

     ***********************************               **************
     ******  CURVES 5.3 R.L. 1998  *****               *  22 Oct 98 *
     ***********************************               **************


  FILE : ideal_B.pdb                       lis  :                                 
  dna  :                                   axin :                                 
  axout:                                   daf  :                                 
  pdb  :                                 

  acc  :    0.000  wid  :    0.750

  maxn :   500  ior  :     0  ibond:     0  splin:     3  break:    -1
  NLEVE:     0  NBAC :     7

  ends :     F  supp :     T  COMB :     T  dinu :     F  mini :     T
  rest :     F  LINE :     F  zaxe :     F  FIT  :     T  test :     F
  GRV  :     F  old  :     T  axonl:     F

  Least squares fitting of standard bases ...

   Str   Pos  Base          Rms (ang)

    1 :   1)  C5     1      0.003
    1 :   2)  A      2      0.007
    1 :   3)  T      3      0.003
    1 :   4)  G      4      0.004
    1 :   5)  G      5      0.004
    1 :   6)  C      6      0.003
    1 :   7)  C      7      0.003
    1 :   8)  A      8      0.007
    1 :   9)  T      9      0.003
    1 :  10)  G3    10      0.004
    2 :   1)  G3    20      0.004
    2 :   2)  T     19      0.003
    2 :   3)  A     18      0.007
    2 :   4)  C     17      0.003
    2 :   5)  C     16      0.003
    2 :   6)  G     15      0.004
    2 :   7)  G     14      0.004
    2 :   8)  T     13      0.003
    2 :   9)  A     12      0.007
    2 :  10)  C5    11      0.003

  Strand=    2 Nucleo=   20 Atoms =  632 Units =   20
  
  Input   1) Xdisp=    0.00 Ydisp=    0.00 Inclin=    0.00 Tip=    0.00

  Combined strands have   10 levels ...

  Strand  1 has  10 bases (5'-3'): CATGGCCATG
  Strand  2 has  10 bases (3'-5'): GTACCGGTAC

  FIRST SUM=   11.600 CPTS:    0.000   0.005   0.824  10.772

  MINIMISATION: ACC =  0.100E-05 MAXN=  500 NVAR=   40
  
  STEP    1 SUM=   11.600 DEL=  0.000E+00
  STEP    2 SUM=    6.669 DEL= -0.493E+01
  STEP    3 SUM=    5.047 DEL= -0.162E+01
  STEP    4 SUM=    3.848 DEL= -0.120E+01
  STEP    5 SUM=    3.516 DEL= -0.332E+00
  STEP    6 SUM=    2.969 DEL= -0.547E+00
  STEP    7 SUM=    4.419 DEL=  0.145E+01
  STEP    8 SUM=    2.852 DEL= -0.157E+01
  STEP    9 SUM=    2.729 DEL= -0.123E+00
  STEP   10 SUM=    2.555 DEL= -0.174E+00
  STEP   11 SUM=    2.315 DEL= -0.240E+00
  STEP   12 SUM=    2.132 DEL= -0.183E+00
  STEP   13 SUM=    1.784 DEL= -0.348E+00
  STEP   14 SUM=    0.209 DEL= -0.157E+01
  STEP   15 SUM=  100.070 DEL=  0.999E+02
  STEP   16 SUM=    0.862 DEL= -0.992E+02
  STEP   17 SUM=    0.174 DEL= -0.688E+00
  STEP   18 SUM=    0.206 DEL=  0.324E-01
  STEP   19 SUM=    0.162 DEL= -0.446E-01
  STEP   20 SUM=    0.142 DEL= -0.200E-01
  STEP   21 SUM=    0.181 DEL=  0.396E-01
  STEP   22 SUM=    0.136 DEL= -0.447E-01
  STEP   23 SUM=    0.128 DEL= -0.867E-02
  STEP   24 SUM=    0.118 DEL= -0.964E-02
  STEP   25 SUM=    0.100 DEL= -0.184E-01
  STEP   26 SUM=    0.090 DEL= -0.972E-02
  STEP   27 SUM=    0.083 DEL= -0.738E-02
  STEP   28 SUM=    0.077 DEL= -0.541E-02
  STEP   29 SUM=    0.072 DEL= -0.532E-02
  STEP   30 SUM=    0.062 DEL= -0.960E-02
  STEP   31 SUM=    0.045 DEL= -0.175E-01
  STEP   32 SUM=    0.027 DEL= -0.176E-01
  STEP   33 SUM=    0.034 DEL=  0.639E-02
  STEP   34 SUM=    0.020 DEL= -0.138E-01
  STEP   35 SUM=    0.012 DEL= -0.835E-02
  STEP   36 SUM=    0.017 DEL=  0.526E-02
  STEP   37 SUM=    0.008 DEL= -0.843E-02
  STEP   38 SUM=    0.006 DEL= -0.277E-02
  STEP   39 SUM=    0.005 DEL= -0.180E-03
  STEP   40 SUM=    0.004 DEL= -0.125E-02
  STEP   41 SUM=    0.004 DEL=  0.171E-03
  STEP   42 SUM=    0.003 DEL= -0.847E-03
  STEP   43 SUM=    0.006 DEL=  0.259E-02
  STEP   44 SUM=    0.003 DEL= -0.271E-02
  STEP   45 SUM=    0.003 DEL= -0.583E-04
  STEP   46 SUM=    0.003 DEL=  0.269E-04
  STEP   47 SUM=    0.003 DEL= -0.506E-04
  STEP   48 SUM=    0.003 DEL= -0.768E-05
  STEP   49 SUM=    0.003 DEL= -0.341E-05
  STEP   50 SUM=    0.003 DEL= -0.735E-06
  STEP   51 SUM=    0.003 DEL= -0.128E-05
  STEP   52 SUM=    0.003 DEL= -0.153E-05
  STEP   53 SUM=    0.003 DEL=  0.821E-05
  STEP   54 SUM=    0.003 DEL= -0.859E-05
  STEP   55 SUM=    0.003 DEL= -0.217E-06
  STEP   56 SUM=    0.003 DEL= -0.150E-06
  STEP   57 SUM=    0.003 DEL= -0.891E-08
  STEP   58 SUM=    0.003 DEL= -0.684E-07
  STEP   59 SUM=    0.003 DEL=  0.143E-06
  STEP   60 SUM=    0.003 DEL= -0.151E-06
  STEP   61 SUM=    0.003 DEL= -0.828E-08
  STEP   62 SUM=    0.003 DEL= -0.672E-09
  STEP   63 SUM=    0.003 DEL= -0.364E-08
  STEP   64 SUM=    0.003 DEL=  0.105E-10
  STEP   65 SUM=    0.003 DEL= -0.308E-09
  STEP   66 SUM=    0.003 DEL= -0.137E-09
  STEP   67 SUM=    0.003 DEL= -0.418E-10
  STEP   68 SUM=    0.003 DEL= -0.336E-13
  STEP   69 SUM=    0.003 DEL= -0.924E-16
  STEP   70 SUM=    0.003 DEL=  0.000E+00

  FINAL SUM=    0.003 CPTS:    0.000   0.003   0.000   0.000

  GRA=-0.10E-10 0.98E-12 0.39E-12 0.17E-12 0.93E-11-0.82E-11-0.25E-11-0.10E-12
  GRA= 0.12E-11-0.12E-10 0.37E-11 0.18E-11 0.31E-11 0.69E-11 0.43E-12-0.54E-13
  GRA= 0.64E-11 0.38E-11 0.73E-12 0.10E-11-0.51E-11-0.28E-12 0.70E-14-0.10E-11
  GRA=-0.42E-11-0.18E-11-0.18E-12 0.33E-12 0.99E-11-0.16E-11-0.15E-11 0.15E-11
  GRA= 0.46E-11 0.61E-11 0.37E-11 0.19E-12-0.18E-10-0.11E-10-0.94E-13 0.92E-12

  ----------------------------
  |A| Global axis parameters |
  ----------------------------
  
    1) U:   -0.001   0.000   1.000  P:    0.008  -0.002   0.002  D:    0.000
    2) U:   -0.001   0.000   1.000  P:    0.001  -0.005   3.378  D:    0.001
    3) U:   -0.001   0.001   1.000  P:   -0.005  -0.002   6.761  D:    0.001
    4) U:    0.000   0.000   1.000  P:   -0.003   0.005  10.138  D:    0.000
    5) U:    0.000   0.000   1.000  P:   -0.005   0.003  13.517  D:    0.000
    6) U:    0.000   0.000   1.000  P:   -0.006   0.000  16.903  D:    0.000
    7) U:    0.000   0.000   1.000  P:   -0.005  -0.002  20.282  D:    0.001
    8) U:    0.001   0.000   1.000  P:   -0.003   0.004  23.659  D:    0.001
    9) U:    0.001  -0.001   1.000  P:    0.004   0.004  27.042  D:    0.000
   10) U:    0.001  -0.001   1.000  P:    0.008  -0.003  30.418

  ---------------------------------
  |B| Global Base-Axis Parameters |
  ---------------------------------

    1st strand      Xdisp    Ydisp   Inclin     Tip    Bc  Tc
                    (dx)     (dy)    (eta)    (theta)

    1) C5    1      -0.70     0.01    -6.02     1.88   3   0
    2) A     2      -0.69     0.02    -6.00     1.89   2  30
    3) T     3      -0.70     0.02    -6.02     1.92   4 -30
    4) G     4      -0.70     0.01    -5.95     1.94   1  11
    5) G     5      -0.70     0.01    -5.96     1.93   1   5
    6) C     6      -0.70     0.01    -6.04     1.95   3  -5
    7) C     7      -0.70     0.01    -6.04     1.94   3 -11
    8) A     8      -0.69     0.02    -6.01     1.94   2  30
    9) T     9      -0.70     0.02    -6.02     1.96   4 -30
   10) G3   10      -0.69     0.01    -5.94     2.00   1   0

    2nd strand      Xdisp    Ydisp   Inclin     Tip    Bc  Tc
                    (dx)     (dy)    (eta)    (theta)

    1) G3   20      -0.69     0.01    -5.94     2.00   1   0
    2) T    19      -0.70     0.02    -6.02     1.96   4 -30
    3) A    18      -0.69     0.02    -6.01     1.93   2  30
    4) C    17      -0.70     0.01    -6.04     1.94   3 -11
    5) C    16      -0.70     0.01    -6.04     1.95   3  -5
    6) G    15      -0.70     0.01    -5.96     1.93   1   5
    7) G    14      -0.70     0.01    -5.96     1.94   1  11
    8) T    13      -0.70     0.02    -6.02     1.92   4 -30
    9) A    12      -0.69     0.02    -6.00     1.89   2  30
   10) C5   11      -0.70     0.01    -6.02     1.88   3   0

  --------------------------------------
  |C| Global Base pair-Axis Parameters |
  --------------------------------------

    Strand 1 with strand 2 ...

    Duplex          Xdisp    Ydisp   Inclin     Tip    Bc  Tc
                    (dx)     (dy)    (eta)    (theta)

    1) C  1-G 20    -0.70     0.00    -5.98    -0.06   3   0
    2) A  2-T 19    -0.69     0.00    -6.01    -0.03   2  30
    3) T  3-A 18    -0.70     0.00    -6.01    -0.01   4 -30
    4) G  4-C 17    -0.70     0.00    -6.00     0.00   1  11
    5) G  5-C 16    -0.70     0.00    -6.00    -0.01   1   5
    6) C  6-G 15    -0.70     0.00    -6.00     0.01   3  -5
    7) C  7-G 14    -0.70     0.00    -6.00     0.00   3 -11
    8) A  8-T 13    -0.70     0.00    -6.01     0.01   2  30
    9) T  9-A 12    -0.69     0.00    -6.01     0.03   4 -30
   10) G 10-C 11    -0.70     0.00    -5.98     0.06   1   0

    Average:        -0.70     0.00    -6.00     0.00

  ---------------------------------
  |D| Global Base-Base Parameters |
  ---------------------------------

    Strand 1 with strand 2 ...

    Duplex          Shear    Stretch  Stagger  Buckle   Propel  Opening  Bc  Tc
                    (Sx)      (Sy)     (Sz)    (kappa)  (omega) (sigma)

    1) C  1-G 20    -0.01     0.02     0.06    -0.08     3.88    -4.06   3   0
    2) A  2-T 19     0.02     0.04     0.05     0.02     3.85    -3.65   2  30
    3) T  3-A 18    -0.01     0.04     0.05    -0.01     3.85    -3.65   4 -30
    4) G  4-C 17     0.01     0.02     0.06     0.08     3.88    -4.06   1  11
    5) G  5-C 16     0.01     0.02     0.06     0.08     3.88    -4.06   1   5
    6) C  6-G 15    -0.01     0.02     0.06    -0.09     3.88    -4.06   3  -5
    7) C  7-G 14    -0.01     0.02     0.06    -0.08     3.88    -4.06   3 -11
    8) A  8-T 13     0.02     0.04     0.05     0.01     3.85    -3.65   2  30
    9) T  9-A 12    -0.02     0.04     0.05    -0.02     3.85    -3.65   4 -30
   10) G 10-C 11     0.01     0.02     0.06     0.08     3.88    -4.06   1   0

    Average:         0.00     0.03     0.06     0.00     3.87    -3.90

  ----------------------------------
  |E| Global Inter-Base Parameters |
  ----------------------------------

    1st strand      Shift    Slide     Rise     Tilt     Roll    Twist   Dc
                    (Dx)     (Dy)      (Dz)     (tau)    (rho)  (Omega)

    2) C  1/A  2     0.02     0.01     3.37     0.02     0.01    36.40   9
    3) A  2/T  3    -0.02    -0.01     3.38    -0.03    -0.02    35.73   7
    4) T  3/G  4     0.00     0.00     3.38     0.04     0.04    35.99  -9
    5) G  4/G  5     0.00     0.00     3.38     0.01     0.01    36.00   1
    6) G  5/C  6    -0.01     0.00     3.39    -0.08     0.05    35.89   5
    7) C  6/C  7     0.00     0.00     3.38    -0.01     0.01    36.00  -1
    8) C  7/A  8     0.02     0.02     3.37     0.05     0.01    36.40   9
    9) A  8/T  9    -0.01    -0.01     3.38     0.00    -0.03    35.73   7
   10) T  9/G 10     0.01     0.00     3.38     0.07     0.04    35.99  -9

    2nd strand      Shift    Slide     Rise     Tilt     Roll    Twist   Dc
                    (Dx)     (Dy)      (Dz)     (tau)    (rho)  (Omega)

    2) G 20/T 19    -0.01     0.00     3.38    -0.07    -0.04    35.99  -9
    3) T 19/A 18     0.01     0.01     3.38     0.00     0.02    35.73   7
    4) A 18/C 17    -0.02    -0.02     3.37    -0.05    -0.01    36.40   9
    5) C 17/C 16     0.00     0.00     3.38     0.01    -0.01    36.00  -1
    6) C 16/G 15     0.01     0.00     3.39     0.08    -0.05    35.89   5
    7) G 15/G 14     0.00     0.00     3.38    -0.01    -0.01    35.99   1
    8) G 14/T 13     0.00     0.00     3.38    -0.04    -0.04    35.99  -9
    9) T 13/A 12     0.02     0.01     3.38     0.03     0.03    35.73   7
   10) A 12/C 11    -0.02    -0.01     3.37    -0.02    -0.01    36.40   9

  ---------------------------------------
  |F| Global Inter-Base pair Parameters |
  ---------------------------------------

    Strand 1 with strand 2 ...

    Duplex          Shift    Slide     Rise     Tilt     Roll    Twist   Dc
                    (Dx)     (Dy)      (Dz)     (tau)    (rho)  (Omega)

    2) C  1/A  2     0.01     0.01     3.38    -0.03     0.02    36.19   9
    3) A  2/T  3     0.00    -0.01     3.38    -0.01    -0.02    35.73   7
    4) T  3/G  4    -0.01     0.01     3.38     0.00     0.03    36.19  -9
    5) G  4/G  5     0.00     0.00     3.38     0.01     0.01    36.00   1
    6) G  5/C  6     0.00     0.00     3.39     0.00     0.05    35.89   5
    7) C  6/C  7     0.00     0.00     3.38    -0.01     0.01    35.99  -1
    8) C  7/A  8     0.01     0.01     3.38     0.01     0.03    36.19   9
    9) A  8/T  9     0.00    -0.01     3.38     0.01    -0.03    35.73   7
   10) T  9/G 10    -0.01     0.01     3.38     0.03     0.02    36.20  -9

    Average:         0.00     0.00     3.38     0.00     0.01    36.01

  ---------------------------------
  |G| Local Inter-Base Parameters |
  ---------------------------------

    1st strand      Shift    Slide     Rise     Tilt     Roll    Twist   Dc
                    (Dx)     (Dy)      (Dz)     (tau)    (rho)  (Omega)

    2) C  1/A  2    -0.10    -0.75     3.32    -1.15    -3.74    36.19   9
    3) A  2/T  3    -0.13    -0.77     3.32    -1.19    -3.71    35.52   7
    4) T  3/G  4    -0.12    -0.77     3.32    -1.15    -3.65    35.79  -9
    5) G  4/G  5    -0.11    -0.76     3.32    -1.18    -3.66    35.80   1
    6) G  5/C  6    -0.12    -0.77     3.33    -1.27    -3.64    35.69   5
    7) C  6/C  7    -0.11    -0.77     3.32    -1.20    -3.72    35.79  -1
    8) C  7/A  8    -0.10    -0.75     3.32    -1.15    -3.74    36.20   9
    9) A  8/T  9    -0.13    -0.77     3.32    -1.19    -3.71    35.52   7
   10) T  9/G 10    -0.11    -0.77     3.32    -1.15    -3.65    35.79  -9

    2nd strand      Shift    Slide     Rise     Tilt     Roll    Twist   Dc
                    (Dx)     (Dy)      (Dz)     (tau)    (rho)  (Omega)

    2) G 20/T 19     0.12    -0.77     3.32     1.15    -3.65    35.78  -9
    3) T 19/A 18     0.13    -0.77     3.32     1.19    -3.71    35.52   7
    4) A 18/C 17     0.10    -0.75     3.32     1.15    -3.74    36.19   9
    5) C 17/C 16     0.11    -0.77     3.32     1.21    -3.72    35.79  -1
    6) C 16/G 15     0.12    -0.77     3.33     1.27    -3.64    35.69   5
    7) G 15/G 14     0.11    -0.76     3.32     1.18    -3.66    35.79   1
    8) G 14/T 13     0.11    -0.77     3.32     1.15    -3.65    35.79  -9
    9) T 13/A 12     0.13    -0.77     3.32     1.19    -3.71    35.52   7
   10) A 12/C 11     0.10    -0.75     3.32     1.15    -3.74    36.20   9

  --------------------------------------
  |H| Local Inter-Base pair Parameters |
  --------------------------------------

    Strand 1 with strand 2 ...

    Duplex          Shift    Slide     Rise     Tilt     Roll    Twist   Dc
                    (Dx)     (Dy)      (Dz)     (tau)    (rho)  (Omega)

    2) C  1/A  2     0.01    -0.76     3.32     0.00    -3.66    36.01   9
    3) A  2/T  3     0.00    -0.76     3.33     0.00    -3.67    35.55   7
    4) T  3/G  4    -0.01    -0.76     3.32     0.01    -3.66    36.01  -9
    5) G  4/G  5     0.00    -0.76     3.32     0.01    -3.65    35.82   1
    6) G  5/C  6     0.00    -0.77     3.33     0.00    -3.59    35.71   5
    7) C  6/C  7     0.00    -0.76     3.32    -0.01    -3.65    35.82  -1
    8) C  7/A  8     0.01    -0.76     3.32     0.00    -3.66    36.02   9
    9) A  8/T  9     0.00    -0.76     3.33     0.00    -3.67    35.54   7
   10) T  9/G 10    -0.01    -0.76     3.32     0.00    -3.66    36.02  -9

    Average:         0.00    -0.76     3.32     0.00    -3.65    35.83

  ---------------------------
  |I| Global Axis Curvature |
  ---------------------------

    Duplex          Ax      Ay     Ainc    Atip    Adis    Angle   Path   Dc

   2) C  1/A  2    0.00    0.00    0.00    0.00    0.00    0.00    3.38   9
   3) A  2/T  3    0.00    0.00   -0.01   -0.05    0.00    0.05    3.38   7
   4) T  3/G  4    0.00    0.00   -0.02    0.02    0.01    0.03    3.38  -9
   5) G  4/G  5    0.00    0.00    0.01    0.02    0.00    0.02    3.38   1
   6) G  5/C  6    0.00    0.00    0.00    0.03    0.00    0.03    3.39   5
   7) C  6/C  7    0.00    0.00   -0.01    0.02    0.00    0.02    3.38  -1
   8) C  7/A  8    0.00    0.00    0.02    0.02    0.01    0.03    3.38   9
   9) A  8/T  9    0.00    0.00    0.01   -0.05    0.00    0.05    3.38   7
  10) T  9/G 10    0.00    0.00    0.00    0.00    0.00    0.00    3.38  -9

  Overall axis bend ... UU=    0.15 PP=    0.20


    Duplex       Offset   L.Dir  ... wrt end-to-end vector

   1) C  1         0.00    0.00
   2) A  2         0.01  169.41
   3) T  3         0.01  106.47
   4) G  4         0.01   42.53
   5) G  5         0.01   14.04
   6) C  6         0.01  -10.64
   7) C  7         0.01  -39.30
   8) A  8         0.01 -103.28
   9) T  9         0.01 -166.44
  10) G 10         0.00    0.00

    Path length=    30.42  End-to-end=    30.42  Shortening=     0.00 %

  -------------------------
  |J| Backbone Parameters |
  -------------------------

    1st strand   C1'-C2' C2'-C3'  Phase   Ampli   Pucker    C1'   C2'   C3' 

    1)C5    1     24.92  -34.92  191.64   36.33  C3'-exo   108.0 102.1 102.9
    2)A     2     24.90  -34.86  191.60   36.26  C3'-exo   107.9 102.1 102.9
    3)T     3     24.91  -34.88  191.59   36.28  C3'-exo   108.0 102.1 102.9
    4)G     4     24.96  -34.94  191.59   36.35  C3'-exo   108.0 102.0 102.9
    5)G     5     24.93  -34.92  191.60   36.31  C3'-exo   107.9 102.0 102.9
    6)C     6     24.92  -34.92  191.64   36.33  C3'-exo   108.0 102.1 102.9
    7)C     7     24.90  -34.86  191.60   36.26  C3'-exo   107.9 102.1 102.9
    8)A     8     24.91  -34.88  191.59   36.28  C3'-exo   108.0 102.1 102.9
    9)T     9     24.96  -34.94  191.59   36.35  C3'-exo   108.0 102.0 102.9
   10)G3   10     24.93  -34.92  191.60   36.31  C3'-exo   107.9 102.0 102.9

    Torsions       Chi    Gamma   Delta   Epsil   Zeta    Alpha   Beta  
                  C1'-N  C5'-C4' C4'-C3' C3'-O3'  O3'-P   P-O5'  O5'-C5'

    1)C5    1    -97.94   45.40  148.70  154.98  -95.17  -46.85 -146.05
    2)A     2    -97.82   36.41  156.38  154.97  -95.18  -46.82 -146.05
    3)T     3    -98.02   36.32  156.35  155.01  -95.11  -46.84 -146.03
    4)G     4    -97.79   36.38  156.36  154.97  -95.11  -46.85 -145.97
    5)G     5    -97.77   36.29  156.39  155.01  -95.13  -46.83 -146.02
    6)C     6    -97.94   36.36  156.40  154.98  -95.17  -46.85 -146.05
    7)C     7    -97.96   36.41  156.38  154.97  -95.18  -46.82 -146.05
    8)A     8    -97.83   36.32  156.35  155.01  -95.11  -46.84 -146.03
    9)T     9    -98.02   36.38  156.36  154.97  -95.11  -46.85 -145.97
   10)G3   10    -97.77   36.29  154.95  ......  ......  ......  ......
  

    2nd strand   C1'-C2' C2'-C3'  Phase   Ampli   Pucker    C1'   C2'   C3' 

    1)G3   20     24.92  -34.92  191.64   36.33  C3'-exo   108.0 102.1 102.9
    2)T    19     24.93  -34.92  191.60   36.31  C3'-exo   107.9 102.0 102.9
    3)A    18     24.96  -34.94  191.59   36.35  C3'-exo   108.0 102.0 102.9
    4)C    17     24.91  -34.88  191.59   36.28  C3'-exo   108.0 102.1 102.9
    5)C    16     24.90  -34.86  191.60   36.26  C3'-exo   107.9 102.1 102.9
    6)G    15     24.92  -34.92  191.64   36.33  C3'-exo   108.0 102.1 102.9
    7)G    14     24.93  -34.92  191.60   36.31  C3'-exo   107.9 102.0 102.9
    8)T    13     24.96  -34.94  191.59   36.35  C3'-exo   108.0 102.0 102.9
    9)A    12     24.91  -34.88  191.59   36.28  C3'-exo   108.0 102.1 102.9
   10)C5   11     24.90  -34.86  191.60   36.26  C3'-exo   107.9 102.1 102.9

    Torsions       Chi    Gamma   Delta   Epsil   Zeta    Alpha   Beta  
                  C1'-N  C5'-C4' C4'-C3' C3'-O3'  O3'-P   P-O5'  O5'-C5'

    1)G3   20    -97.76   36.36  154.88  ......  ......  ......  ......
    2)T    19    -98.01   36.29  156.39  155.01  -95.13  -46.83 -146.02
    3)A    18    -97.82   36.38  156.36  154.97  -95.11  -46.85 -145.97
    4)C    17    -97.96   36.32  156.35  155.01  -95.11  -46.84 -146.03
    5)C    16    -97.96   36.41  156.38  154.97  -95.18  -46.82 -146.05
    6)G    15    -97.76   36.36  156.40  154.98  -95.17  -46.85 -146.05
    7)G    14    -97.77   36.29  156.39  155.01  -95.13  -46.83 -146.02
    8)T    13    -98.02   44.53  153.49  154.97  -95.11  -46.85 -145.97
    9)A    12    -97.83   36.32  156.35  155.01  -95.11  -51.90 -150.47
   10)C5   11    -97.96   26.51  156.38  154.97  -95.18  -46.82 -146.05
  

