.18 0.95 0.95 assi (resi 1 and name H3 and segi FMN1) (resi 26 and name H62 and segi RNA1) 3.38 1.01 1.01 assi (resi 1 and name H3 and segi FMN1) (resi 25 and name H2'' and segi RNA1) 4.52 1.36 0.98 assi (resi 1 and name H3 and segi FMN1) (resi 27 and name H8 and segi RNA1) 4.47 1.34 1.03 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 1H5* G 1 1H5* G 1 -11.036 3.672 5.078 2 2H5* G 1 2H5* G 1 -12.037 4.318 6.433 3 H4* G 1 H4* G 1 -10.066 2.980 7.249 4 H3* G 1 H3* G 1 -10.038 6.017 7.747 5 1H2* G 1 1H2* G 1 -8.079 5.749 9.060 6 2HO* G 1 2HO* G 1 -8.947 3.577 9.842 7 H1* G 1 H1* G 1 -6.841 4.047 7.266 8 H8 G 1 H8 G 1 -8.679 6.643 5.200 9 H1 G 1 H1 G 1 -3.066 8.727 7.475 10 1H2 G 1 1H2 G 1 -2.998 5.905 9.462 11 2H2 G 1 2H2 G 1 -2.226 7.376 8.960 12 H5T G 1 H5T G 1 -10.536 8.221 4.167 13 1H5* G 2 1H5* G 2 -9.416 4.086 11.962 14 2H5* G 2 2H5* G 2 -11.150 4.268 12.376 15 H4* G 2 H4* G 2 -9.952 4.692 14.383 16 H3* G 2 H3* G 2 -11.512 6.722 13.158 17 1H2* G 2 1H2* G 2 -9.998 8.232 12.517 18 2HO* G 2 2HO* G 2 -10.730 9.342 14.325 19 H1* G 2 H1* G 2 -7.790 7.575 14.475 20 H8 G 2 H8 G 2 -7.685 6.012 11.062 21 H1 G 2 H1 G 2 -4.986 11.817 11.061 22 1H2 G 2 1H2 G 2 -6.294 12.349 14.202 23 2H2 G 2 2H2 G 2 -5.356 12.924 12.851 24 1H5* C 3 1H5* C 3 -14.608 8.411 13.843 25 2H5* C 3 2H5* C 3 -13.103 8.004 12.946 26 H4* C 3 H4* C 3 -13.851 10.820 14.016 27 H3* C 3 H3* C 3 -13.691 9.462 11.247 28 1H2* C 3 1H2* C 3 -13.325 11.642 10.313 29 2HO* C 3 2HO* C 3 -14.956 12.628 11.664 30 H1* C 3 H1* C 3 -11.703 12.454 12.548 31 1H4 C 3 1H4 C 3 -7.726 9.464 7.937 32 2H4 C 3 2H4 C 3 -7.201 11.122 8.107 33 H5 C 3 H5 C 3 -9.648 8.608 9.178 34 H6 C 3 H6 C 3 -11.449 9.165 10.819 35 1H5* G 4 1H5* G 4 -16.896 10.449 7.975 36 2H5* G 4 2H5* G 4 -15.111 10.251 8.164 37 H4* G 4 H4* G 4 -16.560 12.967 7.739 38 H3* G 4 H3* G 4 -14.993 10.999 5.971 39 1H2* G 4 1H2* G 4 -14.190 12.856 4.650 40 2HO* G 4 2HO* G 4 -16.080 14.076 4.624 41 H1* G 4 H1* G 4 -13.545 14.370 6.920 42 H8 G 4 H8 G 4 -12.707 10.942 8.073 43 H1 G 4 H1 G 4 -8.354 13.110 3.876 44 1H2 G 4 1H2 G 4 -10.579 15.636 3.094 45 2H2 G 4 2H2 G 4 -9.036 14.895 2.825 46 1H5* U 5 1H5* U 5 -17.288 11.529 1.138 47 2H5* U 5 2H5* U 5 -15.679 10.946 1.679 48 H4* U 5 H4* U 5 -16.390 13.708 0.516 49 H3* U 5 H3* U 5 -14.415 11.386 0.067 50 1H2* U 5 1H2* U 5 -12.939 12.926 -1.109 51 2HO* U 5 2HO* U 5 -14.651 14.221 -2.005 52 H1* U 5 H1* U 5 -12.948 14.638 0.996 53 H3 U 5 H3 U 5 -9.207 11.890 1.476 54 H5 U 5 H5 U 5 -12.329 9.938 3.595 55 H6 U 5 H6 U 5 -13.858 11.544 2.640 56 1H5* G 6 1H5* G 6 -13.481 10.755 -5.023 57 2H5* G 6 2H5* G 6 -12.754 10.261 -3.455 58 H4* G 6 H4* G 6 -12.141 12.868 -5.007 59 H3* G 6 H3* G 6 -10.733 10.241 -4.236 60 1H2* G 6 1H2* G 6 -8.597 11.387 -4.193 61 2HO* G 6 2HO* G 6 -9.245 12.924 -5.876 62 H1* G 6 H1* G 6 -9.564 13.200 -2.395 63 H8 G 6 H8 G 6 -12.002 10.948 -1.169 64 H1 G 6 H1 G 6 -6.310 8.199 -0.125 65 1H2 G 6 1H2 G 6 -4.925 10.403 -2.397 66 2H2 G 6 2H2 G 6 -4.691 9.086 -1.297 67 1H5* U 7 1H5* U 7 -7.595 10.529 -5.925 68 2H5* U 7 2H5* U 7 -7.755 9.752 -7.538 69 H4* U 7 H4* U 7 -5.724 8.990 -6.228 70 H3* U 7 H3* U 7 -7.526 7.427 -7.754 71 1H2* U 7 1H2* U 7 -8.721 6.671 -5.812 72 2HO* U 7 2HO* U 7 -7.430 4.936 -7.104 73 H1* U 7 H1* U 7 -5.877 6.389 -4.608 74 H3 U 7 H3 U 7 -6.957 4.777 -0.417 75 H5 U 7 H5 U 7 -10.660 6.363 -1.807 76 H6 U 7 H6 U 7 -9.475 7.055 -3.850 77 1H5* A 8 1H5* A 8 -3.857 2.998 -8.851 78 2H5* A 8 2H5* A 8 -5.501 3.179 -8.162 79 H4* A 8 H4* A 8 -2.911 3.400 -6.459 80 H3* A 8 H3* A 8 -4.909 1.119 -6.984 81 1H2* A 8 1H2* A 8 -4.620 0.416 -4.794 82 2HO* A 8 2HO* A 8 -2.356 0.222 -4.873 83 H1* A 8 H1* A 8 -3.709 3.149 -3.974 84 H8 A 8 H8 A 8 -7.312 3.117 -4.745 85 1H6 A 8 1H6 A 8 -9.174 2.114 -0.599 86 2H6 A 8 2H6 A 8 -8.692 1.541 0.972 87 H2 A 8 H2 A 8 -4.051 0.982 0.345 88 1H5* G 9 1H5* G 9 -2.193 -3.373 -6.053 89 2H5* G 9 2H5* G 9 -3.906 -2.835 -6.147 90 H4* G 9 H4* G 9 -2.060 -2.494 -3.670 91 H3* G 9 H3* G 9 -4.446 -4.238 -4.505 92 1H2* G 9 1H2* G 9 -5.304 -4.239 -2.361 93 2HO* G 9 2HO* G 9 -3.488 -5.022 -1.324 94 H1* G 9 H1* G 9 -3.984 -1.663 -1.657 95 H8 G 9 H8 G 9 -6.357 -1.083 -4.406 96 H1 G 9 H1 G 9 -9.527 -1.575 1.154 97 1H2 G 9 1H2 G 9 -8.282 -2.383 2.742 98 2H2 G 9 2H2 G 9 -6.619 -2.845 2.529 99 1H5* G 10 1H5* G 10 -3.092 -9.264 -3.476 100 2H5* G 10 2H5* G 10 -4.525 -8.587 -4.334 101 H4* G 10 H4* G 10 -4.353 -9.226 -1.308 102 H3* G 10 H3* G 10 -5.838 -10.237 -3.808 103 1H2* G 10 1H2* G 10 -7.636 -11.000 -2.402 104 2HO* G 10 2HO* G 10 -6.202 -11.718 -0.666 105 H1* G 10 H1* G 10 -7.611 -8.614 -0.884 106 H8 G 10 H8 G 10 -7.003 -8.725 -4.712 107 H1 G 10 H1 G 10 -12.817 -6.613 -3.035 108 1H2 G 10 1H2 G 10 -13.146 -6.680 -0.859 109 2H2 G 10 2H2 G 10 -11.947 -7.249 0.259 110 1H5* A 11 1H5* A 11 -6.581 -15.181 -3.672 111 2H5* A 11 2H5* A 11 -7.567 -13.806 -4.317 112 H4* A 11 H4* A 11 -8.981 -13.803 -2.247 113 H3* A 11 H3* A 11 -6.949 -15.986 -1.500 114 1H2* A 11 1H2* A 11 -8.594 -17.226 -0.351 115 2HO* A 11 2HO* A 11 -9.497 -15.449 0.773 116 H1* A 11 H1* A 11 -10.705 -16.569 -2.190 117 H8 A 11 H8 A 11 -7.351 -17.659 -3.683 118 1H6 A 11 1H6 A 11 -9.483 -23.366 -4.138 119 2H6 A 11 2H6 A 11 -8.231 -22.211 -4.472 120 H2 A 11 H2 A 11 -12.628 -20.808 -1.803 121 1H5* U 12 1H5* U 12 -4.814 -13.541 2.787 122 2H5* U 12 2H5* U 12 -5.530 -15.092 3.367 123 H4* U 12 H4* U 12 -5.635 -13.483 5.200 124 H3* U 12 H3* U 12 -8.359 -13.695 3.743 125 1H2* U 12 1H2* U 12 -9.278 -12.559 5.648 126 2HO* U 12 2HO* U 12 -7.834 -13.625 7.172 127 H1* U 12 H1* U 12 -7.142 -10.676 5.609 128 H3 U 12 H3 U 12 -11.361 -8.998 4.054 129 H5 U 12 H5 U 12 -8.831 -9.570 0.714 130 H6 U 12 H6 U 12 -7.323 -10.819 2.191 131 1H5* A 13 1H5* A 13 -10.891 -16.718 7.930 132 2H5* A 13 2H5* A 13 -11.545 -16.277 6.323 133 H4* A 13 H4* A 13 -11.186 -14.364 8.748 134 H3* A 13 H3* A 13 -13.476 -15.531 7.067 135 1H2* A 13 1H2* A 13 -14.814 -13.630 7.622 136 2HO* A 13 2HO* A 13 -13.978 -13.796 9.903 137 H1* A 13 H1* A 13 -12.465 -11.911 7.688 138 H8 A 13 H8 A 13 -11.674 -12.667 4.529 139 1H6 A 13 1H6 A 13 -14.765 -10.661 1.699 140 2H6 A 13 2H6 A 13 -16.361 -9.982 1.768 141 H2 A 13 H2 A 13 -17.484 -10.551 6.289 142 1H5* U 14 1H5* U 14 -16.648 -17.831 7.372 143 2H5* U 14 2H5* U 14 -15.357 -16.923 6.509 144 H4* U 14 H4* U 14 -18.083 -15.706 7.366 145 H3* U 14 H3* U 14 -16.875 -16.874 4.792 146 1H2* U 14 1H2* U 14 -18.349 -15.357 3.533 147 2HO* U 14 2HO* U 14 -20.013 -15.422 5.226 148 H1* U 14 H1* U 14 -17.367 -13.221 4.883 149 H3 U 14 H3 U 14 -14.935 -13.920 0.867 150 H5 U 14 H5 U 14 -12.614 -15.528 4.036 151 H6 U 14 H6 U 14 -14.530 -15.249 5.465 152 1H5* G 15 1H5* G 15 -21.002 -16.758 4.132 153 2H5* G 15 2H5* G 15 -21.569 -18.387 3.593 154 H4* G 15 H4* G 15 -22.344 -16.545 2.057 155 H3* G 15 H3* G 15 -20.262 -18.580 1.044 156 1H2* G 15 1H2* G 15 -20.368 -17.659 -1.071 157 2HO* G 15 2HO* G 15 -22.791 -17.362 -0.886 158 H1* G 15 H1* G 15 -20.406 -15.014 -0.302 159 H8 G 15 H8 G 15 -18.060 -16.581 1.918 160 H1 G 15 H1 G 15 -15.600 -16.360 -3.994 161 1H2 G 15 1H2 G 15 -18.782 -15.594 -5.114 162 2H2 G 15 2H2 G 15 -17.118 -15.880 -5.496 163 1H5* C 16 1H5* C 16 -23.688 -18.956 -1.625 164 2H5* C 16 2H5* C 16 -24.010 -20.714 -1.872 165 H4* C 16 H4* C 16 -23.743 -19.466 -4.050 166 H3* C 16 H3* C 16 -21.544 -21.486 -3.271 167 1H2* C 16 1H2* C 16 -20.662 -21.251 -5.504 168 2HO* C 16 2HO* C 16 -22.800 -21.083 -6.464 169 H1* C 16 H1* C 16 -20.865 -18.468 -5.437 170 1H4 C 16 1H4 C 16 -15.415 -19.660 -1.722 171 2H4 C 16 2H4 C 16 -14.819 -19.680 -3.349 172 H5 C 16 H5 C 16 -17.735 -19.504 -1.171 173 H6 C 16 H6 C 16 -20.040 -19.328 -2.033 174 1H5* U 17 1H5* U 17 -21.501 -25.684 -5.922 175 2H5* U 17 2H5* U 17 -20.696 -25.011 -4.467 176 H4* U 17 H4* U 17 -19.929 -24.528 -7.417 177 H3* U 17 H3* U 17 -18.817 -25.798 -4.838 178 1H2* U 17 1H2* U 17 -16.600 -25.174 -5.318 179 2HO* U 17 2HO* U 17 -16.945 -25.619 -7.638 180 H1* U 17 H1* U 17 -17.145 -22.635 -6.036 181 H3 U 17 H3 U 17 -15.569 -22.512 -1.616 182 H5 U 17 H5 U 17 -19.791 -22.708 -1.321 183 H6 U 17 H6 U 17 -19.826 -23.153 -3.735 184 1H5* U 18 1H5* U 18 -17.107 -30.210 -7.352 185 2H5* U 18 2H5* U 18 -15.839 -29.854 -6.142 186 H4* U 18 H4* U 18 -15.008 -30.494 -8.443 187 H3* U 18 H3* U 18 -14.262 -27.888 -7.117 188 1H2* U 18 1H2* U 18 -13.877 -26.743 -8.910 189 2HO* U 18 2HO* U 18 -11.946 -28.422 -9.047 190 H1* U 18 H1* U 18 -14.428 -29.065 -10.853 191 H3 U 18 H3 U 18 -15.870 -25.810 -13.922 192 H5 U 18 H5 U 18 -17.018 -24.310 -10.067 193 H6 U 18 H6 U 18 -16.029 -26.242 -9.132 194 1H5* C 19 1H5* C 19 -11.563 -27.312 -7.209 195 2H5* C 19 2H5* C 19 -10.228 -28.302 -6.514 196 H4* C 19 H4* C 19 -10.072 -25.839 -6.094 197 H3* C 19 H3* C 19 -9.568 -27.916 -4.298 198 1H2* C 19 1H2* C 19 -11.607 -27.870 -3.190 199 2HO* C 19 2HO* C 19 -10.001 -26.007 -1.802 200 H1* C 19 H1* C 19 -11.536 -24.787 -3.195 201 1H4 C 19 1H4 C 19 -18.008 -26.724 -2.816 202 2H4 C 19 2H4 C 19 -17.748 -25.857 -1.334 203 H5 C 19 H5 C 19 -16.294 -27.185 -4.382 204 H6 C 19 H6 C 19 -13.899 -26.969 -4.981 205 1H5* G 20 1H5* G 20 -6.201 -24.604 -6.609 206 2H5* G 20 2H5* G 20 -7.832 -24.052 -6.074 207 H4* G 20 H4* G 20 -7.369 -25.782 -8.644 208 H3* G 20 H3* G 20 -8.294 -22.874 -8.292 209 1H2* G 20 1H2* G 20 -8.959 -23.124 -10.500 210 2HO* G 20 2HO* G 20 -7.027 -24.163 -11.220 211 H1* G 20 H1* G 20 -9.532 -26.003 -9.813 212 H8 G 20 H8 G 20 -11.044 -24.883 -11.501 213 H1 G 20 H1 G 20 -14.651 -22.454 -6.792 214 1H2 G 20 1H2 G 20 -13.587 -22.441 -4.902 215 2H2 G 20 2H2 G 20 -11.965 -23.017 -4.708 216 1H5* G 21 1H5* G 21 -6.996 -19.086 -10.529 217 2H5* G 21 2H5* G 21 -7.843 -19.641 -9.046 218 H4* G 21 H4* G 21 -8.829 -20.170 -11.942 219 H3* G 21 H3* G 21 -9.518 -18.188 -9.691 220 1H2* G 21 1H2* G 21 -11.834 -18.215 -10.400 221 2HO* G 21 2HO* G 21 -11.372 -18.315 -12.654 222 H1* G 21 H1* G 21 -11.932 -20.974 -10.559 223 H8 G 21 H8 G 21 -9.564 -20.546 -7.751 224 H1 G 21 H1 G 21 -15.571 -19.334 -5.871 225 1H2 G 21 1H2 G 21 -16.482 -19.249 -9.216 226 2H2 G 21 2H2 G 21 -16.957 -19.113 -7.553 227 1H5* C 22 1H5* C 22 -11.461 -13.920 -11.725 228 2H5* C 22 2H5* C 22 -11.392 -14.724 -10.112 229 H4* C 22 H4* C 22 -13.607 -15.157 -12.234 230 H3* C 22 H3* C 22 -13.197 -13.605 -9.622 231 1H2* C 22 1H2* C 22 -15.391 -14.082 -8.843 232 2HO* C 22 2HO* C 22 -16.402 -13.815 -10.897 233 H1* C 22 H1* C 22 -15.352 -16.746 -9.556 234 1H4 C 22 1H4 C 22 -11.649 -17.000 -4.051 235 2H4 C 22 2H4 C 22 -13.256 -16.835 -3.434 236 H5 C 22 H5 C 22 -11.087 -16.837 -6.373 237 H6 C 22 H6 C 22 -11.931 -16.474 -8.674 238 1H5* A 23 1H5* A 23 -16.300 -9.595 -9.210 239 2H5* A 23 2H5* A 23 -14.832 -10.228 -8.387 240 H4* A 23 H4* A 23 -17.677 -11.447 -8.142 241 H3* A 23 H3* A 23 -15.758 -9.864 -6.308 242 1H2* A 23 1H2* A 23 -16.803 -10.872 -4.463 243 2HO* A 23 2HO* A 23 -18.953 -10.521 -5.323 244 H1* A 23 H1* A 23 -17.238 -13.368 -5.928 245 H8 A 23 H8 A 23 -13.809 -13.319 -6.470 246 1H6 A 23 1H6 A 23 -12.266 -14.368 -0.625 247 2H6 A 23 2H6 A 23 -11.807 -14.344 -2.302 248 H2 A 23 H2 A 23 -16.725 -12.980 -0.744 249 1H5* G 24 1H5* G 24 -16.637 -5.923 -4.093 250 2H5* G 24 2H5* G 24 -15.544 -7.280 -4.537 251 H4* G 24 H4* G 24 -17.735 -7.422 -2.346 252 H3* G 24 H3* G 24 -14.670 -7.125 -2.398 253 1H2* G 24 1H2* G 24 -14.636 -8.205 -0.196 254 2HO* G 24 2HO* G 24 -16.645 -7.386 0.544 255 H1* G 24 H1* G 24 -16.042 -10.330 -1.226 256 H8 G 24 H8 G 24 -14.504 -9.231 -4.384 257 H1 G 24 H1 G 24 -10.045 -11.810 -0.552 258 1H2 G 24 1H2 G 24 -12.248 -11.615 2.017 259 2H2 G 24 2H2 G 24 -10.677 -12.058 1.435 260 1H5* A 25 1H5* A 25 -15.015 -3.076 0.932 261 2H5* A 25 2H5* A 25 -13.865 -4.035 1.894 262 H4* A 25 H4* A 25 -16.719 -4.982 1.103 263 H3* A 25 H3* A 25 -15.298 -3.885 3.597 264 1H2* A 25 1H2* A 25 -16.509 -5.292 5.005 265 2HO* A 25 2HO* A 25 -18.521 -4.756 3.856 266 H1* A 25 H1* A 25 -16.728 -7.474 3.105 267 H8 A 25 H8 A 25 -13.304 -7.417 2.845 268 1H6 A 25 1H6 A 25 -12.147 -9.441 8.455 269 2H6 A 25 2H6 A 25 -11.613 -9.145 6.838 270 H2 A 25 H2 A 25 -16.596 -7.935 8.340 271 1H5* A 26 1H5* A 26 -16.779 -0.835 6.399 272 2H5* A 26 2H5* A 26 -15.518 -2.028 5.892 273 H4* A 26 H4* A 26 -17.938 -2.754 7.698 274 H3* A 26 H3* A 26 -15.007 -1.962 8.178 275 1H2* A 26 1H2* A 26 -14.984 -3.345 10.124 276 2HO* A 26 2HO* A 26 -17.170 -2.748 10.715 277 H1* A 26 H1* A 26 -16.324 -5.458 8.789 278 H8 A 26 H8 A 26 -14.122 -4.580 6.055 279 1H6 A 26 1H6 A 26 -9.886 -6.339 7.442 280 2H6 A 26 2H6 A 26 -9.214 -6.908 8.934 281 H2 A 26 H2 A 26 -12.629 -6.453 12.021 282 1H5* G 27 1H5* G 27 -13.540 0.289 12.182 283 2H5* G 27 2H5* G 27 -13.253 0.640 10.461 284 H4* G 27 H4* G 27 -12.795 -2.060 11.923 285 H3* G 27 H3* G 27 -11.208 0.036 10.312 286 1H2* G 27 1H2* G 27 -9.599 -1.593 9.766 287 2HO* G 27 2HO* G 27 -9.601 -2.433 11.992 288 H1* G 27 H1* G 27 -11.574 -3.683 9.591 289 H8 G 27 H8 G 27 -13.146 -1.283 7.494 290 H1 G 27 H1 G 27 -7.943 -3.410 4.438 291 1H2 G 27 1H2 G 27 -6.561 -4.453 5.746 292 2H2 G 27 2H2 G 27 -6.834 -4.687 7.441 293 1H5* G 28 1H5* G 28 -7.009 1.486 11.716 294 2H5* G 28 2H5* G 28 -8.102 1.202 10.307 295 H4* G 28 H4* G 28 -5.874 -0.760 11.189 296 H3* G 28 H3* G 28 -6.269 1.486 9.136 297 1H2* G 28 1H2* G 28 -4.790 0.365 7.589 298 2HO* G 28 2HO* G 28 -3.429 -0.468 9.311 299 H1* G 28 H1* G 28 -6.201 -2.010 7.862 300 H8 G 28 H8 G 28 -9.053 0.185 8.458 301 H1 G 28 H1 G 28 -7.182 0.782 2.351 302 1H2 G 28 1H2 G 28 -4.242 -0.813 3.237 303 2H2 G 28 2H2 G 28 -5.205 -0.063 2.005 304 1H5* A 29 1H5* A 29 -1.908 4.097 8.556 305 2H5* A 29 2H5* A 29 -3.350 3.864 7.492 306 H4* A 29 H4* A 29 -0.664 2.339 7.263 307 H3* A 29 H3* A 29 -2.140 4.639 5.861 308 1H2* A 29 1H2* A 29 -1.393 3.934 3.695 309 2HO* A 29 2HO* A 29 0.690 3.166 4.632 310 H1* A 29 H1* A 29 -2.167 1.314 4.082 311 H8 A 29 H8 A 29 -4.809 2.263 6.220 312 1H6 A 29 1H6 A 29 -8.140 4.885 1.865 313 2H6 A 29 2H6 A 29 -8.031 4.219 3.459 314 H2 A 29 H2 A 29 -3.721 4.360 0.260 315 1H5* C 30 1H5* C 30 1.263 4.949 3.654 316 2H5* C 30 2H5* C 30 2.054 6.506 4.105 317 H4* C 30 H4* C 30 1.830 6.498 1.689 318 H3* C 30 H3* C 30 -0.520 8.075 2.936 319 1H2* C 30 1H2* C 30 -0.729 9.069 0.714 320 2HO* C 30 2HO* C 30 1.513 8.983 0.177 321 H1* C 30 H1* C 30 -0.889 6.484 -0.285 322 1H4 C 30 1H4 C 30 -6.455 7.145 3.456 323 2H4 C 30 2H4 C 30 -6.961 7.752 1.915 324 H5 C 30 H5 C 30 -4.288 6.518 3.985 325 H6 C 30 H6 C 30 -1.955 6.278 3.219 326 1H5* A 31 1H5* A 31 1.024 13.210 2.365 327 2H5* A 31 2H5* A 31 -0.615 12.460 2.436 328 H4* A 31 H4* A 31 0.997 13.007 -0.154 329 H3* A 31 H3* A 31 -0.910 14.527 1.547 330 1H2* A 31 1H2* A 31 -2.833 14.568 0.298 331 2HO* A 31 2HO* A 31 -1.321 15.362 -1.544 332 H1* A 31 H1* A 31 -2.491 12.369 -1.375 333 H8 A 31 H8 A 31 -1.924 10.565 1.665 334 1H6 A 31 1H6 A 31 -7.896 10.323 2.851 335 2H6 A 31 2H6 A 31 -6.289 9.761 3.165 336 H2 A 31 H2 A 31 -7.187 13.541 -0.508 337 1H5* C 32 1H5* C 32 -1.632 17.508 -0.828 338 2H5* C 32 2H5* C 32 -1.154 18.969 0.117 339 H4* C 32 H4* C 32 -3.621 18.857 -0.035 340 H3* C 32 H3* C 32 -2.526 17.970 2.728 341 1H2* C 32 1H2* C 32 -4.723 18.008 3.530 342 2HO* C 32 2HO* C 32 -5.149 20.063 2.374 343 H1* C 32 H1* C 32 -5.808 17.094 1.016 344 1H4 C 32 1H4 C 32 -4.775 11.655 4.795 345 2H4 C 32 2H4 C 32 -6.478 11.961 4.848 346 H5 C 32 H5 C 32 -3.217 13.114 3.680 347 H6 C 32 H6 C 32 -2.926 15.194 2.369 348 1H5* G 33 1H5* G 33 -3.594 21.320 5.172 349 2H5* G 33 2H5* G 33 -1.919 21.530 5.814 350 H4* G 33 H4* G 33 -3.298 20.784 7.657 351 H3* G 33 H3* G 33 -1.832 18.342 6.450 352 1H2* G 33 1H2* G 33 -2.537 17.168 8.362 353 2HO* G 33 2HO* G 33 -1.827 18.821 9.822 354 H1* G 33 H1* G 33 -4.966 18.879 8.559 355 H8 G 33 H8 G 33 -4.406 16.833 5.338 356 H1 G 33 H1 G 33 -8.018 13.698 9.616 357 1H2 G 33 1H2 G 33 -7.366 16.070 11.964 358 2H2 G 33 2H2 G 33 -8.149 14.590 11.500 359 1H5* C 34 1H5* C 34 2.240 17.177 9.401 360 2H5* C 34 2H5* C 34 0.877 16.296 8.606 361 H4* C 34 H4* C 34 0.949 17.146 11.583 362 H3* C 34 H3* C 34 1.754 14.606 10.066 363 1H2* C 34 1H2* C 34 0.194 13.314 10.617 364 2HO* C 34 2HO* C 34 1.094 12.997 12.632 365 H1* C 34 H1* C 34 -1.567 15.128 12.243 366 1H4 C 34 1H4 C 34 -4.523 12.449 6.729 367 2H4 C 34 2H4 C 34 -5.377 11.850 8.119 368 H5 C 34 H5 C 34 -2.564 13.866 6.971 369 H6 C 34 H6 C 34 -1.018 14.991 8.570 370 1H5* C 35 1H5* C 35 3.331 12.758 12.797 371 2H5* C 35 2H5* C 35 4.936 12.279 12.138 372 H4* C 35 H4* C 35 3.331 10.424 11.996 373 H3* C 35 H3* C 35 3.644 11.528 9.209 374 1H2* C 35 1H2* C 35 2.736 9.395 8.660 375 2HO* C 35 2HO* C 35 2.458 7.760 10.190 376 H1* C 35 H1* C 35 1.011 9.468 11.024 377 1H4 C 35 1H4 C 35 -1.895 12.206 5.543 378 2H4 C 35 2H4 C 35 -2.832 10.788 5.897 379 H5 C 35 H5 C 35 0.148 12.843 6.849 380 H6 C 35 H6 C 35 1.596 12.242 8.660 381 H3T C 35 H3T C 35 5.119 9.464 10.462 382 HN3 FMN 36 H3 FMN 36 -11.082 -6.038 5.539 383 H6 FMN 36 H6 FMN 36 -11.405 -3.774 -0.979 384 1HM7 FMN 36 1H7M FMN 36 -9.723 -2.959 -3.852 385 2HM7 FMN 36 2H7M FMN 36 -10.523 -4.545 -4.144 386 3HM7 FMN 36 3H7M FMN 36 -11.352 -3.283 -3.178 387 1HM8 FMN 36 1H8M FMN 36 -6.867 -5.598 -3.407 388 2HM8 FMN 36 2H8M FMN 36 -8.385 -5.320 -4.300 389 3HM8 FMN 36 3H8M FMN 36 -7.390 -3.911 -3.795 390 H9 FMN 36 H9 FMN 36 -6.917 -5.767 -1.148 391 1H1* FMN 36 1H1* FMN 36 -6.299 -5.401 2.639 392 2H1* FMN 36 2H1* FMN 36 -6.184 -4.778 0.998 393 H2* FMN 36 1H2* FMN 36 -6.129 -7.274 0.221 394 *HO2 FMN 36 2HO* FMN 36 -3.925 -7.226 0.459 395 H3* FMN 36 1H3* FMN 36 -6.726 -8.205 2.440 396 *HO3 FMN 36 3HO* FMN 36 -5.278 -9.898 2.277 397 H4* FMN 36 1H4* FMN 36 -5.024 -6.667 3.792 398 *HO4 FMN 36 4HO* FMN 36 -4.788 -8.739 5.158 399 1H5* FMN 36 1H5* FMN 36 -3.253 -9.187 3.448 400 2H5* FMN 36 2H5* FMN 36 -2.998 -7.722 2.475 401 3HOP FMN 36 H3T FMN 36 -3.051 -7.346 7.849 Start of MODEL 2 1 1H5* G 1 1H5* G 1 -3.647 11.108 7.307 2 2H5* G 1 2H5* G 1 -2.892 9.674 8.053 3 H4* G 1 H4* G 1 -3.530 10.314 10.273 4 H3* G 1 H3* G 1 -5.576 12.124 8.849 5 1H2* G 1 1H2* G 1 -5.567 13.590 10.663 6 2HO* G 1 2HO* G 1 -4.014 11.599 11.950 7 H1* G 1 H1* G 1 -2.833 13.766 10.763 8 H8 G 1 H8 G 1 -4.124 13.078 7.183 9 H1 G 1 H1 G 1 -3.756 19.333 8.513 10 1H2 G 1 1H2 G 1 -3.035 18.520 11.794 11 2H2 G 1 2H2 G 1 -3.291 19.735 10.580 12 H5T G 1 H5T G 1 -7.586 8.797 7.285 13 1H5* G 2 1H5* G 2 -10.121 11.278 11.293 14 2H5* G 2 2H5* G 2 -9.459 12.952 11.403 15 H4* G 2 H4* G 2 -9.784 10.933 13.735 16 H3* G 2 H3* G 2 -11.677 12.527 12.511 17 1H2* G 2 1H2* G 2 -10.867 14.622 12.628 18 2HO* G 2 2HO* G 2 -12.453 14.761 14.239 19 H1* G 2 H1* G 2 -9.127 14.558 15.047 20 H8 G 2 H8 G 2 -6.685 13.584 12.785 21 H1 G 2 H1 G 2 -8.506 19.317 10.655 22 1H2 G 2 1H2 G 2 -11.395 19.093 12.537 23 2H2 G 2 2H2 G 2 -10.407 19.992 11.429 24 1H5* C 3 1H5* C 3 -15.336 12.607 12.400 25 2H5* C 3 2H5* C 3 -13.639 12.809 11.850 26 H4* C 3 H4* C 3 -15.572 15.099 12.644 27 H3* C 3 H3* C 3 -14.253 14.050 10.053 28 1H2* C 3 1H2* C 3 -14.697 16.256 9.105 29 2HO* C 3 2HO* C 3 -16.665 16.550 10.390 30 H1* C 3 H1* C 3 -13.436 17.407 11.295 31 1H4 C 3 1H4 C 3 -8.490 14.173 8.022 32 2H4 C 3 2H4 C 3 -8.393 15.804 7.422 33 H5 C 3 H5 C 3 -10.159 13.414 9.481 34 H6 C 3 H6 C 3 -12.182 13.966 10.777 35 1H5* G 4 1H5* G 4 -17.886 15.353 8.516 36 2H5* G 4 2H5* G 4 -18.513 14.186 7.289 37 H4* G 4 H4* G 4 -18.113 16.520 6.385 38 H3* G 4 H3* G 4 -16.300 14.256 5.313 39 1H2* G 4 1H2* G 4 -15.621 15.826 3.590 40 2HO* G 4 2HO* G 4 -17.755 16.847 3.517 41 H1* G 4 H1* G 4 -15.087 17.789 5.494 42 H8 G 4 H8 G 4 -14.202 14.864 7.519 43 H1 G 4 H1 G 4 -9.894 15.661 2.832 44 1H2 G 4 1H2 G 4 -12.141 17.837 1.324 45 2H2 G 4 2H2 G 4 -10.594 17.044 1.284 46 1H5* U 5 1H5* U 5 -17.940 15.221 1.845 47 2H5* U 5 2H5* U 5 -18.559 13.758 0.988 48 H4* U 5 H4* U 5 -16.817 15.002 -0.324 49 H3* U 5 H3* U 5 -15.928 12.255 0.774 50 1H2* U 5 1H2* U 5 -14.088 12.500 -0.842 51 2HO* U 5 2HO* U 5 -15.214 13.476 -2.504 52 H1* U 5 H1* U 5 -13.570 15.055 0.013 53 H3 U 5 H3 U 5 -10.114 12.708 1.924 54 H5 U 5 H5 U 5 -13.423 11.829 4.424 55 H6 U 5 H6 U 5 -14.837 13.014 2.799 56 1H5* G 6 1H5* G 6 -15.698 9.997 -4.564 57 2H5* G 6 2H5* G 6 -15.092 9.399 -2.993 58 H4* G 6 H4* G 6 -13.825 11.627 -4.738 59 H3* G 6 H3* G 6 -13.118 8.802 -3.719 60 1H2* G 6 1H2* G 6 -10.841 9.329 -3.624 61 2HO* G 6 2HO* G 6 -10.832 10.333 -5.722 62 H1* G 6 H1* G 6 -11.261 12.094 -2.875 63 H8 G 6 H8 G 6 -13.308 10.674 -0.322 64 H1 G 6 H1 G 6 -7.244 8.986 0.887 65 1H2 G 6 1H2 G 6 -6.481 9.873 -2.376 66 2H2 G 6 2H2 G 6 -5.925 9.263 -0.850 67 1H5* U 7 1H5* U 7 -10.652 8.572 -6.668 68 2H5* U 7 2H5* U 7 -10.868 7.090 -7.670 69 H4* U 7 H4* U 7 -8.655 7.207 -6.433 70 H3* U 7 H3* U 7 -10.454 4.982 -6.658 71 1H2* U 7 1H2* U 7 -11.178 5.178 -4.410 72 2HO* U 7 2HO* U 7 -9.839 3.131 -4.876 73 H1* U 7 H1* U 7 -8.207 5.932 -3.849 74 H3 U 7 H3 U 7 -8.554 5.746 0.725 75 H5 U 7 H5 U 7 -12.393 7.160 -0.449 76 H6 U 7 H6 U 7 -11.628 6.915 -2.799 77 1H5* A 8 1H5* A 8 -5.780 4.277 -7.521 78 2H5* A 8 2H5* A 8 -5.473 2.605 -8.116 79 H4* A 8 H4* A 8 -3.660 3.492 -6.582 80 H3* A 8 H3* A 8 -5.361 1.140 -5.550 81 1H2* A 8 1H2* A 8 -3.745 0.971 -3.725 82 2HO* A 8 2HO* A 8 -1.965 1.637 -5.223 83 H1* A 8 H1* A 8 -3.803 3.683 -3.244 84 H8 A 8 H8 A 8 -7.307 3.079 -4.137 85 1H6 A 8 1H6 A 8 -8.504 0.975 1.475 86 2H6 A 8 2H6 A 8 -9.086 1.536 -0.066 87 H2 A 8 H2 A 8 -3.867 1.255 0.956 88 1H5* G 9 1H5* G 9 -1.895 -0.494 -4.620 89 2H5* G 9 2H5* G 9 -1.833 -2.213 -5.155 90 H4* G 9 H4* G 9 -1.731 -1.953 -2.624 91 H3* G 9 H3* G 9 -4.155 -3.273 -3.945 92 1H2* G 9 1H2* G 9 -5.005 -3.912 -1.783 93 2HO* G 9 2HO* G 9 -2.681 -4.253 -1.055 94 H1* G 9 H1* G 9 -4.438 -1.407 -0.631 95 H8 G 9 H8 G 9 -5.639 -0.905 -4.174 96 H1 G 9 H1 G 9 -10.475 -1.397 -0.027 97 1H2 G 9 1H2 G 9 -8.223 -2.369 2.382 98 2H2 G 9 2H2 G 9 -9.849 -2.023 1.932 99 1H5* G 10 1H5* G 10 -2.592 -8.383 -3.042 100 2H5* G 10 2H5* G 10 -4.157 -8.077 -3.896 101 H4* G 10 H4* G 10 -3.810 -8.388 -0.831 102 H3* G 10 H3* G 10 -4.576 -10.170 -3.184 103 1H2* G 10 1H2* G 10 -6.482 -11.090 -2.104 104 2HO* G 10 2HO* G 10 -5.361 -11.420 -0.106 105 H1* G 10 H1* G 10 -7.338 -8.747 -0.829 106 H8 G 10 H8 G 10 -6.095 -9.167 -4.514 107 H1 G 10 H1 G 10 -12.138 -7.058 -3.904 108 1H2 G 10 1H2 G 10 -12.735 -6.833 -1.864 109 2H2 G 10 2H2 G 10 -11.725 -7.172 -0.502 110 1H5* A 11 1H5* A 11 -4.512 -14.999 -0.342 111 2H5* A 11 2H5* A 11 -4.115 -14.801 -2.078 112 H4* A 11 H4* A 11 -6.696 -13.698 -0.753 113 H3* A 11 H3* A 11 -5.938 -16.284 -2.132 114 1H2* A 11 1H2* A 11 -7.062 -15.919 -3.992 115 2HO* A 11 2HO* A 11 -9.337 -15.477 -2.349 116 H1* A 11 H1* A 11 -8.373 -13.448 -2.696 117 H8 A 11 H8 A 11 -5.554 -13.443 -5.210 118 1H6 A 11 1H6 A 11 -7.703 -11.601 -8.999 119 2H6 A 11 2H6 A 11 -9.324 -11.168 -9.479 120 H2 A 11 H2 A 11 -11.844 -12.286 -5.788 121 1H5* U 12 1H5* U 12 -9.066 -13.311 1.614 122 2H5* U 12 2H5* U 12 -7.443 -13.034 0.904 123 H4* U 12 H4* U 12 -6.507 -13.826 3.269 124 H3* U 12 H3* U 12 -9.498 -13.269 3.704 125 1H2* U 12 1H2* U 12 -9.065 -12.004 5.707 126 2HO* U 12 2HO* U 12 -7.327 -13.306 6.400 127 H1* U 12 H1* U 12 -7.122 -10.428 4.521 128 H3 U 12 H3 U 12 -11.903 -8.924 3.741 129 H5 U 12 H5 U 12 -9.404 -8.789 0.343 130 H6 U 12 H6 U 12 -7.789 -10.124 1.568 131 1H5* A 13 1H5* A 13 -9.439 -13.990 7.441 132 2H5* A 13 2H5* A 13 -10.227 -15.582 7.760 133 H4* A 13 H4* A 13 -11.282 -13.791 9.100 134 H3* A 13 H3* A 13 -12.914 -14.979 6.781 135 1H2* A 13 1H2* A 13 -14.857 -13.707 7.537 136 2HO* A 13 2HO* A 13 -13.275 -13.319 9.818 137 H1* A 13 H1* A 13 -13.433 -11.406 7.879 138 H8 A 13 H8 A 13 -11.631 -12.494 4.955 139 1H6 A 13 1H6 A 13 -16.081 -10.513 1.302 140 2H6 A 13 2H6 A 13 -14.451 -11.079 1.480 141 H2 A 13 H2 A 13 -17.715 -10.574 5.683 142 1H5* U 14 1H5* U 14 -16.091 -17.889 6.832 143 2H5* U 14 2H5* U 14 -14.986 -16.841 5.881 144 H4* U 14 H4* U 14 -17.764 -15.975 6.967 145 H3* U 14 H3* U 14 -16.508 -16.965 4.339 146 1H2* U 14 1H2* U 14 -18.068 -15.621 3.055 147 2HO* U 14 2HO* U 14 -19.758 -15.835 4.750 148 H1* U 14 H1* U 14 -17.355 -13.393 4.330 149 H3 U 14 H3 U 14 -14.614 -14.117 0.496 150 H5 U 14 H5 U 14 -12.354 -15.136 3.924 151 H6 U 14 H6 U 14 -14.330 -14.990 5.219 152 1H5* G 15 1H5* G 15 -20.796 -17.899 3.640 153 2H5* G 15 2H5* G 15 -20.814 -19.682 3.344 154 H4* G 15 H4* G 15 -22.028 -18.514 1.530 155 H3* G 15 H3* G 15 -19.247 -19.639 0.795 156 1H2* G 15 1H2* G 15 -19.618 -19.085 -1.412 157 2HO* G 15 2HO* G 15 -21.915 -19.729 -1.403 158 H1* G 15 H1* G 15 -20.603 -16.567 -0.951 159 H8 G 15 H8 G 15 -18.102 -16.979 1.570 160 H1 G 15 H1 G 15 -15.194 -16.696 -4.119 161 1H2 G 15 1H2 G 15 -18.328 -17.183 -5.555 162 2H2 G 15 2H2 G 15 -16.623 -16.943 -5.785 163 1H5* C 16 1H5* C 16 -21.747 -21.788 -1.893 164 2H5* C 16 2H5* C 16 -21.192 -23.501 -1.977 165 H4* C 16 H4* C 16 -21.164 -22.261 -4.208 166 H3* C 16 H3* C 16 -18.485 -23.210 -3.020 167 1H2* C 16 1H2* C 16 -17.497 -22.660 -5.181 168 2HO* C 16 2HO* C 16 -19.561 -23.299 -6.280 169 H1* C 16 H1* C 16 -18.736 -20.158 -5.235 170 1H4 C 16 1H4 C 16 -13.760 -19.290 -0.808 171 2H4 C 16 2H4 C 16 -12.948 -19.281 -2.340 172 H5 C 16 H5 C 16 -16.091 -19.823 -0.570 173 H6 C 16 H6 C 16 -18.185 -20.468 -1.722 174 1H5* U 17 1H5* U 17 -17.941 -25.270 -6.351 175 2H5* U 17 2H5* U 17 -17.383 -26.954 -6.031 176 H4* U 17 H4* U 17 -15.619 -25.592 -7.144 177 H3* U 17 H3* U 17 -14.958 -26.252 -4.167 178 1H2* U 17 1H2* U 17 -12.782 -25.412 -4.619 179 2HO* U 17 2HO* U 17 -13.660 -25.089 -7.282 180 H1* U 17 H1* U 17 -13.720 -23.127 -5.678 181 H3 U 17 H3 U 17 -12.573 -22.208 -1.237 182 H5 U 17 H5 U 17 -16.669 -23.313 -1.121 183 H6 U 17 H6 U 17 -16.428 -23.979 -3.461 184 1H5* U 18 1H5* U 18 -11.867 -30.097 -4.646 185 2H5* U 18 2H5* U 18 -12.108 -28.454 -5.326 186 H4* U 18 H4* U 18 -11.561 -31.037 -6.938 187 H3* U 18 H3* U 18 -10.203 -28.384 -6.190 188 1H2* U 18 1H2* U 18 -9.833 -27.711 -8.133 189 2HO* U 18 2HO* U 18 -8.177 -29.523 -8.201 190 H1* U 18 H1* U 18 -11.158 -30.167 -9.465 191 H3 U 18 H3 U 18 -12.609 -27.458 -12.994 192 H5 U 18 H5 U 18 -12.439 -24.846 -9.592 193 H6 U 18 H6 U 18 -11.700 -26.692 -8.328 194 1H5* C 19 1H5* C 19 -7.600 -27.938 -6.596 195 2H5* C 19 2H5* C 19 -6.245 -28.725 -5.710 196 H4* C 19 H4* C 19 -6.114 -26.221 -5.848 197 H3* C 19 H3* C 19 -5.559 -27.851 -3.631 198 1H2* C 19 1H2* C 19 -7.586 -27.582 -2.530 199 2HO* C 19 2HO* C 19 -5.914 -25.487 -1.648 200 H1* C 19 H1* C 19 -7.516 -24.570 -3.220 201 1H4 C 19 1H4 C 19 -13.875 -26.532 -1.987 202 2H4 C 19 2H4 C 19 -13.588 -25.349 -0.747 203 H5 C 19 H5 C 19 -12.224 -27.287 -3.537 204 H6 C 19 H6 C 19 -9.925 -27.120 -4.291 205 1H5* G 20 1H5* G 20 -2.894 -23.596 -5.825 206 2H5* G 20 2H5* G 20 -4.577 -23.714 -5.182 207 H4* G 20 H4* G 20 -3.815 -24.524 -8.092 208 H3* G 20 H3* G 20 -5.447 -22.097 -7.128 209 1H2* G 20 1H2* G 20 -5.932 -21.997 -9.446 210 2HO* G 20 2HO* G 20 -3.776 -22.415 -10.153 211 H1* G 20 H1* G 20 -5.957 -24.948 -9.365 212 H8 G 20 H8 G 20 -7.738 -24.113 -10.692 213 H1 G 20 H1 G 20 -11.437 -22.543 -5.688 214 1H2 G 20 1H2 G 20 -8.544 -22.781 -3.790 215 2H2 G 20 2H2 G 20 -10.246 -22.461 -3.849 216 1H5* G 21 1H5* G 21 -4.558 -17.476 -8.373 217 2H5* G 21 2H5* G 21 -5.274 -18.403 -7.023 218 H4* G 21 H4* G 21 -5.908 -18.893 -10.029 219 H3* G 21 H3* G 21 -7.342 -17.443 -7.728 220 1H2* G 21 1H2* G 21 -9.445 -17.933 -8.941 221 2HO* G 21 2HO* G 21 -8.551 -17.775 -11.058 222 H1* G 21 H1* G 21 -8.768 -20.601 -9.039 223 H8 G 21 H8 G 21 -6.954 -19.643 -5.961 224 H1 G 21 H1 G 21 -13.290 -19.723 -4.936 225 1H2 G 21 1H2 G 21 -13.733 -19.850 -8.339 226 2H2 G 21 2H2 G 21 -14.445 -19.810 -6.758 227 1H5* C 22 1H5* C 22 -10.116 -13.659 -10.519 228 2H5* C 22 2H5* C 22 -10.367 -14.381 -8.892 229 H4* C 22 H4* C 22 -11.579 -15.421 -11.545 230 H3* C 22 H3* C 22 -12.411 -13.817 -9.079 231 1H2* C 22 1H2* C 22 -14.487 -14.896 -8.799 232 2HO* C 22 2HO* C 22 -14.882 -14.956 -11.126 233 H1* C 22 H1* C 22 -13.531 -17.492 -9.199 234 1H4 C 22 1H4 C 22 -11.075 -16.450 -3.142 235 2H4 C 22 2H4 C 22 -12.769 -16.639 -2.814 236 H5 C 22 H5 C 22 -10.171 -16.303 -5.305 237 H6 C 22 H6 C 22 -10.595 -16.296 -7.731 238 1H5* A 23 1H5* A 23 -15.004 -10.351 -8.974 239 2H5* A 23 2H5* A 23 -14.193 -11.664 -8.037 240 H4* A 23 H4* A 23 -17.198 -11.713 -8.821 241 H3* A 23 H3* A 23 -15.613 -10.785 -6.346 242 1H2* A 23 1H2* A 23 -17.507 -11.411 -4.966 243 2HO* A 23 2HO* A 23 -19.031 -10.888 -6.758 244 H1* A 23 H1* A 23 -17.509 -13.951 -6.048 245 H8 A 23 H8 A 23 -13.979 -13.440 -6.664 246 1H6 A 23 1H6 A 23 -12.439 -13.951 -0.799 247 2H6 A 23 2H6 A 23 -11.969 -13.917 -2.468 248 H2 A 23 H2 A 23 -17.088 -13.359 -1.044 249 1H5* G 24 1H5* G 24 -16.475 -6.559 -4.237 250 2H5* G 24 2H5* G 24 -15.113 -7.693 -4.550 251 H4* G 24 H4* G 24 -17.489 -8.229 -2.627 252 H3* G 24 H3* G 24 -14.496 -7.534 -2.432 253 1H2* G 24 1H2* G 24 -14.434 -8.652 -0.287 254 2HO* G 24 2HO* G 24 -16.683 -8.032 0.230 255 H1* G 24 H1* G 24 -15.602 -10.919 -1.368 256 H8 G 24 H8 G 24 -13.903 -9.680 -4.382 257 H1 G 24 H1 G 24 -9.589 -11.860 -0.181 258 1H2 G 24 1H2 G 24 -10.341 -12.170 1.736 259 2H2 G 24 2H2 G 24 -11.983 -11.881 2.224 260 1H5* A 25 1H5* A 25 -16.093 -2.867 1.144 261 2H5* A 25 2H5* A 25 -14.906 -4.127 1.539 262 H4* A 25 H4* A 25 -17.988 -4.602 1.387 263 H3* A 25 H3* A 25 -15.949 -3.927 3.588 264 1H2* A 25 1H2* A 25 -17.067 -5.256 5.147 265 2HO* A 25 2HO* A 25 -19.204 -4.513 4.304 266 H1* A 25 H1* A 25 -17.662 -7.358 3.328 267 H8 A 25 H8 A 25 -14.288 -7.075 2.343 268 1H6 A 25 1H6 A 25 -12.105 -9.246 7.613 269 2H6 A 25 2H6 A 25 -11.811 -8.868 5.952 270 H2 A 25 H2 A 25 -16.546 -8.052 8.280 271 1H5* A 26 1H5* A 26 -18.612 -2.973 6.073 272 2H5* A 26 2H5* A 26 -18.288 -1.321 6.721 273 H4* A 26 H4* A 26 -18.048 -3.077 8.470 274 H3* A 26 H3* A 26 -15.311 -1.969 7.573 275 1H2* A 26 1H2* A 26 -14.552 -2.904 9.683 276 2HO* A 26 2HO* A 26 -16.423 -2.302 10.879 277 H1* A 26 H1* A 26 -16.106 -5.264 9.175 278 H8 A 26 H8 A 26 -14.483 -4.692 5.924 279 1H6 A 26 1H6 A 26 -10.023 -6.290 6.758 280 2H6 A 26 2H6 A 26 -9.109 -6.698 8.163 281 H2 A 26 H2 A 26 -11.956 -5.947 11.709 282 1H5* G 27 1H5* G 27 -13.124 1.256 10.693 283 2H5* G 27 2H5* G 27 -12.761 0.442 9.129 284 H4* G 27 H4* G 27 -12.495 -0.848 11.934 285 H3* G 27 H3* G 27 -10.629 0.224 9.728 286 1H2* G 27 1H2* G 27 -8.972 -1.405 10.369 287 2HO* G 27 2HO* G 27 -9.398 -1.273 12.642 288 H1* G 27 H1* G 27 -10.796 -3.482 10.401 289 H8 G 27 H8 G 27 -12.248 -1.470 7.700 290 H1 G 27 H1 G 27 -6.830 -4.245 5.687 291 1H2 G 27 1H2 G 27 -5.633 -5.061 7.341 292 2H2 G 27 2H2 G 27 -6.106 -4.962 9.004 293 1H5* G 28 1H5* G 28 -6.257 1.998 11.790 294 2H5* G 28 2H5* G 28 -6.987 1.925 10.149 295 H4* G 28 H4* G 28 -5.515 -0.373 11.613 296 H3* G 28 H3* G 28 -5.041 1.581 9.311 297 1H2* G 28 1H2* G 28 -4.116 -0.028 7.843 298 2HO* G 28 2HO* G 28 -2.865 -1.017 9.561 299 H1* G 28 H1* G 28 -5.907 -2.071 8.427 300 H8 G 28 H8 G 28 -8.221 0.762 8.656 301 H1 G 28 H1 G 28 -6.780 -0.425 2.523 302 1H2 G 28 1H2 G 28 -4.173 -2.406 3.617 303 2H2 G 28 2H2 G 28 -5.065 -1.743 2.292 304 1H5* A 29 1H5* A 29 -1.176 3.449 8.131 305 2H5* A 29 2H5* A 29 -2.970 3.542 7.942 306 H4* A 29 H4* A 29 -1.181 1.575 6.337 307 H3* A 29 H3* A 29 -2.340 4.384 5.811 308 1H2* A 29 1H2* A 29 -2.487 3.842 3.486 309 2HO* A 29 2HO* A 29 -0.456 2.555 3.624 310 H1* A 29 H1* A 29 -3.545 1.262 4.015 311 H8 A 29 H8 A 29 -5.651 2.523 6.440 312 1H6 A 29 1H6 A 29 -9.117 5.807 2.657 313 2H6 A 29 2H6 A 29 -8.884 5.054 4.201 314 H2 A 29 H2 A 29 -5.094 4.733 0.437 315 1H5* C 30 1H5* C 30 0.485 4.379 2.716 316 2H5* C 30 2H5* C 30 1.503 5.840 3.002 317 H4* C 30 H4* C 30 0.646 5.922 0.727 318 H3* C 30 H3* C 30 -0.985 7.782 2.572 319 1H2* C 30 1H2* C 30 -1.696 8.832 0.461 320 2HO* C 30 2HO* C 30 0.329 8.409 -0.647 321 H1* C 30 H1* C 30 -2.447 6.359 -0.455 322 1H4 C 30 1H4 C 30 -6.863 7.824 4.365 323 2H4 C 30 2H4 C 30 -7.556 8.527 2.943 324 H5 C 30 H5 C 30 -4.732 6.818 4.449 325 H6 C 30 H6 C 30 -2.681 6.211 3.202 326 1H5* A 31 1H5* A 31 0.594 12.636 0.629 327 2H5* A 31 2H5* A 31 -0.869 12.071 1.513 328 H4* A 31 H4* A 31 -0.491 11.887 -1.559 329 H3* A 31 H3* A 31 -1.773 13.793 0.461 330 1H2* A 31 1H2* A 31 -3.761 14.077 -0.774 331 2HO* A 31 2HO* A 31 -2.608 14.292 -2.801 332 H1* A 31 H1* A 31 -3.988 11.432 -1.643 333 H8 A 31 H8 A 31 -3.004 10.641 1.727 334 1H6 A 31 1H6 A 31 -8.646 11.710 3.879 335 2H6 A 31 2H6 A 31 -7.064 11.036 4.144 336 H2 A 31 H2 A 31 -8.355 13.476 -0.426 337 1H5* C 32 1H5* C 32 -2.211 18.306 -0.534 338 2H5* C 32 2H5* C 32 -2.837 16.928 0.456 339 H4* C 32 H4* C 32 -4.151 17.946 -2.163 340 H3* C 32 H3* C 32 -4.589 18.307 0.858 341 1H2* C 32 1H2* C 32 -6.960 18.515 0.454 342 2HO* C 32 2HO* C 32 -6.673 19.626 -1.584 343 H1* C 32 H1* C 32 -7.026 16.207 -1.070 344 1H4 C 32 1H4 C 32 -6.004 13.817 5.126 345 2H4 C 32 2H4 C 32 -7.655 14.350 5.172 346 H5 C 32 H5 C 32 -4.543 14.230 3.275 347 H6 C 32 H6 C 32 -4.279 15.234 1.046 348 1H5* G 33 1H5* G 33 -6.116 22.883 1.931 349 2H5* G 33 2H5* G 33 -6.933 21.350 2.399 350 H4* G 33 H4* G 33 -8.089 23.480 0.451 351 H3* G 33 H3* G 33 -8.047 22.977 3.435 352 1H2* G 33 1H2* G 33 -10.310 22.929 3.865 353 2HO* G 33 2HO* G 33 -10.607 24.797 2.327 354 H1* G 33 H1* G 33 -11.139 21.508 1.613 355 H8 G 33 H8 G 33 -8.290 19.577 1.603 356 H1 G 33 H1 G 33 -11.078 18.232 7.193 357 1H2 G 33 1H2 G 33 -12.978 21.080 6.909 358 2H2 G 33 2H2 G 33 -12.553 19.662 7.820 359 1H5* C 34 1H5* C 34 -10.034 25.588 4.475 360 2H5* C 34 2H5* C 34 -9.174 26.925 5.323 361 H4* C 34 H4* C 34 -10.745 25.663 6.846 362 H3* C 34 H3* C 34 -7.710 25.695 7.259 363 1H2* C 34 1H2* C 34 -7.541 23.858 8.283 364 2HO* C 34 2HO* C 34 -9.351 25.082 9.992 365 H1* C 34 H1* C 34 -10.557 23.252 8.363 366 1H4 C 34 1H4 C 34 -6.617 17.922 6.769 367 2H4 C 34 2H4 C 34 -7.463 17.478 8.225 368 H5 C 34 H5 C 34 -6.843 20.087 5.801 369 H6 C 34 H6 C 34 -7.922 22.394 5.965 370 1H5* C 35 1H5* C 35 -7.335 26.749 10.616 371 2H5* C 35 2H5* C 35 -6.246 28.180 10.564 372 H4* C 35 H4* C 35 -4.852 26.261 11.083 373 H3* C 35 H3* C 35 -4.560 26.625 8.104 374 1H2* C 35 1H2* C 35 -2.657 25.244 8.493 375 2HO* C 35 2HO* C 35 -2.152 26.468 10.506 376 H1* C 35 H1* C 35 -4.121 23.706 10.496 377 1H4 C 35 1H4 C 35 -4.971 21.212 4.214 378 2H4 C 35 2H4 C 35 -4.261 19.923 5.127 379 H5 C 35 H5 C 35 -5.417 23.443 5.185 380 H6 C 35 H6 C 35 -5.267 24.842 7.167 381 H3T C 35 H3T C 35 -4.215 28.549 9.232 382 HN3 FMN 36 H3 FMN 36 -11.610 -5.977 4.607 383 H6 FMN 36 H6 FMN 36 -11.276 -3.917 -2.042 384 1HM7 FMN 36 1H7M FMN 36 -9.299 -3.166 -4.718 385 2HM7 FMN 36 2H7M FMN 36 -9.884 -4.852 -4.997 386 3HM7 FMN 36 3H7M FMN 36 -10.970 -3.626 -4.259 387 1HM8 FMN 36 1H8M FMN 36 -6.248 -5.372 -3.637 388 2HM8 FMN 36 2H8M FMN 36 -7.652 -5.599 -4.724 389 3HM8 FMN 36 3H8M FMN 36 -7.038 -3.934 -4.386 390 H9 FMN 36 H9 FMN 36 -6.669 -5.531 -1.453 391 1H1* FMN 36 1H1* FMN 36 -6.780 -4.305 2.104 392 2H1* FMN 36 2H1* FMN 36 -6.160 -4.519 0.478 393 H2* FMN 36 1H2* FMN 36 -6.447 -7.131 1.949 394 *HO2 FMN 36 2HO* FMN 36 -5.350 -6.902 0.030 395 H3* FMN 36 1H3* FMN 36 -4.394 -5.027 2.873 396 *HO3 FMN 36 3HO* FMN 36 -6.385 -6.245 4.446 397 H4* FMN 36 1H4* FMN 36 -3.497 -7.350 2.794 398 *HO4 FMN 36 4HO* FMN 36 -3.962 -6.732 5.481 399 1H5* FMN 36 1H5* FMN 36 -5.485 -8.737 3.053 400 2H5* FMN 36 2H5* FMN 36 -4.319 -9.115 4.337 401 3HOP FMN 36 H3T FMN 36 -8.072 -8.416 6.760 Start of MODEL 3 1 1H5* G 1 1H5* G 1 -5.791 8.308 16.994 2 2H5* G 1 2H5* G 1 -5.813 9.899 16.162 3 H4* G 1 H4* G 1 -5.927 9.473 19.226 4 H3* G 1 H3* G 1 -7.844 9.800 16.932 5 1H2* G 1 1H2* G 1 -8.988 11.733 17.601 6 2HO* G 1 2HO* G 1 -8.108 11.017 20.171 7 H1* G 1 H1* G 1 -6.933 13.080 18.835 8 H8 G 1 H8 G 1 -4.920 11.885 16.113 9 H1 G 1 H1 G 1 -8.660 16.694 14.150 10 1H2 G 1 1H2 G 1 -10.515 16.286 17.032 11 2H2 G 1 2H2 G 1 -10.268 17.139 15.544 12 H5T G 1 H5T G 1 -2.753 11.569 16.000 13 1H5* G 2 1H5* G 2 -11.811 8.287 16.636 14 2H5* G 2 2H5* G 2 -10.504 9.401 16.073 15 H4* G 2 H4* G 2 -13.012 10.325 17.656 16 H3* G 2 H3* G 2 -12.218 10.153 14.689 17 1H2* G 2 1H2* G 2 -13.514 12.129 14.240 18 2HO* G 2 2HO* G 2 -15.222 11.645 15.666 19 H1* G 2 H1* G 2 -12.390 13.510 16.387 20 H8 G 2 H8 G 2 -9.408 11.599 15.531 21 H1 G 2 H1 G 2 -10.694 15.756 10.812 22 1H2 G 2 1H2 G 2 -13.850 16.158 12.190 23 2H2 G 2 2H2 G 2 -12.718 16.580 10.947 24 1H5* C 3 1H5* C 3 -15.390 8.969 11.448 25 2H5* C 3 2H5* C 3 -13.704 9.612 11.558 26 H4* C 3 H4* C 3 -16.244 11.384 11.322 27 H3* C 3 H3* C 3 -14.141 10.214 9.412 28 1H2* C 3 1H2* C 3 -14.284 12.203 8.030 29 2HO* C 3 2HO* C 3 -16.536 12.531 8.309 30 H1* C 3 H1* C 3 -14.035 13.896 10.180 31 1H4 C 3 1H4 C 3 -7.785 11.538 9.797 32 2H4 C 3 2H4 C 3 -7.878 12.665 8.480 33 H5 C 3 H5 C 3 -9.690 10.908 11.124 34 H6 C 3 H6 C 3 -12.111 11.199 11.507 35 1H5* G 4 1H5* G 4 -16.633 10.022 4.768 36 2H5* G 4 2H5* G 4 -14.919 10.275 5.272 37 H4* G 4 H4* G 4 -16.957 12.526 4.641 38 H3* G 4 H3* G 4 -14.560 11.173 3.274 39 1H2* G 4 1H2* G 4 -13.926 13.265 2.242 40 2HO* G 4 2HO* G 4 -16.116 13.943 1.879 41 H1* G 4 H1* G 4 -14.144 14.689 4.619 42 H8 G 4 H8 G 4 -13.114 11.500 6.087 43 H1 G 4 H1 G 4 -8.125 14.190 3.063 44 1H2 G 4 1H2 G 4 -10.377 16.336 1.532 45 2H2 G 4 2H2 G 4 -8.732 15.827 1.740 46 1H5* U 5 1H5* U 5 -15.856 11.635 -1.945 47 2H5* U 5 2H5* U 5 -14.358 11.092 -1.125 48 H4* U 5 H4* U 5 -15.013 13.906 -2.196 49 H3* U 5 H3* U 5 -12.884 11.686 -2.368 50 1H2* U 5 1H2* U 5 -11.229 13.266 -3.091 51 2HO* U 5 2HO* U 5 -12.736 14.549 -4.317 52 H1* U 5 H1* U 5 -11.821 14.970 -1.028 53 H3 U 5 H3 U 5 -8.113 12.655 0.562 54 H5 U 5 H5 U 5 -11.453 10.254 1.613 55 H6 U 5 H6 U 5 -12.823 11.721 0.265 56 1H5* G 6 1H5* G 6 -11.408 10.543 -6.974 57 2H5* G 6 2H5* G 6 -10.922 10.323 -5.251 58 H4* G 6 H4* G 6 -9.985 12.618 -7.109 59 H3* G 6 H3* G 6 -8.890 9.996 -5.934 60 1H2* G 6 1H2* G 6 -6.718 10.918 -5.610 61 2HO* G 6 2HO* G 6 -6.949 12.248 -7.600 62 H1* G 6 H1* G 6 -7.659 13.171 -4.322 63 H8 G 6 H8 G 6 -10.453 11.336 -3.058 64 H1 G 6 H1 G 6 -5.176 8.661 -0.593 65 1H2 G 6 1H2 G 6 -3.316 10.283 -3.000 66 2H2 G 6 2H2 G 6 -3.354 9.218 -1.634 67 1H5* U 7 1H5* U 7 -5.954 9.762 -7.608 68 2H5* U 7 2H5* U 7 -5.927 8.644 -9.019 69 H4* U 7 H4* U 7 -4.195 8.122 -7.247 70 H3* U 7 H3* U 7 -5.763 6.286 -8.692 71 1H2* U 7 1H2* U 7 -7.412 6.186 -6.878 72 2HO* U 7 2HO* U 7 -5.649 4.016 -6.850 73 H1* U 7 H1* U 7 -4.822 5.927 -5.192 74 H3 U 7 H3 U 7 -6.419 5.445 -0.933 75 H5 U 7 H5 U 7 -9.894 6.579 -3.116 76 H6 U 7 H6 U 7 -8.448 6.778 -5.103 77 1H5* A 8 1H5* A 8 -2.524 2.094 -8.005 78 2H5* A 8 2H5* A 8 -4.096 1.294 -7.739 79 H4* A 8 H4* A 8 -2.825 3.396 -5.841 80 H3* A 8 H3* A 8 -3.448 0.381 -5.653 81 1H2* A 8 1H2* A 8 -3.870 0.657 -3.413 82 2HO* A 8 2HO* A 8 -1.692 1.386 -3.011 83 H1* A 8 H1* A 8 -4.020 3.633 -3.873 84 H8 A 8 H8 A 8 -7.161 3.240 -4.735 85 1H6 A 8 1H6 A 8 -9.797 2.316 -0.983 86 2H6 A 8 2H6 A 8 -9.581 1.728 0.635 87 H2 A 8 H2 A 8 -4.963 1.001 0.859 88 1H5* G 9 1H5* G 9 -0.595 -3.077 -4.242 89 2H5* G 9 2H5* G 9 -1.965 -2.674 -5.329 90 H4* G 9 H4* G 9 -1.947 -2.264 -2.252 91 H3* G 9 H3* G 9 -3.386 -4.134 -4.231 92 1H2* G 9 1H2* G 9 -5.263 -4.086 -2.942 93 2HO* G 9 2HO* G 9 -4.112 -4.943 -1.103 94 H1* G 9 H1* G 9 -4.221 -1.606 -1.513 95 H8 G 9 H8 G 9 -5.587 -0.991 -4.899 96 H1 G 9 H1 G 9 -10.213 -0.994 -0.451 97 1H2 G 9 1H2 G 9 -9.492 -1.800 1.464 98 2H2 G 9 2H2 G 9 -7.867 -2.356 1.704 99 1H5* G 10 1H5* G 10 -3.545 -8.762 -3.266 100 2H5* G 10 2H5* G 10 -4.703 -7.716 -4.177 101 H4* G 10 H4* G 10 -5.133 -8.727 -1.267 102 H3* G 10 H3* G 10 -6.164 -9.532 -4.054 103 1H2* G 10 1H2* G 10 -8.098 -10.432 -2.952 104 2HO* G 10 2HO* G 10 -6.920 -11.287 -1.135 105 H1* G 10 H1* G 10 -8.267 -8.128 -1.253 106 H8 G 10 H8 G 10 -7.394 -7.850 -4.995 107 H1 G 10 H1 G 10 -13.587 -6.795 -3.680 108 1H2 G 10 1H2 G 10 -12.882 -7.654 -0.405 109 2H2 G 10 2H2 G 10 -14.065 -7.146 -1.572 110 1H5* A 11 1H5* A 11 -6.479 -14.807 -3.706 111 2H5* A 11 2H5* A 11 -7.815 -13.705 -4.234 112 H4* A 11 H4* A 11 -8.948 -13.967 -2.012 113 H3* A 11 H3* A 11 -6.384 -15.575 -1.510 114 1H2* A 11 1H2* A 11 -7.505 -17.185 -0.252 115 2HO* A 11 2HO* A 11 -8.681 -15.564 0.994 116 H1* A 11 H1* A 11 -9.970 -17.037 -1.752 117 H8 A 11 H8 A 11 -6.794 -17.387 -3.785 118 1H6 A 11 1H6 A 11 -6.597 -22.059 -4.307 119 2H6 A 11 2H6 A 11 -7.419 -23.467 -3.700 120 H2 A 11 H2 A 11 -10.594 -21.623 -0.811 121 1H5* U 12 1H5* U 12 -4.430 -11.775 2.277 122 2H5* U 12 2H5* U 12 -4.691 -13.402 2.981 123 H4* U 12 H4* U 12 -5.296 -11.817 4.677 124 H3* U 12 H3* U 12 -7.872 -12.711 3.226 125 1H2* U 12 1H2* U 12 -8.992 -11.816 5.194 126 2HO* U 12 2HO* U 12 -7.358 -12.413 6.712 127 H1* U 12 H1* U 12 -7.420 -9.456 4.983 128 H3 U 12 H3 U 12 -12.028 -9.133 3.501 129 H5 U 12 H5 U 12 -9.476 -8.995 0.146 130 H6 U 12 H6 U 12 -7.644 -9.719 1.612 131 1H5* A 13 1H5* A 13 -9.866 -16.002 7.358 132 2H5* A 13 2H5* A 13 -10.691 -15.382 5.892 133 H4* A 13 H4* A 13 -10.426 -13.925 8.613 134 H3* A 13 H3* A 13 -12.568 -15.206 6.838 135 1H2* A 13 1H2* A 13 -14.217 -13.588 7.473 136 2HO* A 13 2HO* A 13 -13.344 -13.675 9.734 137 H1* A 13 H1* A 13 -12.439 -11.439 7.461 138 H8 A 13 H8 A 13 -11.219 -12.741 4.391 139 1H6 A 13 1H6 A 13 -14.417 -11.271 1.228 140 2H6 A 13 2H6 A 13 -16.024 -10.628 1.256 141 H2 A 13 H2 A 13 -17.073 -10.477 5.789 142 1H5* U 14 1H5* U 14 -15.693 -17.787 7.354 143 2H5* U 14 2H5* U 14 -14.517 -16.873 6.345 144 H4* U 14 H4* U 14 -17.248 -15.752 7.315 145 H3* U 14 H3* U 14 -16.128 -17.048 4.767 146 1H2* U 14 1H2* U 14 -17.694 -15.678 3.456 147 2HO* U 14 2HO* U 14 -19.287 -15.660 5.234 148 H1* U 14 H1* U 14 -16.753 -13.408 4.578 149 H3 U 14 H3 U 14 -14.412 -14.499 0.578 150 H5 U 14 H5 U 14 -11.923 -15.517 3.863 151 H6 U 14 H6 U 14 -13.813 -15.171 5.301 152 1H5* G 15 1H5* G 15 -20.362 -16.915 4.018 153 2H5* G 15 2H5* G 15 -20.869 -18.646 3.952 154 H4* G 15 H4* G 15 -21.778 -17.409 1.989 155 H3* G 15 H3* G 15 -19.489 -19.423 1.551 156 1H2* G 15 1H2* G 15 -19.508 -19.102 -0.712 157 2HO* G 15 2HO* G 15 -21.874 -19.141 -0.888 158 H1* G 15 H1* G 15 -19.910 -16.359 -0.712 159 H8 G 15 H8 G 15 -17.517 -17.039 1.953 160 H1 G 15 H1 G 15 -14.727 -17.726 -3.770 161 1H2 G 15 1H2 G 15 -17.887 -17.665 -5.151 162 2H2 G 15 2H2 G 15 -16.178 -17.789 -5.393 163 1H5* C 16 1H5* C 16 -21.875 -23.367 -1.143 164 2H5* C 16 2H5* C 16 -20.198 -22.710 -1.134 165 H4* C 16 H4* C 16 -22.385 -22.107 -3.243 166 H3* C 16 H3* C 16 -19.759 -23.618 -2.903 167 1H2* C 16 1H2* C 16 -19.019 -23.186 -5.123 168 2HO* C 16 2HO* C 16 -21.221 -23.376 -5.984 169 H1* C 16 H1* C 16 -19.672 -20.499 -4.993 170 1H4 C 16 1H4 C 16 -14.250 -20.493 -1.095 171 2H4 C 16 2H4 C 16 -13.573 -20.697 -2.679 172 H5 C 16 H5 C 16 -16.598 -20.555 -0.644 173 H6 C 16 H6 C 16 -18.864 -20.820 -1.575 174 1H5* U 17 1H5* U 17 -19.003 -27.938 -4.792 175 2H5* U 17 2H5* U 17 -18.448 -26.940 -3.407 176 H4* U 17 H4* U 17 -17.449 -26.813 -6.320 177 H3* U 17 H3* U 17 -16.425 -27.344 -3.453 178 1H2* U 17 1H2* U 17 -14.278 -26.496 -3.969 179 2HO* U 17 2HO* U 17 -14.541 -27.381 -6.236 180 H1* U 17 H1* U 17 -15.186 -24.238 -5.128 181 H3 U 17 H3 U 17 -14.001 -23.303 -0.642 182 H5 U 17 H5 U 17 -18.166 -24.060 -0.616 183 H6 U 17 H6 U 17 -17.914 -24.831 -2.953 184 1H5* U 18 1H5* U 18 -13.286 -30.610 -3.704 185 2H5* U 18 2H5* U 18 -13.590 -29.224 -4.808 186 H4* U 18 H4* U 18 -12.568 -32.025 -5.644 187 H3* U 18 H3* U 18 -11.538 -29.206 -5.165 188 1H2* U 18 1H2* U 18 -11.050 -28.636 -7.146 189 2HO* U 18 2HO* U 18 -9.271 -30.458 -6.799 190 H1* U 18 H1* U 18 -11.802 -31.311 -8.453 191 H3 U 18 H3 U 18 -12.958 -28.773 -12.229 192 H5 U 18 H5 U 18 -14.295 -26.455 -8.884 193 H6 U 18 H6 U 18 -13.376 -28.128 -7.478 194 1H5* C 19 1H5* C 19 -9.029 -28.486 -5.189 195 2H5* C 19 2H5* C 19 -7.701 -29.252 -4.244 196 H4* C 19 H4* C 19 -7.664 -26.744 -4.331 197 H3* C 19 H3* C 19 -7.117 -28.370 -2.138 198 1H2* C 19 1H2* C 19 -9.187 -28.238 -1.115 199 2HO* C 19 2HO* C 19 -7.753 -26.025 -0.099 200 H1* C 19 H1* C 19 -9.391 -25.223 -1.701 201 1H4 C 19 1H4 C 19 -15.641 -27.815 -1.339 202 2H4 C 19 2H4 C 19 -15.577 -26.751 0.033 203 H5 C 19 H5 C 19 -13.777 -28.274 -2.760 204 H6 C 19 H6 C 19 -11.408 -27.839 -3.223 205 1H5* G 20 1H5* G 20 -4.092 -24.965 -4.906 206 2H5* G 20 2H5* G 20 -5.796 -24.628 -4.422 207 H4* G 20 H4* G 20 -5.036 -26.470 -6.833 208 H3* G 20 H3* G 20 -6.371 -23.705 -6.792 209 1H2* G 20 1H2* G 20 -6.852 -24.269 -9.009 210 2HO* G 20 2HO* G 20 -4.747 -25.123 -9.477 211 H1* G 20 H1* G 20 -7.107 -27.095 -8.025 212 H8 G 20 H8 G 20 -8.654 -26.379 -9.879 213 H1 G 20 H1 G 20 -12.791 -23.865 -5.676 214 1H2 G 20 1H2 G 20 -11.826 -23.499 -3.744 215 2H2 G 20 2H2 G 20 -10.159 -23.853 -3.425 216 1H5* G 21 1H5* G 21 -5.515 -20.109 -9.567 217 2H5* G 21 2H5* G 21 -6.408 -20.553 -8.073 218 H4* G 21 H4* G 21 -7.074 -21.628 -10.909 219 H3* G 21 H3* G 21 -8.126 -19.427 -9.040 220 1H2* G 21 1H2* G 21 -10.378 -19.815 -9.802 221 2HO* G 21 2HO* G 21 -9.799 -20.179 -12.001 222 H1* G 21 H1* G 21 -10.182 -22.574 -9.588 223 H8 G 21 H8 G 21 -8.030 -21.514 -6.786 224 H1 G 21 H1 G 21 -14.211 -20.812 -5.239 225 1H2 G 21 1H2 G 21 -15.000 -21.244 -8.581 226 2H2 G 21 2H2 G 21 -15.542 -20.963 -6.956 227 1H5* C 22 1H5* C 22 -10.111 -15.593 -11.150 228 2H5* C 22 2H5* C 22 -10.069 -16.503 -9.591 229 H4* C 22 H4* C 22 -12.183 -16.909 -11.828 230 H3* C 22 H3* C 22 -12.027 -15.514 -9.093 231 1H2* C 22 1H2* C 22 -14.413 -15.930 -8.806 232 2HO* C 22 2HO* C 22 -14.965 -15.743 -11.036 233 H1* C 22 H1* C 22 -14.057 -18.610 -9.317 234 1H4 C 22 1H4 C 22 -10.861 -17.894 -3.474 235 2H4 C 22 2H4 C 22 -12.522 -17.777 -3.012 236 H5 C 22 H5 C 22 -10.109 -17.978 -5.735 237 H6 C 22 H6 C 22 -10.759 -17.969 -8.122 238 1H5* A 23 1H5* A 23 -15.228 -11.465 -9.073 239 2H5* A 23 2H5* A 23 -14.334 -12.409 -7.826 240 H4* A 23 H4* A 23 -17.163 -13.102 -8.893 241 H3* A 23 H3* A 23 -15.922 -11.630 -6.523 242 1H2* A 23 1H2* A 23 -17.284 -12.604 -4.891 243 2HO* A 23 2HO* A 23 -19.222 -12.452 -6.114 244 H1* A 23 H1* A 23 -17.162 -15.199 -5.904 245 H8 A 23 H8 A 23 -13.761 -14.526 -6.773 246 1H6 A 23 1H6 A 23 -11.898 -14.542 -0.924 247 2H6 A 23 2H6 A 23 -11.452 -14.612 -2.605 248 H2 A 23 H2 A 23 -16.511 -14.185 -0.965 249 1H5* G 24 1H5* G 24 -18.410 -7.776 -4.689 250 2H5* G 24 2H5* G 24 -16.725 -8.351 -4.888 251 H4* G 24 H4* G 24 -18.823 -9.378 -2.862 252 H3* G 24 H3* G 24 -16.052 -8.040 -2.934 253 1H2* G 24 1H2* G 24 -15.533 -8.978 -0.750 254 2HO* G 24 2HO* G 24 -17.711 -8.801 0.063 255 H1* G 24 H1* G 24 -16.253 -11.501 -1.574 256 H8 G 24 H8 G 24 -15.212 -9.967 -4.816 257 H1 G 24 H1 G 24 -10.141 -11.489 -1.192 258 1H2 G 24 1H2 G 24 -12.202 -11.964 1.421 259 2H2 G 24 2H2 G 24 -10.602 -11.966 0.770 260 1H5* A 25 1H5* A 25 -16.276 -4.577 0.879 261 2H5* A 25 2H5* A 25 -15.325 -5.914 1.599 262 H4* A 25 H4* A 25 -18.363 -5.450 2.075 263 H3* A 25 H3* A 25 -15.770 -4.754 3.574 264 1H2* A 25 1H2* A 25 -16.929 -5.057 5.685 265 2HO* A 25 2HO* A 25 -18.955 -4.194 4.867 266 H1* A 25 H1* A 25 -17.952 -7.493 4.944 267 H8 A 25 H8 A 25 -14.779 -7.566 3.019 268 1H6 A 25 1H6 A 25 -11.669 -9.087 8.001 269 2H6 A 25 2H6 A 25 -11.744 -8.908 6.296 270 H2 A 25 H2 A 25 -15.975 -7.726 9.334 271 1H5* A 26 1H5* A 26 -16.331 -0.683 6.459 272 2H5* A 26 2H5* A 26 -15.198 -2.077 6.277 273 H4* A 26 H4* A 26 -17.709 -2.067 8.096 274 H3* A 26 H3* A 26 -14.675 -1.711 8.382 275 1H2* A 26 1H2* A 26 -14.635 -2.789 10.456 276 2HO* A 26 2HO* A 26 -17.471 -2.634 10.316 277 H1* A 26 H1* A 26 -16.266 -4.914 9.594 278 H8 A 26 H8 A 26 -14.423 -4.456 6.498 279 1H6 A 26 1H6 A 26 -10.247 -6.483 7.465 280 2H6 A 26 2H6 A 26 -9.403 -7.016 8.885 281 H2 A 26 H2 A 26 -12.305 -6.025 12.366 282 1H5* G 27 1H5* G 27 -12.804 0.994 12.074 283 2H5* G 27 2H5* G 27 -12.505 1.052 10.314 284 H4* G 27 H4* G 27 -12.526 -1.511 12.081 285 H3* G 27 H3* G 27 -10.464 0.210 10.575 286 1H2* G 27 1H2* G 27 -9.203 -1.665 10.027 287 2HO* G 27 2HO* G 27 -9.285 -2.429 12.276 288 H1* G 27 H1* G 27 -11.481 -3.489 9.986 289 H8 G 27 H8 G 27 -12.609 -1.193 7.590 290 H1 G 27 H1 G 27 -7.504 -4.195 5.100 291 1H2 G 27 1H2 G 27 -6.751 -5.215 8.334 292 2H2 G 27 2H2 G 27 -6.323 -5.233 6.657 293 1H5* G 28 1H5* G 28 -6.404 1.294 11.814 294 2H5* G 28 2H5* G 28 -7.666 1.185 10.529 295 H4* G 28 H4* G 28 -5.607 -1.073 11.082 296 H3* G 28 H3* G 28 -5.706 1.341 9.176 297 1H2* G 28 1H2* G 28 -4.415 0.044 7.576 298 2HO* G 28 2HO* G 28 -3.132 -1.017 9.192 299 H1* G 28 H1* G 28 -6.091 -2.162 7.868 300 H8 G 28 H8 G 28 -8.538 0.571 8.285 301 H1 G 28 H1 G 28 -6.733 0.022 2.153 302 1H2 G 28 1H2 G 28 -4.132 -1.998 3.237 303 2H2 G 28 2H2 G 28 -4.952 -1.240 1.916 304 1H5* A 29 1H5* A 29 -1.847 3.726 8.209 305 2H5* A 29 2H5* A 29 -3.453 3.393 7.446 306 H4* A 29 H4* A 29 -0.876 1.818 6.734 307 H3* A 29 H3* A 29 -2.231 4.326 5.554 308 1H2* A 29 1H2* A 29 -1.271 3.688 3.419 309 2HO* A 29 2HO* A 29 0.646 2.757 4.494 310 H1* A 29 H1* A 29 -2.262 1.085 3.691 311 H8 A 29 H8 A 29 -5.135 2.185 5.322 312 1H6 A 29 1H6 A 29 -7.493 5.212 0.578 313 2H6 A 29 2H6 A 29 -7.689 4.480 2.129 314 H2 A 29 H2 A 29 -2.900 4.425 -0.272 315 1H5* C 30 1H5* C 30 1.587 4.853 4.151 316 2H5* C 30 2H5* C 30 2.199 6.495 4.581 317 H4* C 30 H4* C 30 2.322 6.128 2.139 318 H3* C 30 H3* C 30 -0.026 7.991 2.905 319 1H2* C 30 1H2* C 30 0.059 8.673 0.566 320 2HO* C 30 2HO* C 30 2.372 8.328 0.362 321 H1* C 30 H1* C 30 -0.202 6.001 -0.113 322 1H4 C 30 1H4 C 30 -6.071 7.415 2.874 323 2H4 C 30 2H4 C 30 -6.293 8.043 1.277 324 H5 C 30 H5 C 30 -4.044 6.565 3.676 325 H6 C 30 H6 C 30 -1.666 6.066 3.204 326 1H5* A 31 1H5* A 31 2.683 10.748 1.101 327 2H5* A 31 2H5* A 31 2.724 12.288 2.042 328 H4* A 31 H4* A 31 2.047 12.563 -0.394 329 H3* A 31 H3* A 31 -0.033 13.212 1.792 330 1H2* A 31 1H2* A 31 -1.399 14.183 0.021 331 2HO* A 31 2HO* A 31 0.599 14.867 -1.160 332 H1* A 31 H1* A 31 -1.137 11.958 -1.567 333 H8 A 31 H8 A 31 -1.041 10.215 1.652 334 1H6 A 31 1H6 A 31 -7.037 10.847 2.383 335 2H6 A 31 2H6 A 31 -5.540 10.097 2.862 336 H2 A 31 H2 A 31 -5.714 13.674 -1.088 337 1H5* C 32 1H5* C 32 -0.162 16.671 -0.238 338 2H5* C 32 2H5* C 32 0.007 18.065 0.892 339 H4* C 32 H4* C 32 -2.133 18.175 -0.407 340 H3* C 32 H3* C 32 -2.382 17.513 2.593 341 1H2* C 32 1H2* C 32 -4.770 17.955 2.337 342 2HO* C 32 2HO* C 32 -4.670 19.648 0.881 343 H1* C 32 H1* C 32 -4.939 16.356 0.100 344 1H4 C 32 1H4 C 32 -4.444 11.922 5.102 345 2H4 C 32 2H4 C 32 -6.118 12.379 5.099 346 H5 C 32 H5 C 32 -2.787 12.975 3.711 347 H6 C 32 H6 C 32 -2.340 14.704 2.005 348 1H5* G 33 1H5* G 33 -4.821 22.066 4.339 349 2H5* G 33 2H5* G 33 -4.941 20.315 4.750 350 H4* G 33 H4* G 33 -6.653 21.764 2.609 351 H3* G 33 H3* G 33 -7.011 20.796 5.500 352 1H2* G 33 1H2* G 33 -9.286 20.130 5.059 353 2HO* G 33 2HO* G 33 -9.708 21.956 3.669 354 H1* G 33 H1* G 33 -8.665 18.841 2.674 355 H8 G 33 H8 G 33 -5.550 17.973 4.273 356 H1 G 33 H1 G 33 -10.308 14.747 7.130 357 1H2 G 33 1H2 G 33 -12.536 16.927 5.607 358 2H2 G 33 2H2 G 33 -12.280 15.558 6.648 359 1H5* C 34 1H5* C 34 -10.666 23.993 7.554 360 2H5* C 34 2H5* C 34 -9.835 22.554 8.248 361 H4* C 34 H4* C 34 -12.460 22.547 6.613 362 H3* C 34 H3* C 34 -11.721 22.874 9.407 363 1H2* C 34 1H2* C 34 -11.522 20.863 10.205 364 2HO* C 34 2HO* C 34 -13.769 21.062 10.637 365 H1* C 34 H1* C 34 -12.769 19.304 7.929 366 1H4 C 34 1H4 C 34 -6.609 16.911 9.393 367 2H4 C 34 2H4 C 34 -7.683 15.597 9.757 368 H5 C 34 H5 C 34 -7.346 19.062 8.703 369 H6 C 34 H6 C 34 -9.335 20.519 8.178 370 1H5* C 35 1H5* C 35 -13.359 24.873 12.295 371 2H5* C 35 2H5* C 35 -12.178 23.878 11.365 372 H4* C 35 H4* C 35 -14.018 22.707 13.587 373 H3* C 35 H3* C 35 -11.097 23.404 13.489 374 1H2* C 35 1H2* C 35 -10.937 21.768 15.182 375 2HO* C 35 2HO* C 35 -12.922 22.547 16.253 376 H1* C 35 H1* C 35 -12.926 20.064 13.940 377 1H4 C 35 1H4 C 35 -6.697 18.897 11.522 378 2H4 C 35 2H4 C 35 -7.198 17.379 12.192 379 H5 C 35 H5 C 35 -8.032 20.906 11.602 380 H6 C 35 H6 C 35 -10.120 21.920 12.331 381 H3T C 35 H3T C 35 -12.433 25.046 14.276 382 HN3 FMN 36 H3 FMN 36 -11.826 -6.146 5.323 383 H6 FMN 36 H6 FMN 36 -12.167 -3.953 -1.283 384 1HM7 FMN 36 1H7M FMN 36 -10.461 -2.758 -3.957 385 2HM7 FMN 36 2H7M FMN 36 -10.898 -4.442 -4.413 386 3HM7 FMN 36 3H7M FMN 36 -12.049 -3.439 -3.474 387 1HM8 FMN 36 1H8M FMN 36 -7.234 -4.987 -3.399 388 2HM8 FMN 36 2H8M FMN 36 -8.709 -4.941 -4.404 389 3HM8 FMN 36 3H8M FMN 36 -7.997 -3.408 -3.804 390 H9 FMN 36 H9 FMN 36 -7.434 -5.279 -1.190 391 1H1* FMN 36 1H1* FMN 36 -7.204 -4.538 2.398 392 2H1* FMN 36 2H1* FMN 36 -6.779 -4.694 0.698 393 H2* FMN 36 1H2* FMN 36 -6.618 -6.896 2.852 394 *HO2 FMN 36 2HO* FMN 36 -6.313 -7.033 0.038 395 H3* FMN 36 1H3* FMN 36 -4.648 -5.474 0.963 396 *HO3 FMN 36 3HO* FMN 36 -4.512 -5.330 3.729 397 H4* FMN 36 1H4* FMN 36 -3.964 -7.847 1.477 398 *HO4 FMN 36 4HO* FMN 36 -2.374 -5.828 2.634 399 1H5* FMN 36 1H5* FMN 36 -4.930 -8.002 3.795 400 2H5* FMN 36 2H5* FMN 36 -3.209 -8.495 3.684 401 3HOP FMN 36 H3T FMN 36 -3.994 -5.328 7.720 Start of MODEL 4 1 1H5* G 1 1H5* G 1 3.645 6.933 14.361 2 2H5* G 1 2H5* G 1 2.087 6.090 14.038 3 H4* G 1 H4* G 1 1.948 7.274 16.180 4 H3* G 1 H3* G 1 0.396 8.638 13.883 5 1H2* G 1 1H2* G 1 -0.660 9.997 15.661 6 2HO* G 1 2HO* G 1 -0.612 8.247 17.202 7 H1* G 1 H1* G 1 1.748 10.691 16.654 8 H8 G 1 H8 G 1 2.748 10.142 13.122 9 H1 G 1 H1 G 1 -0.206 15.774 13.808 10 1H2 G 1 1H2 G 1 -1.211 14.791 16.950 11 2H2 G 1 2H2 G 1 -1.197 16.001 15.708 12 H5T G 1 H5T G 1 0.255 6.900 11.570 13 1H5* G 2 1H5* G 2 -4.684 7.990 14.927 14 2H5* G 2 2H5* G 2 -3.666 9.175 14.030 15 H4* G 2 H4* G 2 -4.461 9.376 17.021 16 H3* G 2 H3* G 2 -5.359 10.576 14.357 17 1H2* G 2 1H2* G 2 -5.465 12.806 15.153 18 2HO* G 2 2HO* G 2 -6.296 11.996 17.276 19 H1* G 2 H1* G 2 -3.048 12.765 16.496 20 H8 G 2 H8 G 2 -1.760 10.533 14.024 21 H1 G 2 H1 G 2 -2.914 16.137 11.153 22 1H2 G 2 1H2 G 2 -4.869 17.035 13.857 23 2H2 G 2 2H2 G 2 -4.204 17.443 12.308 24 1H5* C 3 1H5* C 3 -8.267 12.428 15.735 25 2H5* C 3 2H5* C 3 -9.810 11.837 15.006 26 H4* C 3 H4* C 3 -9.338 14.165 14.286 27 H3* C 3 H3* C 3 -8.791 12.063 12.088 28 1H2* C 3 1H2* C 3 -8.796 13.959 10.560 29 2HO* C 3 2HO* C 3 -10.462 15.141 11.483 30 H1* C 3 H1* C 3 -7.185 15.445 12.346 31 1H4 C 3 1H4 C 3 -2.996 11.351 9.043 32 2H4 C 3 2H4 C 3 -3.067 12.813 8.097 33 H5 C 3 H5 C 3 -4.391 10.983 10.986 34 H6 C 3 H6 C 3 -6.163 11.930 12.455 35 1H5* G 4 1H5* G 4 -12.879 12.903 8.697 36 2H5* G 4 2H5* G 4 -11.121 12.562 8.492 37 H4* G 4 H4* G 4 -12.431 15.369 8.462 38 H3* G 4 H3* G 4 -11.211 13.386 6.456 39 1H2* G 4 1H2* G 4 -10.334 15.196 5.125 40 2HO* G 4 2HO* G 4 -12.174 16.567 5.445 41 H1* G 4 H1* G 4 -9.299 16.550 7.326 42 H8 G 4 H8 G 4 -8.877 13.090 8.508 43 H1 G 4 H1 G 4 -4.461 14.462 4.059 44 1H2 G 4 1H2 G 4 -6.299 17.278 3.247 45 2H2 G 4 2H2 G 4 -4.903 16.289 2.960 46 1H5* U 5 1H5* U 5 -13.805 14.339 1.916 47 2H5* U 5 2H5* U 5 -12.292 13.463 2.330 48 H4* U 5 H4* U 5 -12.547 16.384 1.357 49 H3* U 5 H3* U 5 -11.358 13.674 0.514 50 1H2* U 5 1H2* U 5 -9.579 14.725 -0.689 51 2HO* U 5 2HO* U 5 -10.933 16.478 -1.445 52 H1* U 5 H1* U 5 -8.983 16.465 1.357 53 H3 U 5 H3 U 5 -5.726 13.152 1.710 54 H5 U 5 H5 U 5 -8.973 11.816 4.097 55 H6 U 5 H6 U 5 -10.290 13.633 3.174 56 1H5* G 6 1H5* G 6 -11.671 12.439 -4.160 57 2H5* G 6 2H5* G 6 -10.837 12.040 -2.610 58 H4* G 6 H4* G 6 -9.782 14.049 -4.722 59 H3* G 6 H3* G 6 -9.304 11.112 -3.966 60 1H2* G 6 1H2* G 6 -6.947 11.299 -4.257 61 2HO* G 6 2HO* G 6 -7.257 12.771 -6.116 62 H1* G 6 H1* G 6 -6.716 13.674 -2.837 63 H8 G 6 H8 G 6 -9.371 12.615 -0.705 64 H1 G 6 H1 G 6 -4.452 8.586 0.192 65 1H2 G 6 1H2 G 6 -3.100 9.780 -2.775 66 2H2 G 6 2H2 G 6 -2.955 8.708 -1.420 67 1H5* U 7 1H5* U 7 -7.170 10.522 -6.748 68 2H5* U 7 2H5* U 7 -7.796 9.418 -8.028 69 H4* U 7 H4* U 7 -5.706 8.583 -6.845 70 H3* U 7 H3* U 7 -7.960 7.083 -7.617 71 1H2* U 7 1H2* U 7 -8.960 7.254 -5.400 72 2HO* U 7 2HO* U 7 -8.007 4.892 -6.146 73 H1* U 7 H1* U 7 -6.069 6.581 -4.492 74 H3 U 7 H3 U 7 -6.918 6.122 -0.016 75 H5 U 7 H5 U 7 -9.970 8.821 -1.251 76 H6 U 7 H6 U 7 -9.049 8.620 -3.544 77 1H5* A 8 1H5* A 8 -4.583 2.246 -8.029 78 2H5* A 8 2H5* A 8 -5.818 2.742 -6.838 79 H4* A 8 H4* A 8 -2.777 3.322 -6.550 80 H3* A 8 H3* A 8 -4.731 1.172 -5.575 81 1H2* A 8 1H2* A 8 -3.613 1.027 -3.437 82 2HO* A 8 2HO* A 8 -1.484 1.473 -4.476 83 H1* A 8 H1* A 8 -3.638 3.739 -3.072 84 H8 A 8 H8 A 8 -6.659 3.634 -5.022 85 1H6 A 8 1H6 A 8 -9.913 2.292 -1.946 86 2H6 A 8 2H6 A 8 -9.977 1.597 -0.356 87 H2 A 8 H2 A 8 -5.450 1.111 0.734 88 1H5* G 9 1H5* G 9 -1.884 -3.124 -4.295 89 2H5* G 9 2H5* G 9 -3.606 -2.895 -4.704 90 H4* G 9 H4* G 9 -2.194 -2.300 -2.036 91 H3* G 9 H3* G 9 -4.710 -3.677 -3.151 92 1H2* G 9 1H2* G 9 -5.750 -3.575 -1.008 93 2HO* G 9 2HO* G 9 -3.785 -3.976 0.203 94 H1* G 9 H1* G 9 -4.977 -0.934 -0.630 95 H8 G 9 H8 G 9 -5.731 -0.688 -4.169 96 H1 G 9 H1 G 9 -11.140 -1.300 -0.767 97 1H2 G 9 1H2 G 9 -10.796 -1.953 1.252 98 2H2 G 9 2H2 G 9 -9.241 -2.289 1.927 99 1H5* G 10 1H5* G 10 -2.562 -9.166 -2.445 100 2H5* G 10 2H5* G 10 -3.719 -8.491 -3.627 101 H4* G 10 H4* G 10 -4.319 -9.238 -0.670 102 H3* G 10 H3* G 10 -5.165 -10.160 -3.480 103 1H2* G 10 1H2* G 10 -7.229 -10.996 -2.523 104 2HO* G 10 2HO* G 10 -6.278 -11.794 -0.591 105 H1* G 10 H1* G 10 -7.579 -8.656 -1.007 106 H8 G 10 H8 G 10 -6.177 -8.602 -4.634 107 H1 G 10 H1 G 10 -12.351 -6.923 -4.066 108 1H2 G 10 1H2 G 10 -13.063 -7.102 -2.037 109 2H2 G 10 2H2 G 10 -12.079 -7.641 -0.717 110 1H5* A 11 1H5* A 11 -6.153 -15.166 -3.359 111 2H5* A 11 2H5* A 11 -7.154 -13.763 -3.915 112 H4* A 11 H4* A 11 -8.598 -13.954 -1.883 113 H3* A 11 H3* A 11 -6.551 -16.158 -1.310 114 1H2* A 11 1H2* A 11 -8.146 -17.559 -0.380 115 2HO* A 11 2HO* A 11 -9.186 -15.939 0.914 116 H1* A 11 H1* A 11 -10.225 -16.931 -2.190 117 H8 A 11 H8 A 11 -6.888 -17.284 -3.810 118 1H6 A 11 1H6 A 11 -6.687 -21.890 -4.665 119 2H6 A 11 2H6 A 11 -7.584 -23.318 -4.258 120 H2 A 11 H2 A 11 -11.041 -21.604 -1.581 121 1H5* U 12 1H5* U 12 -7.064 -12.615 1.797 122 2H5* U 12 2H5* U 12 -5.311 -12.735 2.225 123 H4* U 12 H4* U 12 -5.869 -12.899 4.650 124 H3* U 12 H3* U 12 -8.702 -12.914 3.475 125 1H2* U 12 1H2* U 12 -9.538 -11.805 5.451 126 2HO* U 12 2HO* U 12 -8.098 -12.884 6.914 127 H1* U 12 H1* U 12 -7.563 -9.847 5.329 128 H3 U 12 H3 U 12 -11.756 -8.495 3.511 129 H5 U 12 H5 U 12 -9.182 -9.376 0.260 130 H6 U 12 H6 U 12 -7.637 -10.377 1.876 131 1H5* A 13 1H5* A 13 -11.281 -16.247 6.744 132 2H5* A 13 2H5* A 13 -12.022 -14.993 5.680 133 H4* A 13 H4* A 13 -11.514 -14.736 8.722 134 H3* A 13 H3* A 13 -13.752 -15.352 6.792 135 1H2* A 13 1H2* A 13 -15.318 -13.759 7.545 136 2HO* A 13 2HO* A 13 -14.889 -14.292 9.789 137 H1* A 13 H1* A 13 -13.582 -11.706 8.057 138 H8 A 13 H8 A 13 -11.882 -12.752 5.061 139 1H6 A 13 1H6 A 13 -16.055 -10.070 1.537 140 2H6 A 13 2H6 A 13 -14.494 -10.804 1.692 141 H2 A 13 H2 A 13 -17.771 -10.312 5.879 142 1H5* U 14 1H5* U 14 -16.974 -17.680 6.717 143 2H5* U 14 2H5* U 14 -15.661 -16.716 5.958 144 H4* U 14 H4* U 14 -18.378 -15.524 6.885 145 H3* U 14 H3* U 14 -17.191 -16.657 4.284 146 1H2* U 14 1H2* U 14 -18.587 -15.084 3.013 147 2HO* U 14 2HO* U 14 -20.271 -15.102 4.719 148 H1* U 14 H1* U 14 -17.559 -12.994 4.358 149 H3 U 14 H3 U 14 -14.988 -13.982 0.457 150 H5 U 14 H5 U 14 -12.832 -15.354 3.832 151 H6 U 14 H6 U 14 -14.801 -14.978 5.161 152 1H5* G 15 1H5* G 15 -21.270 -16.323 3.402 153 2H5* G 15 2H5* G 15 -21.901 -17.953 2.946 154 H4* G 15 H4* G 15 -22.486 -16.242 1.213 155 H3* G 15 H3* G 15 -20.361 -18.363 0.523 156 1H2* G 15 1H2* G 15 -20.270 -17.616 -1.663 157 2HO* G 15 2HO* G 15 -22.506 -17.321 -2.042 158 H1* G 15 H1* G 15 -20.301 -14.907 -1.081 159 H8 G 15 H8 G 15 -18.223 -16.461 1.463 160 H1 G 15 H1 G 15 -15.201 -16.470 -4.189 161 1H2 G 15 1H2 G 15 -18.227 -15.630 -5.639 162 2H2 G 15 2H2 G 15 -16.540 -15.978 -5.849 163 1H5* C 16 1H5* C 16 -22.571 -21.416 -3.101 164 2H5* C 16 2H5* C 16 -20.879 -20.894 -2.751 165 H4* C 16 H4* C 16 -22.773 -19.560 -4.813 166 H3* C 16 H3* C 16 -20.456 -21.564 -4.773 167 1H2* C 16 1H2* C 16 -19.458 -20.685 -6.735 168 2HO* C 16 2HO* C 16 -21.485 -20.299 -7.804 169 H1* C 16 H1* C 16 -19.703 -18.032 -5.946 170 1H4 C 16 1H4 C 16 -14.774 -19.883 -1.848 171 2H4 C 16 2H4 C 16 -13.978 -19.929 -3.389 172 H5 C 16 H5 C 16 -17.105 -19.552 -1.569 173 H6 C 16 H6 C 16 -19.282 -19.177 -2.667 174 1H5* U 17 1H5* U 17 -20.444 -25.259 -7.719 175 2H5* U 17 2H5* U 17 -19.617 -24.587 -6.266 176 H4* U 17 H4* U 17 -18.892 -23.974 -9.210 177 H3* U 17 H3* U 17 -17.789 -25.500 -6.777 178 1H2* U 17 1H2* U 17 -15.540 -25.022 -7.427 179 2HO* U 17 2HO* U 17 -15.008 -24.049 -9.293 180 H1* U 17 H1* U 17 -15.992 -22.398 -7.822 181 H3 U 17 H3 U 17 -13.905 -22.981 -3.668 182 H5 U 17 H5 U 17 -18.070 -22.732 -2.893 183 H6 U 17 H6 U 17 -18.417 -22.905 -5.330 184 1H5* U 18 1H5* U 18 -16.206 -29.988 -9.341 185 2H5* U 18 2H5* U 18 -15.826 -28.429 -8.588 186 H4* U 18 H4* U 18 -15.329 -29.286 -11.335 187 H3* U 18 H3* U 18 -15.180 -26.683 -9.726 188 1H2* U 18 1H2* U 18 -14.848 -25.373 -11.477 189 2HO* U 18 2HO* U 18 -13.288 -27.444 -12.512 190 H1* U 18 H1* U 18 -15.726 -27.558 -13.401 191 H3 U 18 H3 U 18 -18.095 -24.239 -15.649 192 H5 U 18 H5 U 18 -19.032 -23.523 -11.565 193 H6 U 18 H6 U 18 -17.486 -25.356 -11.010 194 1H5* C 19 1H5* C 19 -10.252 -30.150 -8.768 195 2H5* C 19 2H5* C 19 -11.776 -29.578 -8.010 196 H4* C 19 H4* C 19 -9.235 -27.834 -8.300 197 H3* C 19 H3* C 19 -9.508 -30.066 -6.636 198 1H2* C 19 1H2* C 19 -11.643 -29.463 -5.803 199 2HO* C 19 2HO* C 19 -9.693 -28.502 -3.986 200 H1* C 19 H1* C 19 -10.417 -26.654 -5.340 201 1H4 C 19 1H4 C 19 -16.665 -25.542 -3.617 202 2H4 C 19 2H4 C 19 -17.165 -26.228 -5.133 203 H5 C 19 H5 C 19 -15.664 -27.199 -6.719 204 H6 C 19 H6 C 19 -13.295 -27.764 -7.247 205 1H5* G 20 1H5* G 20 -5.111 -28.228 -8.182 206 2H5* G 20 2H5* G 20 -4.641 -26.661 -7.477 207 H4* G 20 H4* G 20 -5.418 -26.832 -10.066 208 H3* G 20 H3* G 20 -6.917 -24.771 -8.377 209 1H2* G 20 1H2* G 20 -7.194 -23.795 -10.566 210 2HO* G 20 2HO* G 20 -5.094 -24.235 -11.353 211 H1* G 20 H1* G 20 -7.703 -26.500 -11.447 212 H8 G 20 H8 G 20 -9.582 -25.794 -12.127 213 H1 G 20 H1 G 20 -12.087 -23.585 -6.669 214 1H2 G 20 1H2 G 20 -8.967 -24.197 -5.286 215 2H2 G 20 2H2 G 20 -10.587 -23.632 -5.059 216 1H5* G 21 1H5* G 21 -5.423 -19.954 -9.789 217 2H5* G 21 2H5* G 21 -6.398 -20.497 -8.388 218 H4* G 21 H4* G 21 -7.158 -20.963 -11.369 219 H3* G 21 H3* G 21 -7.968 -18.954 -9.186 220 1H2* G 21 1H2* G 21 -10.225 -18.909 -10.062 221 2HO* G 21 2HO* G 21 -9.635 -18.987 -12.270 222 H1* G 21 H1* G 21 -10.398 -21.659 -10.284 223 H8 G 21 H8 G 21 -8.301 -21.312 -7.259 224 H1 G 21 H1 G 21 -14.449 -19.986 -5.998 225 1H2 G 21 1H2 G 21 -15.017 -19.856 -9.406 226 2H2 G 21 2H2 G 21 -15.651 -19.722 -7.797 227 1H5* C 22 1H5* C 22 -9.431 -14.652 -10.680 228 2H5* C 22 2H5* C 22 -9.730 -15.795 -9.313 229 H4* C 22 H4* C 22 -11.602 -15.432 -11.767 230 H3* C 22 H3* C 22 -11.491 -14.441 -8.859 231 1H2* C 22 1H2* C 22 -13.923 -14.372 -8.832 232 2HO* C 22 2HO* C 22 -14.131 -13.776 -11.066 233 H1* C 22 H1* C 22 -14.068 -16.992 -9.697 234 1H4 C 22 1H4 C 22 -11.437 -17.804 -3.586 235 2H4 C 22 2H4 C 22 -13.077 -17.366 -3.236 236 H5 C 22 H5 C 22 -10.486 -17.757 -5.783 237 H6 C 22 H6 C 22 -10.865 -17.279 -8.176 238 1H5* A 23 1H5* A 23 -13.625 -9.594 -8.784 239 2H5* A 23 2H5* A 23 -13.071 -10.790 -7.560 240 H4* A 23 H4* A 23 -15.889 -10.650 -8.836 241 H3* A 23 H3* A 23 -14.512 -10.200 -6.139 242 1H2* A 23 1H2* A 23 -16.456 -10.944 -4.932 243 2HO* A 23 2HO* A 23 -17.989 -10.046 -6.405 244 H1* A 23 H1* A 23 -16.674 -13.251 -6.445 245 H8 A 23 H8 A 23 -13.113 -13.274 -6.793 246 1H6 A 23 1H6 A 23 -12.189 -14.662 -0.881 247 2H6 A 23 2H6 A 23 -11.523 -14.569 -2.486 248 H2 A 23 H2 A 23 -16.568 -13.214 -1.374 249 1H5* G 24 1H5* G 24 -17.442 -8.351 -4.657 250 2H5* G 24 2H5* G 24 -16.994 -6.693 -4.101 251 H4* G 24 H4* G 24 -17.626 -8.188 -2.180 252 H3* G 24 H3* G 24 -14.656 -7.423 -2.439 253 1H2* G 24 1H2* G 24 -14.347 -8.318 -0.200 254 2HO* G 24 2HO* G 24 -16.505 -7.571 0.476 255 H1* G 24 H1* G 24 -15.709 -10.650 -0.829 256 H8 G 24 H8 G 24 -14.087 -9.726 -4.015 257 H1 G 24 H1 G 24 -9.779 -12.231 -0.015 258 1H2 G 24 1H2 G 24 -10.453 -12.430 1.975 259 2H2 G 24 2H2 G 24 -12.035 -11.962 2.513 260 1H5* A 25 1H5* A 25 -16.066 -2.622 1.104 261 2H5* A 25 2H5* A 25 -14.785 -3.806 1.464 262 H4* A 25 H4* A 25 -17.818 -4.548 1.377 263 H3* A 25 H3* A 25 -15.896 -3.518 3.540 264 1H2* A 25 1H2* A 25 -16.817 -4.930 5.158 265 2HO* A 25 2HO* A 25 -18.997 -4.300 4.585 266 H1* A 25 H1* A 25 -17.515 -7.034 3.300 267 H8 A 25 H8 A 25 -14.107 -7.042 2.514 268 1H6 A 25 1H6 A 25 -12.402 -9.561 7.806 269 2H6 A 25 2H6 A 25 -12.011 -9.158 6.168 270 H2 A 25 H2 A 25 -16.747 -7.947 8.306 271 1H5* A 26 1H5* A 26 -16.760 -0.670 6.750 272 2H5* A 26 2H5* A 26 -15.676 -1.920 6.017 273 H4* A 26 H4* A 26 -17.813 -2.566 8.173 274 H3* A 26 H3* A 26 -14.777 -2.031 8.195 275 1H2* A 26 1H2* A 26 -14.642 -3.406 10.139 276 2HO* A 26 2HO* A 26 -16.740 -2.597 10.951 277 H1* A 26 H1* A 26 -16.382 -5.360 8.981 278 H8 A 26 H8 A 26 -14.273 -4.618 6.099 279 1H6 A 26 1H6 A 26 -10.215 -6.872 7.185 280 2H6 A 26 2H6 A 26 -9.512 -7.580 8.600 281 H2 A 26 H2 A 26 -12.695 -6.881 11.912 282 1H5* G 27 1H5* G 27 -12.334 0.432 10.944 283 2H5* G 27 2H5* G 27 -12.360 -0.304 9.298 284 H4* G 27 H4* G 27 -11.902 -1.923 11.905 285 H3* G 27 H3* G 27 -10.186 -0.578 9.741 286 1H2* G 27 1H2* G 27 -8.548 -2.290 9.882 287 2HO* G 27 2HO* G 27 -8.723 -2.543 12.190 288 H1* G 27 H1* G 27 -10.416 -4.325 9.766 289 H8 G 27 H8 G 27 -12.130 -1.954 7.647 290 H1 G 27 H1 G 27 -6.867 -4.086 4.651 291 1H2 G 27 1H2 G 27 -5.795 -5.325 7.700 292 2H2 G 27 2H2 G 27 -5.493 -5.114 6.009 293 1H5* G 28 1H5* G 28 -5.900 1.420 11.198 294 2H5* G 28 2H5* G 28 -7.023 1.422 9.795 295 H4* G 28 H4* G 28 -5.059 -0.851 10.548 296 H3* G 28 H3* G 28 -5.377 1.360 8.433 297 1H2* G 28 1H2* G 28 -4.312 -0.023 6.772 298 2HO* G 28 2HO* G 28 -2.827 -0.950 8.401 299 H1* G 28 H1* G 28 -5.864 -2.228 7.366 300 H8 G 28 H8 G 28 -8.342 0.322 8.219 301 H1 G 28 H1 G 28 -7.655 0.112 1.851 302 1H2 G 28 1H2 G 28 -4.781 -1.738 2.301 303 2H2 G 28 2H2 G 28 -5.904 -0.984 1.220 304 1H5* A 29 1H5* A 29 0.174 1.401 7.172 305 2H5* A 29 2H5* A 29 -0.957 2.765 6.935 306 H4* A 29 H4* A 29 -1.260 -0.077 5.686 307 H3* A 29 H3* A 29 -0.489 2.755 4.759 308 1H2* A 29 1H2* A 29 -1.611 2.541 2.800 309 2HO* A 29 2HO* A 29 -0.371 0.463 2.472 310 H1* A 29 H1* A 29 -3.338 0.291 3.827 311 H8 A 29 H8 A 29 -5.202 2.074 5.633 312 1H6 A 29 1H6 A 29 -7.701 5.973 1.679 313 2H6 A 29 2H6 A 29 -7.719 5.172 3.214 314 H2 A 29 H2 A 29 -3.778 4.164 -0.259 315 1H5* C 30 1H5* C 30 2.854 4.099 2.670 316 2H5* C 30 2H5* C 30 1.100 4.314 3.042 317 H4* C 30 H4* C 30 2.263 3.544 0.268 318 H3* C 30 H3* C 30 1.095 6.105 1.543 319 1H2* C 30 1H2* C 30 0.545 6.813 -0.730 320 2HO* C 30 2HO* C 30 2.404 5.543 -1.629 321 H1* C 30 H1* C 30 -0.859 4.480 -1.058 322 1H4 C 30 1H4 C 30 -4.436 7.411 3.807 323 2H4 C 30 2H4 C 30 -4.913 8.277 2.385 324 H5 C 30 H5 C 30 -2.706 5.819 3.839 325 H6 C 30 H6 C 30 -0.958 4.606 2.550 326 1H5* A 31 1H5* A 31 3.294 7.757 -1.407 327 2H5* A 31 2H5* A 31 4.400 9.040 -0.779 328 H4* A 31 H4* A 31 2.881 9.907 -2.576 329 H3* A 31 H3* A 31 2.317 10.880 0.299 330 1H2* A 31 1H2* A 31 0.860 12.555 -0.699 331 2HO* A 31 2HO* A 31 2.198 12.864 -2.580 332 H1* A 31 H1* A 31 -0.410 10.671 -2.238 333 H8 A 31 H8 A 31 0.382 8.709 0.834 334 1H6 A 31 1H6 A 31 -4.464 11.127 3.627 335 2H6 A 31 2H6 A 31 -3.192 9.939 3.603 336 H2 A 31 H2 A 31 -3.726 13.517 -0.322 337 1H5* C 32 1H5* C 32 3.512 15.838 0.603 338 2H5* C 32 2H5* C 32 2.428 14.678 1.451 339 H4* C 32 H4* C 32 1.632 16.455 -0.963 340 H3* C 32 H3* C 32 1.241 16.372 2.080 341 1H2* C 32 1H2* C 32 -0.983 17.321 1.854 342 2HO* C 32 2HO* C 32 -0.455 18.680 0.072 343 H1* C 32 H1* C 32 -1.756 15.490 0.030 344 1H4 C 32 1H4 C 32 -1.067 11.442 5.341 345 2H4 C 32 2H4 C 32 -2.473 12.380 5.739 346 H5 C 32 H5 C 32 0.321 11.897 3.420 347 H6 C 32 H6 C 32 0.690 13.338 1.451 348 1H5* G 33 1H5* G 33 0.811 21.419 3.563 349 2H5* G 33 2H5* G 33 0.172 19.869 4.231 350 H4* G 33 H4* G 33 -1.392 21.893 2.485 351 H3* G 33 H3* G 33 -1.158 21.001 5.396 352 1H2* G 33 1H2* G 33 -3.458 20.926 5.828 353 2HO* G 33 2HO* G 33 -3.878 22.898 4.619 354 H1* G 33 H1* G 33 -4.182 19.703 3.426 355 H8 G 33 H8 G 33 -1.018 17.952 3.756 356 H1 G 33 H1 G 33 -5.086 15.796 8.207 357 1H2 G 33 1H2 G 33 -7.079 18.565 7.596 358 2H2 G 33 2H2 G 33 -6.813 17.093 8.481 359 1H5* C 34 1H5* C 34 -2.341 24.685 8.667 360 2H5* C 34 2H5* C 34 -1.576 23.056 8.743 361 H4* C 34 H4* C 34 -4.613 23.625 8.623 362 H3* C 34 H3* C 34 -2.567 23.390 10.725 363 1H2* C 34 1H2* C 34 -2.525 21.287 11.212 364 2HO* C 34 2HO* C 34 -4.266 21.838 12.640 365 H1* C 34 H1* C 34 -4.986 20.402 9.668 366 1H4 C 34 1H4 C 34 0.403 16.573 8.188 367 2H4 C 34 2H4 C 34 -0.728 15.493 8.938 368 H5 C 34 H5 C 34 0.024 18.935 7.970 369 H6 C 34 H6 C 34 -1.574 20.846 8.432 370 1H5* C 35 1H5* C 35 -1.830 24.000 12.709 371 2H5* C 35 2H5* C 35 -2.133 25.072 14.126 372 H4* C 35 H4* C 35 -2.724 22.927 15.488 373 H3* C 35 H3* C 35 -0.063 23.018 14.099 374 1H2* C 35 1H2* C 35 0.401 21.150 15.452 375 2HO* C 35 2HO* C 35 -0.692 22.165 17.340 376 H1* C 35 H1* C 35 -2.277 20.072 15.196 377 1H4 C 35 1H4 C 35 1.809 18.076 10.148 378 2H4 C 35 2H4 C 35 1.356 16.617 10.980 379 H5 C 35 H5 C 35 1.090 20.295 10.881 380 H6 C 35 H6 C 35 -0.175 21.559 12.517 381 H3T C 35 H3T C 35 -0.495 24.761 15.480 382 HN3 FMN 36 H3 FMN 36 -11.599 -5.651 5.252 383 H6 FMN 36 H6 FMN 36 -11.968 -3.973 -1.506 384 1HM7 FMN 36 1H7M FMN 36 -11.750 -3.278 -3.641 385 2HM7 FMN 36 2H7M FMN 36 -10.097 -2.930 -4.248 386 3HM7 FMN 36 3H7M FMN 36 -10.859 -4.527 -4.571 387 1HM8 FMN 36 1H8M FMN 36 -8.548 -4.951 -4.631 388 2HM8 FMN 36 2H8M FMN 36 -7.649 -3.584 -3.873 389 3HM8 FMN 36 3H8M FMN 36 -7.124 -5.296 -3.620 390 H9 FMN 36 H9 FMN 36 -7.306 -5.517 -1.384 391 1H1* FMN 36 1H1* FMN 36 -7.070 -6.979 0.177 392 2H1* FMN 36 2H1* FMN 36 -7.329 -7.281 1.879 393 H2* FMN 36 1H2* FMN 36 -5.845 -5.063 0.458 394 *HO2 FMN 36 2HO* FMN 36 -5.806 -3.739 2.110 395 H3* FMN 36 1H3* FMN 36 -4.858 -7.288 1.440 396 *HO3 FMN 36 3HO* FMN 36 -3.026 -6.269 1.479 397 H4* FMN 36 1H4* FMN 36 -4.951 -5.567 4.017 398 *HO4 FMN 36 4HO* FMN 36 -5.719 -7.694 4.777 399 1H5* FMN 36 1H5* FMN 36 -3.527 -8.238 3.452 400 2H5* FMN 36 2H5* FMN 36 -2.699 -6.640 3.592 401 3HOP FMN 36 H3T FMN 36 -4.072 -9.949 6.039 Start of MODEL 5 1 1H5* G 1 1H5* G 1 -4.124 14.114 10.307 2 2H5* G 1 2H5* G 1 -2.673 14.110 11.352 3 H4* G 1 H4* G 1 -4.082 14.642 13.366 4 H3* G 1 H3* G 1 -6.274 14.361 11.241 5 1H2* G 1 1H2* G 1 -7.528 16.213 12.184 6 2HO* G 1 2HO* G 1 -7.020 15.626 14.370 7 H1* G 1 H1* G 1 -5.384 17.862 12.398 8 H8 G 1 H8 G 1 -4.234 16.055 9.412 9 H1 G 1 H1 G 1 -8.752 20.323 7.871 10 1H2 G 1 1H2 G 1 -9.506 20.635 11.218 11 2H2 G 1 2H2 G 1 -9.819 21.100 9.577 12 H5T G 1 H5T G 1 -6.278 10.926 11.916 13 1H5* G 2 1H5* G 2 -10.555 12.953 12.769 14 2H5* G 2 2H5* G 2 -9.796 13.956 11.474 15 H4* G 2 H4* G 2 -11.295 15.078 13.947 16 H3* G 2 H3* G 2 -11.822 14.464 10.982 17 1H2* G 2 1H2* G 2 -13.208 16.375 10.706 18 2HO* G 2 2HO* G 2 -14.116 16.202 12.866 19 H1* G 2 H1* G 2 -11.354 18.075 11.846 20 H8 G 2 H8 G 2 -8.820 15.782 10.649 21 H1 G 2 H1 G 2 -11.526 18.575 5.570 22 1H2 G 2 1H2 G 2 -14.113 19.623 7.600 23 2H2 G 2 2H2 G 2 -13.394 19.570 6.024 24 1H5* C 3 1H5* C 3 -15.919 12.500 9.695 25 2H5* C 3 2H5* C 3 -14.327 13.006 9.011 26 H4* C 3 H4* C 3 -16.821 14.838 9.280 27 H3* C 3 H3* C 3 -15.363 13.265 7.078 28 1H2* C 3 1H2* C 3 -16.098 14.906 5.448 29 2HO* C 3 2HO* C 3 -18.133 15.337 6.398 30 H1* C 3 H1* C 3 -15.153 16.986 7.010 31 1H4 C 3 1H4 C 3 -9.451 14.010 5.104 32 2H4 C 3 2H4 C 3 -9.943 14.840 3.658 33 H5 C 3 H5 C 3 -10.785 13.859 7.057 34 H6 C 3 H6 C 3 -12.910 14.446 8.150 35 1H5* G 4 1H5* G 4 -19.203 11.380 3.853 36 2H5* G 4 2H5* G 4 -17.431 11.680 3.759 37 H4* G 4 H4* G 4 -19.660 13.684 2.990 38 H3* G 4 H3* G 4 -17.538 11.928 1.615 39 1H2* G 4 1H2* G 4 -17.130 13.571 -0.068 40 2HO* G 4 2HO* G 4 -19.475 14.194 -0.007 41 H1* G 4 H1* G 4 -16.919 15.661 1.736 42 H8 G 4 H8 G 4 -15.586 13.234 4.051 43 H1 G 4 H1 G 4 -11.342 14.162 -0.666 44 1H2 G 4 1H2 G 4 -13.848 15.662 -2.501 45 2H2 G 4 2H2 G 4 -12.190 15.157 -2.386 46 1H5* U 5 1H5* U 5 -19.412 12.405 -1.708 47 2H5* U 5 2H5* U 5 -19.857 10.811 -2.431 48 H4* U 5 H4* U 5 -18.283 12.050 -3.884 49 H3* U 5 H3* U 5 -16.939 9.705 -2.389 50 1H2* U 5 1H2* U 5 -15.199 9.983 -4.136 51 2HO* U 5 2HO* U 5 -16.660 10.556 -5.812 52 H1* U 5 H1* U 5 -15.103 12.682 -3.606 53 H3 U 5 H3 U 5 -11.351 11.246 -1.385 54 H5 U 5 H5 U 5 -14.539 9.993 1.132 55 H6 U 5 H6 U 5 -16.079 10.741 -0.621 56 1H5* G 6 1H5* G 6 -15.907 6.257 -6.324 57 2H5* G 6 2H5* G 6 -15.068 6.808 -4.829 58 H4* G 6 H4* G 6 -14.717 8.080 -7.633 59 H3* G 6 H3* G 6 -13.245 6.088 -5.821 60 1H2* G 6 1H2* G 6 -11.100 6.942 -6.431 61 2HO* G 6 2HO* G 6 -11.773 7.287 -8.670 62 H1* G 6 H1* G 6 -11.833 9.606 -6.111 63 H8 G 6 H8 G 6 -14.019 8.424 -3.473 64 H1 G 6 H1 G 6 -7.950 7.816 -1.476 65 1H2 G 6 1H2 G 6 -6.934 8.229 -4.775 66 2H2 G 6 2H2 G 6 -6.491 7.970 -3.118 67 1H5* U 7 1H5* U 7 -10.409 2.953 -9.079 68 2H5* U 7 2H5* U 7 -11.223 2.574 -7.531 69 H4* U 7 H4* U 7 -8.758 4.394 -7.953 70 H3* U 7 H3* U 7 -9.202 1.611 -7.468 71 1H2* U 7 1H2* U 7 -10.286 1.999 -5.405 72 2HO* U 7 2HO* U 7 -8.231 0.719 -5.195 73 H1* U 7 H1* U 7 -8.096 4.165 -4.991 74 H3 U 7 H3 U 7 -9.154 4.748 -0.519 75 H5 U 7 H5 U 7 -12.965 4.377 -2.378 76 H6 U 7 H6 U 7 -11.763 3.933 -4.498 77 1H5* A 8 1H5* A 8 -4.312 2.915 -7.610 78 2H5* A 8 2H5* A 8 -3.705 1.291 -8.112 79 H4* A 8 H4* A 8 -2.030 2.388 -6.654 80 H3* A 8 H3* A 8 -3.651 0.115 -5.361 81 1H2* A 8 1H2* A 8 -2.289 0.237 -3.402 82 2HO* A 8 2HO* A 8 -0.371 0.755 -4.824 83 H1* A 8 H1* A 8 -2.370 3.018 -3.300 84 H8 A 8 H8 A 8 -5.779 2.268 -4.453 85 1H6 A 8 1H6 A 8 -7.553 1.126 1.260 86 2H6 A 8 2H6 A 8 -7.961 1.414 -0.401 87 H2 A 8 H2 A 8 -2.872 1.354 1.194 88 1H5* G 9 1H5* G 9 -0.626 -1.821 -4.144 89 2H5* G 9 2H5* G 9 -0.723 -3.484 -4.839 90 H4* G 9 H4* G 9 -0.889 -3.546 -2.361 91 H3* G 9 H3* G 9 -3.516 -4.137 -3.877 92 1H2* G 9 1H2* G 9 -4.455 -4.836 -1.784 93 2HO* G 9 2HO* G 9 -2.464 -5.909 -1.152 94 H1* G 9 H1* G 9 -3.286 -2.676 -0.350 95 H8 G 9 H8 G 9 -4.481 -1.542 -3.732 96 H1 G 9 H1 G 9 -9.219 -1.576 0.589 97 1H2 G 9 1H2 G 9 -8.675 -2.536 2.423 98 2H2 G 9 2H2 G 9 -7.115 -3.243 2.733 99 1H5* G 10 1H5* G 10 -4.002 -9.173 -4.228 100 2H5* G 10 2H5* G 10 -5.176 -7.951 -4.863 101 H4* G 10 H4* G 10 -5.264 -9.171 -2.006 102 H3* G 10 H3* G 10 -6.787 -9.617 -4.645 103 1H2* G 10 1H2* G 10 -8.625 -10.405 -3.306 104 2HO* G 10 2HO* G 10 -7.339 -11.537 -1.770 105 H1* G 10 H1* G 10 -8.268 -8.252 -1.445 106 H8 G 10 H8 G 10 -7.968 -7.743 -5.253 107 H1 G 10 H1 G 10 -13.629 -5.877 -2.876 108 1H2 G 10 1H2 G 10 -12.616 -7.109 0.191 109 2H2 G 10 2H2 G 10 -13.848 -6.326 -0.751 110 1H5* A 11 1H5* A 11 -7.432 -14.819 -4.694 111 2H5* A 11 2H5* A 11 -8.910 -13.794 -4.880 112 H4* A 11 H4* A 11 -9.628 -14.324 -2.563 113 H3* A 11 H3* A 11 -6.825 -15.569 -2.502 114 1H2* A 11 1H2* A 11 -7.556 -17.305 -1.079 115 2HO* A 11 2HO* A 11 -8.819 -15.833 0.276 116 H1* A 11 H1* A 11 -10.120 -17.569 -2.331 117 H8 A 11 H8 A 11 -7.096 -17.277 -4.653 118 1H6 A 11 1H6 A 11 -6.186 -21.811 -5.385 119 2H6 A 11 2H6 A 11 -6.712 -23.356 -4.794 120 H2 A 11 H2 A 11 -9.934 -22.166 -1.607 121 1H5* U 12 1H5* U 12 -4.466 -12.118 1.192 122 2H5* U 12 2H5* U 12 -4.670 -13.767 1.864 123 H4* U 12 H4* U 12 -4.916 -12.308 3.723 124 H3* U 12 H3* U 12 -7.737 -12.952 2.632 125 1H2* U 12 1H2* U 12 -8.533 -12.064 4.746 126 2HO* U 12 2HO* U 12 -6.780 -12.894 6.016 127 H1* U 12 H1* U 12 -6.809 -9.830 4.480 128 H3 U 12 H3 U 12 -11.407 -8.856 3.653 129 H5 U 12 H5 U 12 -9.504 -9.179 -0.077 130 H6 U 12 H6 U 12 -7.552 -10.119 1.091 131 1H5* A 13 1H5* A 13 -9.097 -16.334 7.106 132 2H5* A 13 2H5* A 13 -10.085 -15.962 5.659 133 H4* A 13 H4* A 13 -9.577 -14.070 8.069 134 H3* A 13 H3* A 13 -11.950 -15.511 6.750 135 1H2* A 13 1H2* A 13 -13.411 -13.800 7.596 136 2HO* A 13 2HO* A 13 -12.175 -13.900 9.688 137 H1* A 13 H1* A 13 -11.332 -11.791 7.323 138 H8 A 13 H8 A 13 -10.973 -12.405 4.039 139 1H6 A 13 1H6 A 13 -16.363 -10.258 2.212 140 2H6 A 13 2H6 A 13 -14.735 -10.731 1.823 141 H2 A 13 H2 A 13 -16.613 -11.031 6.807 142 1H5* U 14 1H5* U 14 -14.680 -18.252 7.515 143 2H5* U 14 2H5* U 14 -13.701 -17.152 6.478 144 H4* U 14 H4* U 14 -16.377 -16.369 7.842 145 H3* U 14 H3* U 14 -15.521 -17.272 5.026 146 1H2* U 14 1H2* U 14 -17.403 -15.918 4.164 147 2HO* U 14 2HO* U 14 -18.613 -16.291 6.236 148 H1* U 14 H1* U 14 -16.452 -13.718 5.430 149 H3 U 14 H3 U 14 -14.754 -13.989 0.998 150 H5 U 14 H5 U 14 -11.685 -15.319 3.614 151 H6 U 14 H6 U 14 -13.319 -15.343 5.380 152 1H5* G 15 1H5* G 15 -19.685 -17.392 4.969 153 2H5* G 15 2H5* G 15 -20.208 -19.072 4.560 154 H4* G 15 H4* G 15 -21.336 -17.304 3.122 155 H3* G 15 H3* G 15 -19.404 -19.389 1.978 156 1H2* G 15 1H2* G 15 -19.551 -18.607 -0.155 157 2HO* G 15 2HO* G 15 -21.859 -18.500 -0.230 158 H1* G 15 H1* G 15 -19.847 -15.868 0.414 159 H8 G 15 H8 G 15 -17.070 -17.043 2.412 160 H1 G 15 H1 G 15 -15.342 -16.556 -3.749 161 1H2 G 15 1H2 G 15 -18.688 -16.277 -4.520 162 2H2 G 15 2H2 G 15 -17.041 -16.326 -5.066 163 1H5* C 16 1H5* C 16 -21.463 -22.650 -0.951 164 2H5* C 16 2H5* C 16 -19.908 -21.745 -0.771 165 H4* C 16 H4* C 16 -22.137 -21.003 -2.801 166 H3* C 16 H3* C 16 -19.549 -22.649 -2.784 167 1H2* C 16 1H2* C 16 -18.943 -21.920 -4.958 168 2HO* C 16 2HO* C 16 -21.143 -22.009 -5.748 169 H1* C 16 H1* C 16 -19.573 -19.242 -4.464 170 1H4 C 16 1H4 C 16 -13.766 -19.788 -1.190 171 2H4 C 16 2H4 C 16 -13.267 -19.801 -2.849 172 H5 C 16 H5 C 16 -16.054 -19.878 -0.494 173 H6 C 16 H6 C 16 -18.419 -20.001 -1.208 174 1H5* U 17 1H5* U 17 -19.176 -26.686 -5.150 175 2H5* U 17 2H5* U 17 -18.427 -25.652 -3.878 176 H4* U 17 H4* U 17 -18.114 -25.277 -6.930 177 H3* U 17 H3* U 17 -16.501 -26.252 -4.495 178 1H2* U 17 1H2* U 17 -14.467 -25.453 -5.458 179 2HO* U 17 2HO* U 17 -14.626 -24.298 -7.516 180 H1* U 17 H1* U 17 -15.496 -23.011 -6.057 181 H3 U 17 H3 U 17 -13.003 -22.763 -2.053 182 H5 U 17 H5 U 17 -17.059 -23.263 -0.909 183 H6 U 17 H6 U 17 -17.545 -23.739 -3.275 184 1H5* U 18 1H5* U 18 -14.599 -30.766 -6.322 185 2H5* U 18 2H5* U 18 -13.085 -29.896 -5.945 186 H4* U 18 H4* U 18 -13.083 -31.008 -8.214 187 H3* U 18 H3* U 18 -12.616 -28.081 -7.738 188 1H2* U 18 1H2* U 18 -13.543 -27.229 -9.487 189 2HO* U 18 2HO* U 18 -11.822 -28.944 -10.852 190 H1* U 18 H1* U 18 -14.235 -29.848 -10.899 191 H3 U 18 H3 U 18 -18.236 -27.964 -12.424 192 H5 U 18 H5 U 18 -17.367 -25.836 -8.824 193 H6 U 18 H6 U 18 -15.432 -27.202 -8.589 194 1H5* C 19 1H5* C 19 -10.084 -26.578 -8.181 195 2H5* C 19 2H5* C 19 -8.585 -27.566 -8.221 196 H4* C 19 H4* C 19 -8.208 -25.437 -7.083 197 H3* C 19 H3* C 19 -7.483 -27.962 -5.996 198 1H2* C 19 1H2* C 19 -9.327 -28.103 -4.524 199 2HO* C 19 2HO* C 19 -7.249 -26.780 -3.157 200 H1* C 19 H1* C 19 -8.966 -25.105 -3.871 201 1H4 C 19 1H4 C 19 -15.368 -26.897 -2.478 202 2H4 C 19 2H4 C 19 -14.846 -26.073 -1.041 203 H5 C 19 H5 C 19 -13.973 -27.322 -4.343 204 H6 C 19 H6 C 19 -11.747 -27.100 -5.353 205 1H5* G 20 1H5* G 20 -4.256 -24.165 -8.053 206 2H5* G 20 2H5* G 20 -5.171 -22.722 -7.538 207 H4* G 20 H4* G 20 -5.735 -24.543 -9.909 208 H3* G 20 H3* G 20 -6.865 -21.803 -9.075 209 1H2* G 20 1H2* G 20 -7.911 -21.922 -11.163 210 2HO* G 20 2HO* G 20 -6.030 -22.647 -12.307 211 H1* G 20 H1* G 20 -8.061 -24.861 -10.751 212 H8 G 20 H8 G 20 -9.973 -23.868 -11.905 213 H1 G 20 H1 G 20 -12.792 -22.194 -6.394 214 1H2 G 20 1H2 G 20 -9.703 -22.535 -4.921 215 2H2 G 20 2H2 G 20 -11.389 -22.160 -4.766 216 1H5* G 21 1H5* G 21 -6.347 -17.662 -11.146 217 2H5* G 21 2H5* G 21 -6.736 -18.369 -9.542 218 H4* G 21 H4* G 21 -8.289 -18.992 -12.157 219 H3* G 21 H3* G 21 -8.788 -17.183 -9.711 220 1H2* G 21 1H2* G 21 -11.179 -17.495 -10.132 221 2HO* G 21 2HO* G 21 -10.985 -17.488 -12.431 222 H1* G 21 H1* G 21 -10.860 -20.258 -10.401 223 H8 G 21 H8 G 21 -8.326 -19.443 -7.831 224 H1 G 21 H1 G 21 -14.227 -19.304 -5.311 225 1H2 G 21 1H2 G 21 -15.467 -19.355 -8.551 226 2H2 G 21 2H2 G 21 -15.800 -19.315 -6.849 227 1H5* C 22 1H5* C 22 -11.673 -13.222 -11.238 228 2H5* C 22 2H5* C 22 -11.418 -14.163 -9.722 229 H4* C 22 H4* C 22 -13.638 -14.696 -11.824 230 H3* C 22 H3* C 22 -13.388 -13.509 -9.001 231 1H2* C 22 1H2* C 22 -15.665 -14.214 -8.520 232 2HO* C 22 2HO* C 22 -16.372 -13.924 -10.759 233 H1* C 22 H1* C 22 -15.074 -16.792 -9.282 234 1H4 C 22 1H4 C 22 -11.264 -16.294 -3.811 235 2H4 C 22 2H4 C 22 -12.865 -16.391 -3.150 236 H5 C 22 H5 C 22 -10.801 -16.085 -6.134 237 H6 C 22 H6 C 22 -11.743 -15.917 -8.413 238 1H5* A 23 1H5* A 23 -16.502 -9.648 -8.208 239 2H5* A 23 2H5* A 23 -15.539 -10.762 -7.163 240 H4* A 23 H4* A 23 -18.510 -11.171 -7.953 241 H3* A 23 H3* A 23 -16.944 -10.086 -5.549 242 1H2* A 23 1H2* A 23 -18.327 -11.160 -3.952 243 2HO* A 23 2HO* A 23 -20.240 -10.805 -5.491 244 H1* A 23 H1* A 23 -18.311 -13.617 -5.237 245 H8 A 23 H8 A 23 -15.012 -12.946 -6.391 246 1H6 A 23 1H6 A 23 -12.524 -13.887 -0.898 247 2H6 A 23 2H6 A 23 -12.298 -13.724 -2.614 248 H2 A 23 H2 A 23 -17.096 -13.345 -0.320 249 1H5* G 24 1H5* G 24 -18.101 -5.836 -3.590 250 2H5* G 24 2H5* G 24 -16.757 -6.875 -4.140 251 H4* G 24 H4* G 24 -18.746 -7.489 -1.844 252 H3* G 24 H3* G 24 -15.731 -6.926 -2.178 253 1H2* G 24 1H2* G 24 -15.357 -8.127 -0.083 254 2HO* G 24 2HO* G 24 -17.325 -7.530 0.933 255 H1* G 24 H1* G 24 -16.672 -10.314 -1.094 256 H8 G 24 H8 G 24 -15.653 -8.744 -4.293 257 H1 G 24 H1 G 24 -10.561 -11.264 -1.314 258 1H2 G 24 1H2 G 24 -10.907 -11.786 0.674 259 2H2 G 24 2H2 G 24 -12.416 -11.573 1.489 260 1H5* A 25 1H5* A 25 -16.024 -3.234 1.497 261 2H5* A 25 2H5* A 25 -14.702 -4.139 2.263 262 H4* A 25 H4* A 25 -17.521 -5.302 1.675 263 H3* A 25 H3* A 25 -15.979 -4.206 4.098 264 1H2* A 25 1H2* A 25 -16.933 -5.817 5.526 265 2HO* A 25 2HO* A 25 -19.053 -5.471 4.407 266 H1* A 25 H1* A 25 -16.982 -7.925 3.582 267 H8 A 25 H8 A 25 -13.715 -7.443 2.808 268 1H6 A 25 1H6 A 25 -11.431 -9.332 8.116 269 2H6 A 25 2H6 A 25 -11.193 -8.973 6.440 270 H2 A 25 H2 A 25 -15.969 -8.365 8.754 271 1H5* A 26 1H5* A 26 -17.153 -1.204 6.852 272 2H5* A 26 2H5* A 26 -16.066 -2.489 6.196 273 H4* A 26 H4* A 26 -18.256 -3.071 8.311 274 H3* A 26 H3* A 26 -15.256 -2.401 8.492 275 1H2* A 26 1H2* A 26 -15.220 -3.714 10.538 276 2HO* A 26 2HO* A 26 -17.437 -3.075 11.090 277 H1* A 26 H1* A 26 -16.485 -5.833 9.228 278 H8 A 26 H8 A 26 -14.544 -4.714 6.351 279 1H6 A 26 1H6 A 26 -10.123 -6.189 7.438 280 2H6 A 26 2H6 A 26 -9.313 -6.753 8.863 281 H2 A 26 H2 A 26 -12.563 -6.645 12.156 282 1H5* G 27 1H5* G 27 -14.889 -1.650 11.647 283 2H5* G 27 2H5* G 27 -14.110 -0.064 12.002 284 H4* G 27 H4* G 27 -12.547 -2.041 12.301 285 H3* G 27 H3* G 27 -11.964 -0.108 9.966 286 1H2* G 27 1H2* G 27 -9.769 -1.190 9.834 287 2HO* G 27 2HO* G 27 -9.693 -1.530 12.187 288 H1* G 27 H1* G 27 -10.954 -3.709 9.860 289 H8 G 27 H8 G 27 -13.451 -1.585 8.068 290 H1 G 27 H1 G 27 -8.563 -3.161 4.245 291 1H2 G 27 1H2 G 27 -6.892 -4.023 5.309 292 2H2 G 27 2H2 G 27 -6.868 -4.268 7.024 293 1H5* G 28 1H5* G 28 -7.328 2.198 12.459 294 2H5* G 28 2H5* G 28 -8.203 2.748 11.008 295 H4* G 28 H4* G 28 -6.368 0.268 11.283 296 H3* G 28 H3* G 28 -5.865 2.985 10.589 297 1H2* G 28 1H2* G 28 -7.559 2.880 8.861 298 2HO* G 28 2HO* G 28 -5.008 2.469 7.707 299 H1* G 28 H1* G 28 -6.104 0.214 8.224 300 H8 G 28 H8 G 28 -9.852 1.065 7.854 301 H1 G 28 H1 G 28 -6.751 -0.187 2.356 302 1H2 G 28 1H2 G 28 -4.607 -0.382 2.657 303 2H2 G 28 2H2 G 28 -3.835 -0.215 4.202 304 1H5* A 29 1H5* A 29 -2.101 4.554 8.693 305 2H5* A 29 2H5* A 29 -3.881 4.609 8.409 306 H4* A 29 H4* A 29 -1.771 3.717 6.314 307 H3* A 29 H3* A 29 -2.340 6.366 7.201 308 1H2* A 29 1H2* A 29 -4.665 6.159 6.590 309 2HO* A 29 2HO* A 29 -3.370 7.880 5.324 310 H1* A 29 H1* A 29 -3.494 4.771 4.071 311 H8 A 29 H8 A 29 -6.720 4.615 6.248 312 1H6 A 29 1H6 A 29 -10.044 4.199 1.145 313 2H6 A 29 2H6 A 29 -9.944 4.241 2.872 314 H2 A 29 H2 A 29 -5.454 4.614 -0.039 315 1H5* C 30 1H5* C 30 -0.330 5.831 2.802 316 2H5* C 30 2H5* C 30 0.644 7.338 2.619 317 H4* C 30 H4* C 30 -0.106 6.747 0.425 318 H3* C 30 H3* C 30 -2.136 8.785 1.531 319 1H2* C 30 1H2* C 30 -2.712 9.076 -0.840 320 2HO* C 30 2HO* C 30 -0.675 8.816 -1.746 321 H1* C 30 H1* C 30 -2.894 6.283 -1.034 322 1H4 C 30 1H4 C 30 -8.207 8.412 2.531 323 2H4 C 30 2H4 C 30 -8.862 8.181 0.939 324 H5 C 30 H5 C 30 -6.022 8.176 3.064 325 H6 C 30 H6 C 30 -3.683 7.644 2.329 326 1H5* A 31 1H5* A 31 -0.726 13.091 -1.640 327 2H5* A 31 2H5* A 31 -2.278 12.597 -0.874 328 H4* A 31 H4* A 31 -1.268 11.687 -3.659 329 H3* A 31 H3* A 31 -3.265 13.664 -2.444 330 1H2* A 31 1H2* A 31 -4.976 13.186 -3.986 331 2HO* A 31 2HO* A 31 -3.454 13.146 -5.787 332 H1* A 31 H1* A 31 -4.554 10.438 -4.095 333 H8 A 31 H8 A 31 -4.078 10.859 -0.506 334 1H6 A 31 1H6 A 31 -10.097 10.988 0.454 335 2H6 A 31 2H6 A 31 -8.486 10.850 1.083 336 H2 A 31 H2 A 31 -9.346 11.502 -4.138 337 1H5* C 32 1H5* C 32 -4.299 17.672 -4.255 338 2H5* C 32 2H5* C 32 -4.713 16.395 -3.049 339 H4* C 32 H4* C 32 -5.948 16.612 -5.885 340 H3* C 32 H3* C 32 -6.819 17.378 -3.026 341 1H2* C 32 1H2* C 32 -9.134 16.909 -3.696 342 2HO* C 32 2HO* C 32 -8.789 17.609 -5.899 343 H1* C 32 H1* C 32 -8.491 14.456 -4.550 344 1H4 C 32 1H4 C 32 -7.277 13.584 1.984 345 2H4 C 32 2H4 C 32 -9.011 13.708 1.897 346 H5 C 32 H5 C 32 -5.833 13.986 0.081 347 H6 C 32 H6 C 32 -5.721 14.593 -2.313 348 1H5* G 33 1H5* G 33 -8.928 20.329 -5.485 349 2H5* G 33 2H5* G 33 -8.855 21.943 -4.684 350 H4* G 33 H4* G 33 -11.213 21.091 -5.006 351 H3* G 33 H3* G 33 -10.124 21.317 -2.129 352 1H2* G 33 1H2* G 33 -12.358 20.880 -1.327 353 2HO* G 33 2HO* G 33 -13.405 22.101 -2.995 354 H1* G 33 H1* G 33 -12.725 18.736 -3.099 355 H8 G 33 H8 G 33 -9.133 18.345 -2.304 356 H1 G 33 H1 G 33 -12.729 16.583 2.687 357 1H2 G 33 1H2 G 33 -15.432 18.104 1.163 358 2H2 G 33 2H2 G 33 -14.795 17.212 2.511 359 1H5* C 34 1H5* C 34 -12.898 25.391 -0.099 360 2H5* C 34 2H5* C 34 -11.757 24.213 0.646 361 H4* C 34 H4* C 34 -14.781 23.750 0.171 362 H3* C 34 H3* C 34 -13.156 24.973 2.284 363 1H2* C 34 1H2* C 34 -12.572 23.310 3.542 364 2HO* C 34 2HO* C 34 -14.578 23.772 4.614 365 H1* C 34 H1* C 34 -14.450 21.197 2.425 366 1H4 C 34 1H4 C 34 -8.042 19.022 2.845 367 2H4 C 34 2H4 C 34 -8.946 17.961 3.878 368 H5 C 34 H5 C 34 -9.008 20.900 1.717 369 H6 C 34 H6 C 34 -11.116 22.227 1.307 370 1H5* C 35 1H5* C 35 -13.822 27.806 4.818 371 2H5* C 35 2H5* C 35 -12.966 26.517 3.893 372 H4* C 35 H4* C 35 -13.864 26.189 6.855 373 H3* C 35 H3* C 35 -11.210 26.708 5.550 374 1H2* C 35 1H2* C 35 -10.361 25.683 7.496 375 2HO* C 35 2HO* C 35 -11.756 25.110 9.264 376 H1* C 35 H1* C 35 -12.504 23.734 7.611 377 1H4 C 35 1H4 C 35 -7.335 21.682 3.714 378 2H4 C 35 2H4 C 35 -7.407 20.542 5.024 379 H5 C 35 H5 C 35 -8.821 23.621 3.560 380 H6 C 35 H6 C 35 -10.637 24.849 4.597 381 H3T C 35 H3T C 35 -12.442 27.901 7.800 382 HN3 FMN 36 H3 FMN 36 -11.526 -5.685 5.258 383 H6 FMN 36 H6 FMN 36 -11.208 -3.653 -1.402 384 1HM7 FMN 36 1H7M FMN 36 -9.785 -4.123 -4.447 385 2HM7 FMN 36 2H7M FMN 36 -10.814 -2.986 -3.515 386 3HM7 FMN 36 3H7M FMN 36 -9.101 -2.568 -3.844 387 1HM8 FMN 36 1H8M FMN 36 -7.026 -3.570 -3.743 388 2HM8 FMN 36 2H8M FMN 36 -6.196 -5.033 -3.123 389 3HM8 FMN 36 3H8M FMN 36 -7.592 -5.201 -4.231 390 H9 FMN 36 H9 FMN 36 -6.743 -5.674 -1.041 391 1H1* FMN 36 1H1* FMN 36 -6.678 -7.148 0.444 392 2H1* FMN 36 2H1* FMN 36 -7.220 -7.615 2.047 393 H2* FMN 36 1H2* FMN 36 -5.202 -5.492 1.264 394 *HO2 FMN 36 2HO* FMN 36 -5.323 -4.485 3.129 395 H3* FMN 36 1H3* FMN 36 -5.510 -7.702 3.408 396 *HO3 FMN 36 3HO* FMN 36 -5.124 -8.644 1.558 397 H4* FMN 36 1H4* FMN 36 -4.109 -5.779 4.233 398 *HO4 FMN 36 4HO* FMN 36 -2.331 -7.120 4.750 399 1H5* FMN 36 1H5* FMN 36 -1.955 -6.676 2.237 400 2H5* FMN 36 2H5* FMN 36 -3.135 -5.458 1.727 401 3HOP FMN 36 H3T FMN 36 -1.999 -2.021 1.498 No H/Q in entry = 401