Re: [AMBER] Need GDP parameters for ff03

From: neeru sharma <neeru.bioinfo.gmail.com>
Date: Mon, 12 Dec 2011 15:44:59 +0530

Thanks Francois for your kind help
Thanks alot

---
Regards
Neeru Sharma
On Mon, Dec 12, 2011 at 3:28 PM, FyD <fyd.q4md-forcefieldtools.org> wrote:
> Dear Neeru,
>
> > Thanks Francois for your help. I was searching for the parameters since
> > last week. I actually need these GDP parameters asap because I have to
> > start my simulations on urgent basis. Rest all is already ready with me.
> I
> > would be thankful if you can now provide the GDP parameters, in whatever
> > way suitable to you. For rest of the parameters, I can wait till the
> > release of the database.
>
> Below, are two protonated forms for GDP & dGDP for the Duan et al. FF
> in the .mol3 file format described at
> http://q4md-forcefieldtools.org/Tutorial/leap-mol3.php
>
> The FF atom types are these defined in Cornell et al. FF. The charges
> were derived following the approach of Duan et al. (i.e. the RESP-A1B
> charge model in R.E.D. Server).
>
> The key here is how the pyrophosphate is constructed, and how this
> chemical group is handled. The prmtop/prmcrd file for GDP & dGDP
> should be generated with the default leaprc file available for the
> Duan et al. FF. On the top of that, you might decide to add your own
> FF parameters.
>
> regards,
>
>
> more dGDP*mol3.mol2 GDP*mol3.mol2
>
> ::::::::::::::
> dGDP1-mol3.mol2
> ::::::::::::::
> .<TRIPOS>MOLECULE
> dGDP1
>    40    42     3     0     1
> SMALL
> USER_CHARGES
> .<TRIPOS>ATOM
>   1 OR      1.629083    1.717090   -1.624539 OS    1 P1M    -0.3837 ****
>   2 P       1.414045    1.561428   -0.000000 P     1 P1M     0.7819 ****
>   3 OP1     0.238284    2.369306    0.390137 O2    1 P1M    -0.6991 ****
>   4 OP2     2.725620    1.690308    0.653481 O2    1 P1M    -0.6991 ****
>   5 OH      0.947166    0.000000    0.000000 OH    1 P1M    -0.5586 ****
>   6 HO      0.000000    0.000000    0.000000 HO    1 P1M     0.3832 ****
>   7 OR      2.180160    2.783088   -3.864608 OS    2 P1     -0.3837 ****
>   8 P       2.113142    3.117537   -2.254251 P     2 P1      0.7819 ****
>   9 OP1     3.429966    3.455973   -1.672251 O2    2 P1     -0.6991 ****
>  10 OP2     1.115705    4.144028   -1.914673 O2    2 P1     -0.6991 ****
>  11 O3'     0.283734    3.439528   -7.053053 OH    3 G5     -0.6051 ****
>  12 H3T    -0.573627    3.042510   -7.112012 HO    3 G5      0.4297 ****
>  13 C1'     3.157012    1.223238   -7.185655 CT    3 G5      0.1221 ****
>  14 H1'     3.870905    1.146997   -7.991061 H2    3 G5      0.0947 ****
>  15 C2'     1.751566    1.562677   -7.695078 CT    3 G5     -0.0509 ****
>  16 H2'1    1.822622    2.119811   -8.623339 HC    3 G5      0.0547 ****
>  17 H2'2    1.154083    0.677621   -7.869005 HC    3 G5      0.0547 ****
>  18 C3'     1.216914    2.494962   -6.610783 CT    3 G5      0.0844 ****
>  19 H3'     0.824324    1.930721   -5.773408 H1    3 G5      0.0828 ****
>  20 C4'     2.491195    3.218614   -6.190880 CT    3 G5      0.1384 ****
>  21 H4'     2.664458    4.033075   -6.889739 H1    3 G5      0.0884 ****
>  22 C5'     2.499737    3.795058   -4.792988 CT    3 G5      0.0797 ****
>  23 H5'1    3.486149    4.191768   -4.571586 H1    3 G5      0.0495 ****
>  24 H5'2    1.765419    4.593479   -4.726436 H1    3 G5      0.0495 ****
>  25 O4'     3.518964    2.258684   -6.324879 OS    3 G5     -0.3612 ****
>  26 N2      3.748080   -3.181754   -9.894935 N2    3 G5     -0.7504 ****
>  27 H21     3.904418   -2.439906  -10.541692 H     3 G5      0.3675 ****
>  28 H22     4.287985   -3.999254  -10.075696 H     3 G5      0.3675 ****
>  29 O6      3.540326   -4.499678   -5.536731 O     3 G5     -0.5626 ****
>  30 C6      3.526223   -3.545097   -6.254098 C     3 G5      0.4183 ****
>  31 C5      3.381078   -2.145936   -5.968124 CB    3 G5      0.2028 ****
>  32 N7      3.222570   -1.482433   -4.773743 NB    3 G5     -0.6066 ****
>  33 C8      3.135138   -0.245311   -5.095122 CK    3 G5      0.1268 ****
>  34 H8      3.012835    0.573129   -4.419915 H5    3 G5      0.1446 ****
>  35 N9      3.224774   -0.033524   -6.454205 N*    3 G5      0.0340 ****
>  36 C4      3.383776   -1.258866   -7.008734 CB    3 G5      0.2074 ****
>  37 N3      3.522159   -1.508299   -8.337985 NC    3 G5     -0.5840 ****
>  38 C2      3.651897   -2.761944   -8.599194 CA    3 G5      0.5446 ****
>  39 N1      3.661907   -3.734650   -7.652058 NA    3 G5     -0.3921 ****
>  40 H1      3.696953   -4.692419   -7.929378 H     3 G5      0.3462 ****
> .<TRIPOS>BOND
>     1     5     6 1
>     2     2     3 1
>     3     2     4 1
>     4     2     5 1
>     5     1     2 1
>     6     1     8 1
>     7     8     9 1
>     8     8    10 1
>     9     7     8 1
>    10     7    22 1
>    11    39    40 1
>    12    38    39 1
>    13    37    38 1
>    14    36    37 1
>    15    35    36 1
>    16    33    34 1
>    17    33    35 1
>    18    32    33 1
>    19    31    32 1
>    20    31    36 1
>    21    30    31 1
>    22    30    39 1
>    23    29    30 1
>    24    26    27 1
>    25    26    28 1
>    26    26    38 1
>    27    22    23 1
>    28    22    24 1
>    29    20    21 1
>    30    20    22 1
>    31    20    25 1
>    32    18    19 1
>    33    18    20 1
>    34    15    16 1
>    35    15    17 1
>    36    15    18 1
>    37    13    14 1
>    38    13    15 1
>    39    13    25 1
>    40    13    35 1
>    41    11    12 1
>    42    11    18 1
> .<TRIPOS>SUBSTRUCTURE
>       1  P1M              1 ****               0 ****  ****
>       2   P1              7 ****               0 ****  ****
>       3   G5             11 ****               0 ****  ****
> .<TRIPOS>HEADTAIL
> 0 0
> 0 0
> .<TRIPOS>RESIDUECONNECT
> 1 P OR 0 0 0 0
> 2 P OR 0 0 0 0
> 3 C5' C2' 0 0 0 0
>
> ::::::::::::::
> dGDP2-mol3.mol2
> ::::::::::::::
> .<TRIPOS>MOLECULE
> dGDP2
>    39    41     3     0     1
> SMALL
> USER_CHARGES
> .<TRIPOS>ATOM
>   1 OR      1.893841    1.703592   -0.000000 OS    1 P2M    -0.5717 ****
>   2 P       1.511037    0.000000    0.000000 P     1 P2M     1.0294 ****
>   3 OP1     2.142015   -0.481316   -1.285859 O2    1 P2M    -0.8777 ****
>   4 OP2     2.174586   -0.448283    1.273158 O2    1 P2M    -0.8777 ****
>   5 OP3     0.000000    0.000000    0.000000 O2    1 P2M    -0.8777 ****
>   6 OR      1.995803    4.123658    0.768655 OS    2 P1     -0.3837 ****
>   7 P       1.410931    2.649617    1.209931 P     2 P1      0.7819 ****
>   8 OP1     2.004585    2.136634    2.463610 O2    2 P1     -0.6991 ****
>   9 OP2    -0.057956    2.602132    1.273137 O2    2 P1     -0.6991 ****
>  10 O3'     0.820036    7.422734   -0.619580 OH    3 G5     -0.6051 ****
>  11 H3T     0.491375    7.402947   -1.507137 HO    3 G5      0.4297 ****
>  12 C1'     4.386681    6.925328   -0.153879 CT    3 G5      0.1221 ****
>  13 H1'     5.100732    7.667758    0.167159 H2    3 G5      0.0947 ****
>  14 C2'     3.257110    7.539157   -0.988918 CT    3 G5     -0.0509 ****
>  15 H2'1    3.109521    8.574787   -0.701163 HC    3 G5      0.0547 ****
>  16 H2'2    3.465631    7.502451   -2.049924 HC    3 G5      0.0547 ****
>  17 C3'     2.036908    6.735330   -0.546570 CT    3 G5      0.0844 ****
>  18 H3'     1.978516    5.794177   -1.079968 H1    3 G5      0.0828 ****
>  19 C4'     2.370818    6.476316    0.918080 CT    3 G5      0.1384 ****
>  20 H4'     2.077301    7.351318    1.492528 H1    3 G5      0.0884 ****
>  21 C5'     1.716765    5.266305    1.546212 CT    3 G5      0.0797 ****
>  22 H5'1    2.105924    5.125432    2.550262 H1    3 G5      0.0495 ****
>  23 H5'2    0.641852    5.419589    1.593065 H1    3 G5      0.0495 ****
>  24 O4'     3.776497    6.340570    0.955096 OS    3 G5     -0.3612 ****
>  25 N2      8.311893    8.436001   -3.220489 N2    3 G5     -0.7504 ****
>  26 H21     8.045466    9.242910   -2.699924 H     3 G5      0.3675 ****
>  27 H22     9.283706    8.393528   -3.435554 H     3 G5      0.3675 ****
>  28 O6      8.215471    3.893707   -3.584229 O     3 G5     -0.5626 ****
>  29 C6      7.697596    4.826339   -3.047530 C     3 G5      0.4183 ****
>  30 C5      6.591984    4.901683   -2.135147 CB    3 G5      0.2028 ****
>  31 N7      5.799637    3.914673   -1.596719 NB    3 G5     -0.6066 ****
>  32 C8      4.961952    4.536185   -0.852804 CK    3 G5      0.1268 ****
>  33 H8      4.190623    4.089470   -0.264412 H5    3 G5      0.1446 ****
>  34 N9      5.144542    5.902422   -0.859833 N*    3 G5      0.0340 ****
>  35 C4      6.194143    6.130015   -1.684931 CB    3 G5      0.2074 ****
>  36 N3      6.717874    7.351246   -1.972292 NC    3 G5     -0.5840 ****
>  37 C2      7.709241    7.288563   -2.790798 CA    3 G5      0.5446 ****
>  38 N1      8.192130    6.129073   -3.306283 NA    3 G5     -0.3921 ****
>  39 H1      8.919029    6.158113   -3.989092 H     3 G5      0.3462 ****
> .<TRIPOS>BOND
>     1     2     3 1
>     2     2     4 1
>     3     2     5 1
>     4     1     2 1
>     5     1     7 1
>     6     7     8 1
>     7     7     9 1
>     8     6     7 1
>     9     6    21 1
>    10    38    39 1
>    11    37    38 1
>    12    36    37 1
>    13    35    36 1
>    14    34    35 1
>    15    32    33 1
>    16    32    34 1
>    17    31    32 1
>    18    30    31 1
>    19    30    35 1
>    20    29    30 1
>    21    29    38 1
>    22    28    29 1
>    23    25    26 1
>    24    25    27 1
>    25    25    37 1
>    26    21    22 1
>    27    21    23 1
>    28    19    20 1
>    29    19    21 1
>    30    19    24 1
>    31    17    18 1
>    32    17    19 1
>    33    14    15 1
>    34    14    16 1
>    35    14    17 1
>    36    12    13 1
>    37    12    14 1
>    38    12    24 1
>    39    12    34 1
>    40    10    11 1
>    41    10    17 1
> .<TRIPOS>SUBSTRUCTURE
>       1  P2M              1 ****               0 ****  ****
>       2   P1              6 ****               0 ****  ****
>       3   G5             10 ****               0 ****  ****
> .<TRIPOS>HEADTAIL
> 0 0
> 0 0
> .<TRIPOS>RESIDUECONNECT
> 1 P OR 0 0 0 0
> 2 P OR 0 0 0 0
> 3 C5' C2' 0 0 0 0
>
> ::::::::::::::
> GDP1-mol3.mol2
> ::::::::::::::
> .<TRIPOS>MOLECULE
> GDP1
>    41    43     3     0     1
> SMALL
> USER_CHARGES
> .<TRIPOS>ATOM
>   1 OR      1.629083    1.717090   -1.624539 OS    1 P1M    -0.3837 ****
>   2 P       1.414045    1.561428   -0.000000 P     1 P1M     0.7819 ****
>   3 OP1     0.238284    2.369306    0.390137 O2    1 P1M    -0.6991 ****
>   4 OP2     2.725620    1.690308    0.653481 O2    1 P1M    -0.6991 ****
>   5 OH      0.947166    0.000000    0.000000 OH    1 P1M    -0.5586 ****
>   6 HO      0.000000    0.000000    0.000000 HO    1 P1M     0.3832 ****
>   7 OR      2.180160    2.783088   -3.864608 OS    2 P1     -0.3837 ****
>   8 P       2.113142    3.117537   -2.254251 P     2 P1      0.7819 ****
>   9 OP1     3.429966    3.455973   -1.672251 O2    2 P1     -0.6991 ****
>  10 OP2     1.115705    4.144028   -1.914673 O2    2 P1     -0.6991 ****
>  11 O3'     0.235859    3.389144   -6.985710 OH    3 H5     -0.5979 ****
>  12 H3T    -0.549760    2.924347   -7.240119 HO    3 H5      0.4225 ****
>  13 C1'     3.144479    1.223066   -7.185924 CT    3 H5      0.0958 ****
>  14 H1'     3.854963    1.134377   -7.992250 H2    3 H5      0.1352 ****
>  15 C2'     1.769457    1.611555   -7.738227 CT    3 H5      0.1426 ****
>  16 H2'     1.164026    0.742954   -7.972509 H1    3 H5      0.0525 ****
>  17 C3'     1.225285    2.477929   -6.600577 CT    3 H5      0.1180 ****
>  18 H3'     0.882071    1.853051   -5.784415 H1    3 H5      0.0575 ****
>  19 C4'     2.491199    3.218861   -6.190281 CT    3 H5      0.1484 ****
>  20 H4'     2.667432    4.023447   -6.894457 H1    3 H5      0.0744 ****
>  21 C5'     2.499737    3.795058   -4.792988 CT    3 H5      0.1070 ****
>  22 H5'1    3.486239    4.191805   -4.571566 H1    3 H5      0.0417 ****
>  23 H5'2    1.765376    4.593526   -4.726432 H1    3 H5      0.0417 ****
>  24 O4'     3.512546    2.246881   -6.317354 OS    3 H5     -0.3628 ****
>  25 O2'     2.018861    2.386430   -8.875757 OH    3 H5     -0.6069 ****
>  26 H2T     1.200896    2.673520   -9.256746 HO    3 H5      0.4315 ****
>  27 N2      3.283416   -3.212090   -9.903731 N2    3 H5     -0.7504 ****
>  28 H21     3.451748   -2.480629  -10.559528 H     3 H5      0.3675 ****
>  29 H22     3.761400   -4.061457  -10.110131 H     3 H5      0.3675 ****
>  30 O6      3.226258   -4.509980   -5.533906 O     3 H5     -0.5626 ****
>  31 C6      3.232560   -3.557859   -6.254459 C     3 H5      0.4183 ****
>  32 C5      3.188824   -2.151682   -5.967660 CB    3 H5      0.2028 ****
>  33 N7      3.137926   -1.477464   -4.769457 NB    3 H5     -0.6066 ****
>  34 C8      3.111213   -0.238039   -5.090620 CK    3 H5      0.1268 ****
>  35 H8      3.074165    0.587302   -4.414286 H5    3 H5      0.1446 ****
>  36 N9      3.134990   -0.033906   -6.455059 N*    3 H5      0.0442 ****
>  37 C4      3.189758   -1.268982   -7.011173 CB    3 H5      0.2074 ****
>  38 N3      3.240653   -1.527755   -8.343828 NC    3 H5     -0.5840 ****
>  39 C2      3.281257   -2.787269   -8.606479 CA    3 H5      0.5446 ****
>  40 N1      3.282424   -3.757472   -7.656609 NA    3 H5     -0.3921 ****
>  41 H1      3.247516   -4.716182   -7.930773 H     3 H5      0.3462 ****
> .<TRIPOS>BOND
>     1     5     6 1
>     2     2     3 1
>     3     2     4 1
>     4     2     5 1
>     5     1     2 1
>     6     1     8 1
>     7     8     9 1
>     8     8    10 1
>     9     7     8 1
>    10     7    21 1
>    11    40    41 1
>    12    39    40 1
>    13    38    39 1
>    14    37    38 1
>    15    36    37 1
>    16    34    35 1
>    17    34    36 1
>    18    33    34 1
>    19    32    33 1
>    20    32    37 1
>    21    31    32 1
>    22    31    40 1
>    23    30    31 1
>    24    27    28 1
>    25    27    29 1
>    26    27    39 1
>    27    25    26 1
>    28    21    22 1
>    29    21    23 1
>    30    19    20 1
>    31    19    21 1
>    32    19    24 1
>    33    17    18 1
>    34    17    19 1
>    35    15    16 1
>    36    15    17 1
>    37    15    25 1
>    38    13    14 1
>    39    13    15 1
>    40    13    24 1
>    41    13    36 1
>    42    11    12 1
>    43    11    17 1
> .<TRIPOS>SUBSTRUCTURE
>       1  P1M              1 ****               0 ****  ****
>       2   P1              7 ****               0 ****  ****
>       3   H5             11 ****               0 ****  ****
> .<TRIPOS>HEADTAIL
> 0 0
> 0 0
> .<TRIPOS>RESIDUECONNECT
> 1 P OR 0 0 0 0
> 2 P OR 0 0 0 0
> 3 C5' C2' 0 0 0 0
>
> ::::::::::::::
> GDP2-mol3.mol2
> ::::::::::::::
> .<TRIPOS>MOLECULE
> GDP2
>    40    42     3     0     1
> SMALL
> USER_CHARGES
> .<TRIPOS>ATOM
>   1 OR      1.893841    1.703592   -0.000000 OS    1 P2M    -0.5717 ****
>   2 P       1.511037    0.000000    0.000000 P     1 P2M     1.0294 ****
>   3 OP1     2.142015   -0.481316   -1.285859 O2    1 P2M    -0.8777 ****
>   4 OP2     2.174586   -0.448283    1.273158 O2    1 P2M    -0.8777 ****
>   5 OP3     0.000000    0.000000    0.000000 O2    1 P2M    -0.8777 ****
>   6 OR      1.995803    4.123658    0.768655 OS    2 P1     -0.3837 ****
>   7 P       1.410931    2.649617    1.209931 P     2 P1      0.7819 ****
>   8 OP1     2.004585    2.136634    2.463610 O2    2 P1     -0.6991 ****
>   9 OP2    -0.057956    2.602132    1.273137 O2    2 P1     -0.6991 ****
>  10 O3'     0.807153    7.346216   -0.677414 OH    3 H5     -0.5979 ****
>  11 H3T     0.613058    7.496931   -1.592602 HO    3 H5      0.4225 ****
>  12 C1'     4.377949    6.925867   -0.162859 CT    3 H5      0.0958 ****
>  13 H1'     5.098185    7.666175    0.147013 H2    3 H5      0.1352 ****
>  14 C2'     3.245050    7.592646   -0.949365 CT    3 H5      0.1426 ****
>  15 H2'     3.448435    7.618674   -2.014194 H1    3 H5      0.0525 ****
>  16 C3'     2.052415    6.720992   -0.550847 CT    3 H5      0.1180 ****
>  17 H3'     2.074237    5.784006   -1.094878 H1    3 H5      0.0575 ****
>  18 C4'     2.370537    6.475797    0.918349 CT    3 H5      0.1484 ****
>  19 H4'     2.086843    7.353411    1.487200 H1    3 H5      0.0744 ****
>  20 C5'     1.716765    5.266305    1.546212 CT    3 H5      0.1070 ****
>  21 H5'1    2.105960    5.125420    2.550354 H1    3 H5      0.0417 ****
>  22 H5'2    0.641789    5.419597    1.593068 H1    3 H5      0.0417 ****
>  23 O4'     3.778478    6.330509    0.943607 OS    3 H5     -0.3628 ****
>  24 O2'     3.117080    8.880532   -0.418721 OH    3 H5     -0.6069 ****
>  25 H2T     2.415361    9.341893   -0.856186 HO    3 H5      0.4315 ****
>  26 N2      8.004150    8.448892   -3.569830 N2    3 H5     -0.7504 ****
>  27 H21     7.755018    9.261659   -3.049460 H     3 H5      0.3675 ****
>  28 H22     8.958517    8.424896   -3.854618 H     3 H5      0.3675 ****
>  29 O6      7.998866    3.896472   -3.811886 O     3 H5     -0.5626 ****
>  30 C6      7.497763    4.831050   -3.263042 C     3 H5      0.4183 ****
>  31 C5      6.459256    4.904740   -2.274319 CB    3 H5      0.2028 ****
>  32 N7      5.735335    3.913935   -1.652149 NB    3 H5     -0.6066 ****
>  33 C8      4.939169    4.534251   -0.863883 CK    3 H5      0.1268 ****
>  34 H8      4.223495    4.085975   -0.210549 H5    3 H5      0.1446 ****
>  35 N9      5.081206    5.905459   -0.923405 N*    3 H5      0.0442 ****
>  36 C4      6.063682    6.134839   -1.828833 CB    3 H5      0.2074 ****
>  37 N3      6.532264    7.359285   -2.184760 NC    3 H5     -0.5840 ****
>  38 C2      7.464585    7.298827   -3.070273 CA    3 H5      0.5446 ****
>  39 N1      7.938971    6.137540   -3.589811 NA    3 H5     -0.3921 ****
>  40 H1      8.616221    6.165086   -4.321987 H     3 H5      0.3462 ****
> .<TRIPOS>BOND
>     1     2     3 1
>     2     2     4 1
>     3     2     5 1
>     4     1     2 1
>     5     1     7 1
>     6     7     8 1
>     7     7     9 1
>     8     6     7 1
>     9     6    20 1
>    10    39    40 1
>    11    38    39 1
>    12    37    38 1
>    13    36    37 1
>    14    35    36 1
>    15    33    34 1
>    16    33    35 1
>    17    32    33 1
>    18    31    32 1
>    19    31    36 1
>    20    30    31 1
>    21    30    39 1
>    22    29    30 1
>    23    26    27 1
>    24    26    28 1
>    25    26    38 1
>    26    24    25 1
>    27    20    21 1
>    28    20    22 1
>    29    18    19 1
>    30    18    20 1
>    31    18    23 1
>    32    16    17 1
>    33    16    18 1
>    34    14    15 1
>    35    14    16 1
>    36    14    24 1
>    37    12    13 1
>    38    12    14 1
>    39    12    23 1
>    40    12    35 1
>    41    10    11 1
>    42    10    16 1
> .<TRIPOS>SUBSTRUCTURE
>       1  P2M              1 ****               0 ****  ****
>       2   P1              6 ****               0 ****  ****
>       3   H5             10 ****               0 ****  ****
> .<TRIPOS>HEADTAIL
> 0 0
> 0 0
> .<TRIPOS>RESIDUECONNECT
> 1 P OR 0 0 0 0
> 2 P OR 0 0 0 0
> 3 C5' C2' 0 0 0 0
>
>
>
>
> _______________________________________________
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> http://lists.ambermd.org/mailman/listinfo/amber
>
-- 
Regards,
Neeru Sharma
Project Engineer,
Molecular Modelling Team, Bioinformatics Group,
Centre for Development of Advanced Computing (CDAC),
Ganeshkhind, Pune University Campus,
Pune, Maharashtra - 411007
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Received on Mon Dec 12 2011 - 02:30:03 PST
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