GENSCAN 1.0	Date run:  3-Nov-116	Time: 15:17:51

Sequence gi568815597r:21587191_21882957 : 295767 bp : 50.27% C+G : Isochore 2 (43 - 51 C+G%)

Parameter matrix: HumanIso.smat

Predicted genes/exons:

Gn.Ex Type S .Begin ...End .Len Fr Ph I/Ac Do/T CodRg P.... Tscr..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

 1.27 PlyA -   5272   5267    6                              -0.45
 1.26 Term -   7466   7436   31  1  1  124   48    34 0.421   0.33
 1.25 Intr -   8553   8397  157  1  1   92   53    95 0.502   5.47
 1.24 Intr -  10337  10256   82  2  1   43   75    19 0.419  -4.69
 1.23 Intr -  10874  10771  104  0  2  106   92    87 0.959  10.79
 1.22 Intr -  11312  11210  103  2  1  117   81   131 0.991  15.05
 1.21 Intr -  12427  12304  124  0  1   47   85   213 0.997  17.49
 1.20 Intr -  14607  14494  114  2  0  117   47   124 0.962  10.76
 1.19 Intr -  15723  15614  110  0  2   49   90   152 0.700  10.58
 1.18 Intr -  16722  16468  255  0  0   68   42   102 0.354   1.24
 1.17 Intr -  19007  18876  132  2  0   85   73   291 0.960  28.14
 1.16 Intr -  21160  21023  138  1  0   79   67   209 0.998  18.56
 1.15 Intr -  21746  21660   87  2  0   -3   78   170 0.905   7.07
 1.14 Intr -  22456  22385   72  1  0   77  100    21 0.773   1.80
 1.13 Intr -  23085  22930  156  0  0   20   86   351 0.592  28.31
 1.12 Intr -  24391  24262  130  0  1    2   68   233 0.912  13.40
 1.11 Intr -  24626  24526  101  2  2   96   84   106 0.912   9.91
 1.10 Intr -  24919  24836   84  1  0  102   69   183 0.999  17.82
 1.09 Intr -  26039  25986   54  2  0  115   86    87 0.997  10.38
 1.08 Intr -  26516  26438   79  1  1  104  100    82 0.999  10.55
 1.07 Intr -  26899  26796  104  1  2   87   94   194 0.999  18.87
 1.06 Intr -  30256  30116  141  1  0   64   98   225 0.572  21.65
 1.05 Intr -  30782  30744   39  2  0   93   63    56 0.801   2.02
 1.04 Intr -  32860  32825   36  1  0  137   94    44 0.997   8.36
 1.03 Intr -  39207  39114   94  2  1  145  115    17 0.636  10.07
 1.02 Intr -  39866  39731  136  0  1  107   65    22 0.044   1.43
 1.01 Init -  48188  48161   28  2  1   64   92    37 0.021   1.47
 1.00 Prom -  51408  51369   40                              -6.66

 2.00 Prom +  52343  52382   40                              -8.46
 2.01 Init +  61724  61951  228  1  0   93   78   151 0.456  12.98
 2.02 Intr +  72295  72447  153  0  0   69   58   127 0.495   8.07
 2.03 Intr +  76215  76422  208  2  1   59   36   164 0.974   6.95
 2.04 Intr +  76564  76706  143  2  2  111   84    47 0.935   6.67
 2.05 Term +  82036  82188  153  0  0  125   47    83 0.778   5.82
 2.06 PlyA +  84017  84022    6                               1.05

 3.21 PlyA -  87681  87676    6                               1.05
 3.20 Term -  90169  90132   38  2  2   86   47    43 0.228  -2.50
 3.19 Intr -  93644  93618   27  0  0   87  115    14 0.427   2.09
 3.18 Intr - 100049 100001   49  2  1  116   98    81 0.853  10.15
 3.17 Intr - 102909 102784  126  0  0   67  115    51 0.933   6.58
 3.16 Intr - 108031 107876  156  1  0   72   94   108 0.998  10.01
 3.15 Intr - 114412 114308  105  1  0   83   55   146 0.754  11.21
 3.14 Intr - 116428 116322  107  2  2  101   79    56 0.984   5.93
 3.13 Intr - 133976 133846  131  1  2   98   87    99 0.850  11.14
 3.12 Intr - 134574 134460  115  1  1   81   63   103 0.988   6.61
 3.11 Intr - 141529 141380  150  2  0   49   30   145 0.879   4.93
 3.10 Intr - 142639 142514  126  2  0   59  103    27 0.608   1.95
 3.09 Intr - 149435 149256  180  0  0  129   66   209 0.971  22.64
 3.08 Intr - 159959 159877   83  1  2   77   85   133 0.688  11.18
 3.07 Intr - 161081 160948  134  2  2   69   99    41 0.610   2.74
 3.06 Intr - 164425 164317  109  0  1   77   61     8 0.394  -2.71
 3.05 Intr - 165461 165337  125  2  2   46   75    98 0.778   3.68
 3.04 Intr - 165929 165802  128  0  2   71  110   110 0.999  11.90
 3.03 Intr - 169512 169356  157  0  1   78   98    96 0.995   9.18
 3.02 Intr - 170593 170473  121  0  1   91   92    57 0.970   6.90
 3.01 Init - 195767 195634  134  2  2   88   94   239 0.824  23.11
 3.00 Prom - 219919 219880   40                              -4.86

 4.00 Prom + 220654 220693   40                              -4.16
 4.01 Init + 225262 225346   85  0  1   64  111    77 0.860   6.59
 4.02 Intr + 227208 227708  501  1  0   54   93   740 0.761  64.05
 4.03 Term + 228753 228916  164  1  2   79   47   149 0.353   8.00
 4.04 PlyA + 230460 230465    6                              -0.45

 5.88 PlyA - 230674 230669    6                               1.05
 5.87 Term - 236298 236126  173  1  2   87   48   146 0.795   8.49
 5.86 Intr - 236529 236426  104  2  2   -4  123   218 0.917  15.92
 5.85 Intr - 237044 236931  114  1  0   83   91   162 0.839  15.56
 5.84 Intr - 237186 237116   71  0  2   64   96    32 0.473  -0.42
 5.83 Intr - 237425 237347   79  1  1  109   89   123 0.954  14.05
 5.82 Intr - 237589 237514   76  2  1  118   78   102 0.997  10.77
 5.81 Intr - 240729 240673   57  1  0  100  101    51 0.986   6.46
 5.80 Intr - 240962 240840  123  0  0   83   75    51 0.907   3.86
 5.79 Intr - 241236 241065  172  0  1  124   81   189 0.969  21.32
 5.78 Intr - 241889 241645  245  0  2  101   94   364 0.991  35.52
 5.77 Intr - 242414 242193  222  0  0   76  115   373 0.999  36.90
 5.76 Intr - 242901 242803   99  1  0   79  100   128 0.987  13.18
 5.75 Intr - 243900 243792  109  0  1   67  101   157 0.999  14.76
 5.74 Intr - 244134 244025  110  1  2   94   60   190 0.928  16.80
 5.73 Intr - 244372 244273  100  1  1  104   71   155 0.995  15.08
 5.72 Intr - 244663 244462  202  0  1   48   94   158 0.331  11.69
 5.71 Intr - 245416 245305  112  2  1   15   97   169 0.505   9.94
 5.70 Intr - 246194 246078  117  0  0   64   89   202 0.976  18.34
 5.69 Intr - 246424 246277  148  1  1    9  110   220 0.979  16.11
 5.68 Intr - 246735 246626  110  1  2   85  115    64 0.987   8.80
 5.67 Intr - 247755 247489  267  1  0  119   67   325 0.788  31.00
 5.66 Intr - 248447 248350   98  1  2  116   97    41 0.999   7.45
 5.65 Intr - 249780 249612  169  1  1   84  117    97 0.676  11.20
 5.64 Intr - 251895 251635  261  1  0  115  121   363 0.999  39.76
 5.63 Intr - 252360 252181  180  1  0   90   61   201 0.999  17.44
 5.62 Intr - 252827 252632  196  2  1   92   64   243 0.999  21.29
 5.61 Intr - 254095 253911  185  2  2   89   72   256 0.986  23.61
 5.60 Intr - 254483 254349  135  0  0   79   89   258 0.998  25.54
 5.59 Intr - 254952 254812  141  1  0  101   84   232 0.960  24.42
 5.58 Intr - 255190 255049  142  1  1  110   84   108 0.661  12.53
 5.57 Intr - 255731 255580  152  0  2  114   92   130 0.958  15.88
 5.56 Intr - 256248 256107  142  0  1   77  105    98 0.998  10.33
 5.55 Intr - 257109 256958  152  1  2  105  103   151 0.853  18.18
 5.54 Intr - 259065 258918  148  0  1  107   93   181 0.997  20.31
 5.53 Intr - 259409 259258  152  0  2  103   85    82 0.632   9.28
 5.52 Intr - 260302 260164  139  1  1   92  117   223 0.999  25.64
 5.51 Intr - 260650 260499  152  2  2   71   92   100 0.934   8.58
 5.50 Intr - 260903 260768  136  2  1  107   93   189 0.995  21.44
 5.49 Intr - 261604 261453  152  2  2   75   92   160 0.714  14.98
 5.48 Intr - 261841 261703  139  1  1  117   74   178 0.960  19.34
 5.47 Intr - 262097 262035   63  2  0   92   68    31 0.570   0.41
 5.46 Intr - 263002 262851  152  2  2  106   91   171 0.980  19.08
 5.45 Intr - 263308 263173  136  1  1   75  105   185 0.999  19.04
 5.44 Intr - 264507 264356  152  1  2   82   80   188 0.970  17.28
 5.43 Intr - 264736 264601  136  1  1   73   84   198 0.913  18.04
 5.42 Intr - 265082 264898  185  0  2   63   92   113 0.544   8.71
 5.41 Intr - 265642 265510  133  1  1   74  105   215 0.999  22.02
 5.40 Intr - 265880 265729  152  0  2   53   80   155 0.945  11.08
 5.39 Intr - 267153 267003  151  0  1   91   94   153 0.643  15.94
 5.38 Intr - 267575 267421  155  0  2   78   91    96 0.840   8.69
 5.37 Intr - 267793 267658  136  1  1   68   96   212 0.811  20.14
 5.36 Intr - 268256 268114  143  0  2   55   94    16 0.794  -1.03
 5.35 Intr - 268485 268333  153  1  0   57   81   213 0.978  17.54
 5.34 Intr - 268722 268597  126  1  0   78   94    93 0.998   9.55
 5.33 Intr - 270005 269825  181  2  1  114   48   325 0.998  30.54
 5.32 Intr - 270195 270095  101  1  2   70   75   156 0.978  12.33
 5.31 Intr - 272486 272376  111  0  0   84  105   110 0.999  12.65
 5.30 Intr - 272812 272645  168  2  0   64   75    81 0.889   4.32
 5.29 Intr - 273045 272987   59  2  2  120   89    57 0.976   7.53
 5.28 Intr - 274653 274567   87  2  0  121   92   156 0.999  18.39
 5.27 Intr - 274925 274798  128  2  2   98   34   187 0.999  13.78
 5.26 Intr - 277023 276910  114  0  0   82   97   125 0.997  13.44
 5.25 Intr - 277883 277653  231  2  0   65  109   352 0.987  32.97
 5.24 Intr - 278175 278095   81  0  0  108   94   112 0.999  13.63
 5.23 Intr - 278619 278527   93  0  0  127  101   130 0.995  18.36
 5.22 Intr - 281778 281695   84  0  0  103   87   100 0.924  11.42
 5.21 Intr - 282473 282276  198  2  0  113   91   -15 0.600   0.85
 5.20 Intr - 283124 283023  102  2  0   60   93    51 0.551   3.17
 5.19 Intr - 285187 284996  192  1  0  122   86   256 0.993  28.49
 5.18 Intr - 285570 285430  141  0  0  106   85    97 0.993  11.75
 5.17 Intr - 285901 285807   95  2  2   96   86   117 0.999  11.98
 5.16 Intr - 286883 286735  149  1  2   48   78    67 0.573   1.58
 5.15 Intr - 287343 287216  128  0  2  103   43   179 0.623  14.38
 5.14 Intr - 287539 287426  114  1  0   98  111   148 0.999  18.74
 5.13 Intr - 287812 287701  112  0  1   61  109   168 0.999  16.58
 5.12 Intr - 288557 288439  119  2  2   82   39   210 0.999  14.76
 5.11 Intr - 288852 288673  180  0  0   68   83   226 0.999  20.16
 5.10 Intr - 289215 289039  177  0  0   83   98   147 0.999  15.32
 5.09 Intr - 289462 289322  141  1  0   78   82    69 0.930   5.85
 5.08 Intr - 291063 290996   68  1  2  100  107    99 0.985  11.62
 5.07 Intr - 291301 291243   59  0  2   87   70    63 0.996   2.93
 5.06 Intr - 291473 291387   87  1  0   81   78   123 0.996   9.69
 5.05 Intr - 291931 291804  128  1  2   93   76   154 0.999  14.18
 5.04 Intr - 293064 292917  148  2  1  108  105   118 0.999  15.74
 5.03 Intr - 293369 293173  197  2  2   75   51   402 0.997  33.41
 5.02 Intr - 293645 293466  180  2  0   77   90   311 0.986  30.26
 5.01 Intr - 294312 294149  164  1  2  123  100   223 0.978  26.69

Suboptimal exons with probability > 0.800

Exnum Type S .Begin ...End .Len Fr Ph B/Ac Do/T CodRg P.... Tscr..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

S.001 Init -  35223  35149   75  0  0   70   94   121 0.911   9.99


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815597r:21587191_21882957|GENSCAN_predicted_peptide_1|896_aa
MGEWVDDRVGKGVVWAESPGLDSGRSHADASFAAGQPCDLCAQLGPVCKVGIPVWRSDGQ
NQHFPQALDLSRVNLVPSYTPSLYPKNTDLFEMIEKMQTEEDYIPYPSVHEFGGYWIEGT
NHEITSIPETEPLQSPTTKVKLECNPTARIYRKHFLGKEHFNYYSLDAALGHLVFSLKYD
VIGDQEHLRLLLRTKCRTYHDVIPISCLTEFPNVVQMAKLVCEDVNVDRFYPVLYPKASR
LIVTFDEHVISNNFKFGVIYQKLGQTSEEELFSTNEESPAFVEFLEFLGQKVKLQDFKGF
RGGLDVTHGQTGTESVYCNFRNKEIMFHVSTKLPYTEGDAQQLQRKRHIGNDIVAVVFQD
ENTPFVPDMIASNFLHAYVVVQAEGGGPDGPLYKVSVTARDDVPFFGPPLPDPAVFRKGP
EFQEFLLTKLINAEYACYKAEKFAKLEERTRAALLETLYEELHIHSQSMMGLGGDEDKME
NGSGGGGFFESFKRVIRSRSQSMDAMGLSNKKPNTVSTSHSGSFAPNNPDLAKAAGISLL
IPGKSASRFGRRGSAIGIGTVEEVVVRGAAGSGGCLHALFSARSQDGGHIGDVAPLPPGQ
APGRAGWSGGSSDGTQHLLWGLSLIVPGKSPTRKKSGPFGSRRSSAIGIENIQEVQEKRE
SPPAGQKTPDSGHVSQEPKSENSSTQSSPEMPTTKNRAETAAQRAEALKDFSRSSSSASS
FASVVEETEGVDGEDTGLESVSSSGTPHKRDSFIYSTWLEDSVSTTSGGSSPGPSRSPHP
DAGKLGDPACPEIKIQLEASEQHMPQLATALPRDLCPCIVGGFDGSVKGTWQLPVNPLIW
PQGGAKGPLTGPDGDPGDGDESKSLYQDLTAGTVGRRVMRGSRGQERAGITVQHHG

>gi568815597r:21587191_21882957|GENSCAN_predicted_CDS_1|2691_bp
atgggggagtgggtagatgaccgagtggggaagggtgtggtgtgggcagagagtccgggc
ttagactcaggcaggtctcatgcagatgctagctttgctgccggccagccgtgtgacctc
tgtgcacagctgggtcctgtctgtaaagtgggaataccagtgtggaggagcgatgggcag
aaccagcacttccctcaggcactagacctgtcacgagtgaacttagttccctcctatact
ccttcactctaccctaagaacacagatctatttgagatgattgagaagatgcagacagag
gaggactacattccatacccgagcgtgcacgagtttgggggctactggattgagggcacc
aaccacgaaatcaccagcatccccgagacagagccactgcagtcgcccacaaccaaggtg
aagctcgagtgcaaccccacagcccgcatctaccggaagcactttctcggcaaggagcat
ttcaattactactcactggacgctgccctcggccaccttgtcttctcactcaagtacgat
gtcatcggggaccaagagcacctgcggctgctgctcaggaccaagtgccggacataccat
gatgtcatccccatctcctgcctcaccgagttccctaatgttgtccagatggcaaagttg
gtgtgtgaagacgtcaatgtggatcggttctatcctgtgctctaccccaaggcttcccgg
ctcatcgtcacctttgacgagcatgtcatcagcaataacttcaagtttggcgtcatttat
cagaagcttgggcagacctccgaggaagaactcttcagcaccaatgaggaaagtcccgct
ttcgtggagttccttgaatttcttggccagaaggtcaaactgcaggactttaaggggttc
cgaggaggcctggacgtgacccacgggcagacggggaccgaatctgtgtactgcaacttc
cgcaacaaggagatcatgtttcacgtgtccaccaagctgccatacacggaaggggacgcc
cagcagttgcagcggaagcggcacatcgggaacgacatcgtggctgtggtcttccaggat
gagaacactcctttcgtgcccgacatgatcgcgtccaacttcctgcatgcctacgtcgtg
gtgcaggctgagggcgggggccctgatggccccctctacaaggtctctgtcactgcaaga
gatgatgtgcccttctttggaccccccctcccggaccccgctgtgttcaggaaggggcct
gagttccaggaatttttgctgacaaagctgatcaatgctgaatatgcctgctacaaggca
gagaagtttgccaaactggaggagcggacgcgggccgccctcctggagacgctctatgag
gaactacacatccacagccagtccatgatgggcttgggcggcgacgaggacaagatggag
aatggcagtgggggcggcggcttctttgagtctttcaagcgggtcatccggagccgcagc
cagtccatggatgccatggggctgagcaacaagaagcccaacaccgtgtccaccagccac
agcgggagcttcgcgcccaacaaccccgacctggccaaggcggctggaatatcattgctt
attcctgggaaaagtgcgagtagattcggacgccggggcagtgccataggcataggaacc
gtggaagaggttgtcgtccgcggggccgccggctctggaggctgcctgcacgcgctgttc
tctgctcgctctcaggacggaggccatattggggacgttgcccctctgcccccgggacag
gccccagggcgtgcgggatggagtggcggcagctccgatggcactcagcacctgctttgg
ggcctgtcactgattgtccctgggaagagccccacgaggaagaagtcgggcccgttcggc
tcccgccgcagcagcgccattggcatcgagaacatacaggaggtgcaggagaagagggag
agccctccggctggtcagaagaccccagacagcgggcacgtctcacaggagcccaagtcg
gagaactcatccactcagagctccccagagatgcccacgaccaagaacagagcggagacc
gcagcgcagagagcagaggcgctcaaggacttctcccgctcctcgtccagtgccagcagc
ttcgccagcgtggtggaggagacggagggtgtggacggagaggacacaggcctggagagc
gtgtcatcctcaggaacaccccacaagcgggactccttcatctatagcacgtggctggag
gacagtgtcagcaccactagtgggggcagctccccaggcccctctcgatcaccccaccca
gacgccggcaagttgggggaccctgcgtgtcccgagatcaagatccagctggaagcatct
gagcagcacatgccccagctggccacggcccttccccgtgacctctgcccttgcattgtt
ggaggatttgatgggagtgtgaaagggacttggcagttgccagtgaatcccctgatatgg
ccacaaggcggcgccaagggaccacttacgggacccgatggggacccaggagacggggat
gagtccaagtccctctaccaggatctcacagctgggacagtaggacgaagggtgatgagg
ggcagccggggacaggagagggccggcatcacagttcagcaccacggttaa

>gi568815597r:21587191_21882957|GENSCAN_predicted_peptide_2|294_aa
MVPDGSRPAAGGYCRTHGPQTALSRGRKQQPEPSGGSPAGGEAAAGAASQAHVMLMPGKP
GGTCLLGHQGATMYPEAPPHVSQLTRAHLRPPTVLSPPPPAGPVLSVRRSRGRTYAFRDL
CDPDNSPGKTQEAGDGDISSGLVLAASRGSLTLPTFEQEESGLPWQFWHRACRQEEVPKV
TLHQPPPPYPSSPESRTWLRQTHGSRGLEKVTASEVAQASDPHPLPPNPSLASRSTVSGE
SEEQGRSPGGAHSPKGLGRGRPGLGTLVPAAAAAALLRCGRRSPPPQFGEGDVT

>gi568815597r:21587191_21882957|GENSCAN_predicted_CDS_2|885_bp
atggtgccagatgggagtcgcccagcagctggggggtactgcaggacccacggaccccag
acagccctgagcaggggcaggaagcagcagccagagccgtcggggggctctcctgctgga
ggtgaagcagcagcaggagcagccagccaggcccacgtgatgctgatgccagggaagccc
ggaggcacctgcctgctggggcatcagggtgccacgatgtatcccgaggcgccgccgcac
gtctcccagctcacaagggcgcacctgcgcccgcccactgtgctctcgccgccccctccc
gcgggacccgttctctcggtgcgcagatcacggggccgcacctacgcgttccgggatctc
tgtgatcctgacaacagccccgggaagacgcaagaggctggtgatggtgacatcagctca
ggccttgtcctggcagcctctcgagggtccctgacgctgccaacttttgagcaagaagaa
tcagggctgccctggcagttctggcaccgagcttgcaggcaggaagaagttcccaaggtc
accctccatcagccacctccaccctacccctcgagccctgaatcaaggacctggctgcgg
cagacacatggctcccgtggccttgagaaggtcacagcctctgaggtggctcaggcatct
gatcctcacccactgcccccaaaccccagccttgccagcagatccaccgtctcaggggag
tctgaggaacagggccgcagccctggcggggcgcactcacccaagggcctgggccggggg
cgtcctgggctcggcactctggtgcccgcggccgccgctgcagctctgctcagatgcggc
cggcgctcgccgccgccgcagttcggggagggggacgtcacatga

>gi568815597r:21587191_21882957|GENSCAN_predicted_peptide_3|766_aa
MAPRLQLEKAAWRWAETVRPEEVSQEHIETAYRIWLEPCIRGVCRRNCKGNPNCLVGIGE
HIWLGEIDENSFHNIDDPNCERRKKNSFVGLTNLGATCYVNTFLQVWFLNLELRQALYLC
PSTCSDYMLGDGIQEEKDYEPQTICEHLQYLFALLQNSNRRYIDPSGFVKALGLDTGQQQ
DAQEFSKLFMSLLEDTLSKQKNPDVRNIVQQQFCGEYAYVTVCNQCGRESKLLSKFYELE
LNIQGHKQLTDCISEFLKEEKLEGDNRYFCENCQSKQNATRKIRLLSLPCTLNLQLMRFV
FDRQTGHKKKLNTYIGFSEILDMEPYVEHKGGSYVYELSAVLIHRGVSAYSGHYIAHVKD
PQSGEWYKFNDEDIEKMEGKKLQLGIEEDLEPSKSQTRKPKCGKGTHCSRNAYMLVYRLQ
TQEKPNTTVQVPAFLQELVDRDNSKFEEWCIEMAEMRKQSVDKGKAKHEEVKELYQRLPA
GAVKALCKECVVERCRILRLKNQLNEDYKTVNNLLKAAVKGSDGFWVGKSSLRSWRQLAL
EQLDEQDGDAEQSNGKMNGSTLNKELCPECREGLLCQQQRDLREYTQATIYVHKVVDNKK
VMKDSAPELNVSSSETEEDKEEAKPDGEKDPDFNQSNGGTKRQKISHQNYIAYQKQVIRR
SMRHRKVRGEKALLVSANQTLKELKIQIMHAFSVAPFDQNLSIDGKILSDDCATLGTLGV
IPESVILLKADEPIADYAAMDDVMQVCMPEEGFKALLKVTAAQRLQ

>gi568815597r:21587191_21882957|GENSCAN_predicted_CDS_3|2301_bp
atggccccgcggctgcagctggagaaggcggcctggcgctgggcggagacggtgcggccc
gaggaggtgtcgcaggagcacatcgagaccgcttaccgcatctggctggagccctgcatt
cgcggcgtgtgcagacgaaactgcaaaggaaatccgaattgcttggttggtattggtgag
catatttggttaggagaaatagatgaaaatagttttcataacatcgatgatcccaactgt
gagaggagaaaaaagaactcatttgtgggcctgactaaccttggagccacttgttatgtc
aacacatttcttcaagtgtggtttctcaacttggagcttcggcaggcactctacttatgt
ccaagcacttgtagtgactacatgctgggagacggcatccaagaagaaaaagattatgag
cctcaaacaatttgtgagcatctccagtacttgtttgccttgttgcaaaacagtaatagg
cgatacattgatccatcaggatttgttaaagccttgggcctggacactggacaacagcag
gatgctcaagaattttcaaagctctttatgtctctattggaagatactttgtctaaacaa
aagaatccagatgtgcgcaatattgttcaacagcagttctgtggagaatatgcctatgta
actgtttgcaaccagtgtggcagagagtctaagcttttgtcaaaattttatgagctggag
ttaaatatccaaggccacaaacagttaacagattgtatctcggaatttttgaaggaagaa
aaattagaaggagacaatcgctatttttgcgagaactgtcaaagcaaacagaatgcaaca
agaaagattcgacttcttagccttccttgcactctgaacttgcagctaatgcgttttgtc
tttgacaggcaaactggacataagaaaaagctgaatacctacattggcttctcagaaatt
ttggatatggagccttatgtggaacataaaggtgggtcctacgtgtatgaactcagcgca
gtcctcatacacagaggagtgagtgcttattctggccactacatcgcccacgtgaaagat
ccacagtctggtgaatggtataagtttaatgatgaagacatagaaaagatggaggggaag
aaattacaactagggattgaggaagatctagaaccttctaagtctcagacacgtaaaccc
aagtgtggcaaaggaactcattgctctcgaaatgcatatatgttggtttatagactgcaa
actcaagaaaagcccaacactactgttcaagttccagcctttcttcaagagctggtagat
cgggataattccaaatttgaggagtggtgtattgaaatggctgagatgcgtaagcaaagt
gtggataaaggaaaagcaaaacacgaagaggttaaggagctgtaccaaaggttacctgct
ggagctgtgaaagccctgtgtaaggaatgtgtagtagaacgttgtcgcatattgcgtctg
aagaaccaactaaatgaagattataaaactgttaataatctgctgaaagcagcagtaaag
ggcagcgatggattttgggtggggaagtcctccttgcggagttggcgccagctagctctt
gaacagctggatgagcaagatggtgatgcagaacaaagcaacggaaagatgaacggtagc
accttaaataaagaactctgtccagaatgcagagaaggcttattgtgtcagcagcagagg
gacctgcgtgaatacactcaagccaccatctatgtccataaagttgtggataataaaaag
gtgatgaaggattcggctccggaactgaatgtgagtagttctgaaacagaggaggacaag
gaagaagctaaaccagatggagaaaaagatccagattttaatcaaagcaatggtggaaca
aagcggcaaaagatatcccatcaaaattatatagcctatcaaaagcaagttattcgccga
agtatgcgacatagaaaagttcgtggtgagaaagcacttctcgtttctgctaatcagacg
ttaaaagaattgaaaattcagatcatgcatgcattttcagttgctccttttgaccagaat
ttgtcaattgatggaaagattttaagtgatgactgtgccaccctaggcacccttggcgtc
attcctgaatctgtcattttattgaaggctgatgaaccaattgcagattatgctgcaatg
gatgatgtcatgcaagtttgtatgccagaagaagggtttaaagcactgctgaaagtaact
gcagcccagcggctccagtga

>gi568815597r:21587191_21882957|GENSCAN_predicted_peptide_4|249_aa
MEACCLLQLPQRLLLLGAAALTATALETADLAELCGQTWQGDGLLLRSHAASRRFYFVAP
DTDCGLWVQAAAPGDRIRFQFRFFLVYSLTPAPPALNTSSPAPADPCAPGSYLQFYEGPP
GAPRPLGSPLCGLNIPVPVASSGPFLGLRLVTRGRQPRVDFVGEVTSFRLGELGLKAGTG
PSAEAMRDWGHSGGPGPCGAYFRCQNGRCIPSSLVCDPWGMDNCGDGSDQGSWSPADCRG
QCGVWTGPY

>gi568815597r:21587191_21882957|GENSCAN_predicted_CDS_4|750_bp
atggaggcttgttgtcttctgcagttgccccaaaggttgctcttgctgggggcagccgcc
ctgactgcaactgctttggagacagccgacctggcggaactgtgcgggcagacgtggcag
ggggacgggctgctgctgcgctcgcacgccgcatcgcgcaggttctacttcgtggctccg
gacaccgactgcgggctctgggtgcaggcggcagcccccggcgaccggatccgcttccag
ttccgcttcttcctggtctacagcctgacccccgcgcccccggcgctcaacacctcctcc
ccggccccggccgacccgtgcgcccccggctcctacctgcagttctacgagggcccgccg
ggggcgccccggcccctggggtccccactgtgcggcctgaacatcccggtgcctgtggca
tcctccggaccctttctaggcctgcgcctggtcacgagaggccgccagccccgcgtggac
ttcgtgggcgaagtcacctctttccgtctgggtgagctggggctgaaggccgggacggga
ccctctgcagaggccatgcgggactggggccacagtgggggccccggaccttgtggtgcc
tacttccgctgccagaatggcaggtgcatcccctcaagcctcgtgtgtgacccctggggc
atggacaactgtggcgatggcagtgaccagggctcctggtcaccagctgactgcagaggt
cagtgcggggtgtggactgggccctactga

>gi568815597r:21587191_21882957|GENSCAN_predicted_peptide_5|4023_aa
XVNVTMPAQPGTPPLSSTQLQIDPSLHEFQLVDLSRRFLVHDSFWALPEQFLGNKVDSYG
GSLRYNVRYELARGMLEPVQRPDVVLMGAGYRLLSRGHTPTQPGALNQRQVQFSEEHWVH
ESGRPVQRAELLQVLQSLEAVLIQTVYNTKMASVGLSDIAMDTTVTHATSHGRAHSVEEC
RCPIGYSGLSCESCDAHFTRVPGGPYLGTCSGCNCNGHASSCDPVYGHCLNCQHNTEGPQ
CNKCKAGFFGDAMKATATSCRPCPCPYIDASRRFSDTCFLDTDGQATCDACAPGYTGRRC
ESCAPGYEGNPIQPGGKCRPVNQEIVRCDERGSMGTSGEACRCKNNVVGRLCNECADGSF
HLSTRNPDGCLKCFCMGVSRHCTSSSWSRAQLHGASEEPGHFSLTNAASTHTTNEGIFSP
TPGELGFSSFHRLLSGPYFWSLPSRFLGDKVTSYGGELRFTVTQRSQPGSTPLHGQPLVV
LQGNNIILEHHVAQEPSPGQPSTFIVPFREQAWQRPDGQPATREHLLMALAGIDTLLIRA
SYAQQPAESRVSGISMDVAVPEETGQDPALEVEQCSCPPGYRGPSCQDCDTGYTRTPSGL
YLGTCERCSCHGHSEACEPETGACQGCQHHTEGPRCEQCQPGYYGDAQRGTPQDCQLCPC
YGDPAAGQRIGGEEGATAFLTRNLPPHSGLPTLVFWTQTATPPVMRAPQATVGVTVRGDS
QVPGPIGCNCDPQGSVSSQCDAAGQCQCKAQVEGLTCSHCRPHHFHLSASNPDGCLPCFC
MGITQQCASSAYTRHLISTHFAPGDFQGFALVNPQRNSRLTGEFTVEPVPEGAQLSFGNF
AQLGHESFYWQLPETYQGDKNRTSLSEEQLRAAVTAGRIPEPPEGRDWAQRASQVDEAQR
RMDAEIWQLLSSFAAQPQPPPQGLSPHPQPAAALRAAPPPSSSSSSSSSSASLSFSPGSQ
FSLSYEGFSLLPGSLYYWQLPRAFLGDKVAAYGGKLRYTLSYTAGPQGSPLSDPDVQITG
NNIMLVASQPALQGPERRSYEIMFREEFWRRPDGQPATREHLLMALADLDELLIRATFSS
VPLAASISAVSLEVAQPGPSNRPRALEVEECRCPPGYIGLSCQDCAPGYTRTGSGLYLGH
CELCECNGHSDLCHPETGACSQCQHNAAGEFCELCAPGYYGDATAGTPEDCQPCACPLTN
PENMFSRTCESLGAGGYRCTACEPGYTGQYCEQCGPGYVGNPSVQGGQCLPETNQAPLVV
EVHPARSIVPQGGSHSLRCQVSGSPPHYFYWSREDGRPVPSGTQQRHQGSELHFPSVQPS
DAGVYICTCRNLHQSNTSRAELLVTEAPSKPITVTVEEQRSQSVRPGADVTFICTAKSKS
PAYTLVWTRLHNGKLPTRAMDFNGILTIRNVQLSDAGTYVCTGSNMFAMDQGTATLHVQA
SGTLSAPVVSIHPPQLTVQPGQLAEFRCSATGSPTPTLEWTGGPGGQLPAKAQIHGGILR
LPAVEPTDQAQYLCRAHSSAGQQVARAVLHVHGGGGPRVQVSPERTQVHAGRTVRLYCRA
AGVPSATITWRKEGGSLPPQARSERTDIATLLIPAITTADAGFYLCVATSPAGTAQARIQ
VVVLSASDASPPPVKIESSSPSVTEGQTLDLNCVVAGSAHAQVTWYRRGGSLPPHTQVHG
SRLRLPQVSPADSGEYVCRVENGSGPKEASITVSVLHGTHSGPSYTPVPGSTRPIRIEPS
SSHVAEGQTLDLNCVVPGQAHAQVTWHKRGGSLPARHQTHGSLLRLHQVTPADSGEYVCH
VVGTSGPLEASVLVTIEASVIPGASTTLTPIPTAAGPIPPVRIESSSSTVAEGQTLDLSC
VVAGQAHAQVTWYKRGGSLPARHQVRGSRLYIFQASPADAGQYVCRASNGMEASITVTVT
GTQGANLAYPAGSTQPIRIEPSSSQVAEGQTLDLNCVVPGQSHAQVTWHKRGGSLPVRHQ
THGSLLRLYQASPADSGEYVCRVLGSSVPLEASVLVTIEPAGSVPALGVTPTVRIESSSS
QVAEGQTLDLNCLVAGQAHAQVTWHKRGGSLPARHQHVNKHWSPLFSGAKSQSSLAWVHG
SRLRLLQVTPADSGEYVCRVVGSSGTQEASVLVTIQQRLSGSHSQGVAYPVRIESSSASL
ANGHTLDLNCLVASQAPHTITWYKRGGSLPSRHQIVGSRLRIPQVTPADSGEYVCHVSNG
AGSRETSLIVTIQGSGSSHVPSVSPPIRIESSSPTVVEGQTLDLNCVVARQPQAIITWYK
RGGSLPSRHQTHGSHLRLHQMSVADSGEYVCRANNNIDALEASIVISVSPSAGSPSAPGS
SMPIRIESSSSHVAEGETLDLNCVVPGQAHAQVTWHKRGGSLPSHHQTRGSRLRLHHVSP
ADSGEYVCRVMGSSGPLEASVLVTIEASGSSAVHVPAPGGAPPIRIEPSSSRVAEGQTLD
LKCVVPGQAHAQVTWHKRGGNLPARHQVHGPLLRLNQVSPADSGEYSCQVTGSSGTLEAS
VLVTIEPSSPGPIPAPGLAQPIYIEASSSHVTEGQTLDLNCVVPGQAHAQVTWYKRGGSL
PARHQTHGSQLRLHLVSPADSGEYVCRAASGPGPEQEASFTVTVPPSEGSSYRLRSPVIS
IDPPSSTVQQGQDASFKCLIHDGAAPISLEWKTRNQELEDNVHISPNGSIITIVGTRPSN
HGTYRCVASNAYGVAQSVVNLSVHGPPTVSVLPEGPVWVKVGKAVTLECVSAGEPRSSAR
WTRISSTPAKLEQRTYGLMDSHAVLQISSAKPSDAGTYVCLAQNALGTAQKQVEVIVDTG
AMAPGAPQVQAEEAELTVEAGHTATLRCSATGSPAPTIHWSKLRSPLPWQHRLEGDTLII
PRVAQQDSGQYICNATSPAGHAEATIILHVESPPYATTVPEHASVQAGETVQLQCLAHGT
PPLTFQWSRVGSSLPGRATARNELLHFERAAPEDSGRYRCRVTNKVGSAEAFAQLLVQAG
STPTVQVTPQLETKSIGASVEFHCAVPSDRGTQLRWFKEGGQLPPGHSVQDGVLRIQNLD
QSCQGTYICQAHGPWGKAQASAQLVIQALPSVLINIRTSVQTVVVGHAVEFECLALGDPK
PQVTWSKVGGHLRPGIVQSGGVVRIAHVELADAGQYRCTATNAAGTTQSHVLLLVQALPQ
ISMPQEVRVPAGSAAVFPCIASGYPTPDISWSKLDGSLPPDSRLENNMLMLPSVRPQDAG
TYVCTATNRQGKVKAFAHLQVPERVVPYFTQTPYSFLPLPTIKDAYRKFEIKITFRPDSA
DGMLLYNGQKRVPGSPTNLANRQPDFISFGLVGGRPEFRPSYKPPIHSLLPRPAPRSRFD
AGSGMATIRHPTPLALGHFHTVTLLRSLTQGSLIVGDLAPVNGTSQGKFQGLDLNEELYL
GGYPDYGAIPKAGLSSGFIGCVRELRIQGEEIVFHDLNLTAHGISHCPTCRDRPCQNGGQ
CHDSESSSYVCVCPAGFTGSRCEHSQALHCHPEACGPDATCVNRPDGRGYTCRCHLGRSG
LRCEEGVTVTTPSLSGAGSYLALPALTNTHHELRLDVEFKPLAPDGVLLFSGGKSGPVED
FVSLAMVGGHLEFRYELGSGLAVLRSAEPLALGRWHRVSAERLNKDGSLRVNGGRPVLRS
SPGKSQGLNLHTLLYLGGVEPSVPLSPATNMSAHFRGCVGEVSVNGKRLDLTYSFLGSQG
IGQCYDSSPCERQPCQHGATCMPAGEYEFQCLCRDGFKGDLCEHEENPCQLREPCLHGGT
CQGTRCLCLPGFSGPRCQQGSGHGIAESDWHLEGSGGNDAPGQYGAYFHDDGFLAFPGHV
FSRSLPEVPETIELEVRTSTASGLLLWQGVEVGEAGQGKDFISLGLQDGHLVFSSYFLGL
DDCRYQLGSGEARLVSEDPINDGEWHRVTALREGRRGSIQVDGEELVSGRSPGPNVAVNA
KGSVYIGGAPDVATLTGGRFSSGITGCVKNLVLHSARPGAPPPQPLDLQHRAQAGANTRP
CPS

>gi568815597r:21587191_21882957|GENSCAN_predicted_CDS_5|12072_bp
ngtgtgaatgtgacaatgcctgcgcagcccggcacgccacccctctcctccacgcagctg
cagatcgacccatccctgcacgagttccagctagtcgacctgtcccgccgcttcctcgtc
cacgactccttctgggctctgcctgaacagttcctgggcaacaaggtggactcctatggc
ggctccctgcgttacaacgtgcgctacgagttggcccgtggcatgctggagccagtgcag
cggccggacgtggtcctcatgggtgccgggtaccgcctcctctcccgaggccacacaccc
acccaacctggtgctctgaaccagcgccaggtccagttctctgaggagcactgggtccat
gagtctggccggccggtgcagcgcgcggagctgctgcaggtgctgcagagcctggaggcc
gtgctcatccagaccgtgtacaacaccaagatggccagcgtgggacttagcgacatcgcc
atggataccaccgtcacccatgccaccagccatggccgtgcccacagtgtggaggagtgc
agatgccccattggctattctggcttgtcctgcgagagctgtgatgcccacttcactcgg
gtgcctggtgggccctacctgggcacctgctctggttgcaattgcaatggccatgccagc
tcctgtgaccctgtgtatggccactgcctgaattgccagcacaacacggaggggccacag
tgcaacaagtgcaaggctggcttctttggggacgccatgaaggccacggccacttcctgc
cggccctgcccttgcccatacatcgatgcctcccgcagattctcagacacttgcttcctg
gacacggatggccaagccacatgtgacgcctgtgccccaggctacactggccgccgctgt
gagagctgtgcccccggatacgagggcaaccccatccagcccggcgggaagtgcaggccc
gtcaaccaggagattgtgcgctgtgacgagcgtggcagcatggggacctccggggaggcc
tgccgctgtaagaacaatgtggtggggcgcttgtgcaatgaatgtgctgacggctctttc
cacctgagtacccgaaaccccgatggctgcctcaagtgcttctgcatgggtgtcagtcgc
cactgcaccagctcttcatggagccgtgcccagttgcatggggcctctgaggagcctggt
cacttcagcctgaccaacgccgcaagcacccacaccaccaacgagggcatcttctccccc
acgcccggggaactgggattctcctccttccacagactcttatctggaccctacttctgg
agcctcccttcacgcttcctgggggacaaggtgacctcctatggaggagagctgcgcttc
acagtgacccagaggtcccagccgggctccacacccctgcacgggcagccgttggtggtg
ctgcaaggtaacaacatcatcctagagcaccatgtggcccaggagcccagccccggccag
cccagcaccttcattgtgcctttccgggagcaagcatggcagcggcccgatgggcagcca
gccacacgggagcacctgctgatggcactggcaggcatcgacaccctcctgatccgagca
tcctacgcccagcagcccgctgagagcagggtctctggcatcagcatggacgtggctgtg
cccgaggaaaccggccaggaccccgcgctggaagtggaacagtgctcctgcccacccggg
taccgtgggccgtcctgccaggactgtgacacaggctacacacgcacgcccagtggcctc
tacctgggtacctgtgaacgctgcagctgccatggccactcagaggcctgcgagccagaa
acaggtgcctgccagggctgccagcatcacacggagggccctcggtgtgagcagtgccag
ccaggatactacggggacgcccagcgggggacaccacaggactgccagctgtgcccctgc
tacggagaccctgctgccggccagaggatcgggggagaggaaggagccactgcgttcctg
actagaaatctgcccccacactcagggctgcccacacttgttttctggacacagacggcc
accccacctgtgatgcgtgctccccaggccacagtgggcgtcactgtgagaggagacagc
caggtgccagggcccataggctgcaactgtgacccccaaggcagcgtcagcagccagtgt
gatgctgctggtcagtgccagtgcaaggcccaggtggaaggcctcacttgcagccactgc
cggccccaccacttccacctgagtgccagcaacccagacggctgcctgccctgcttctgt
atgggcatcacccagcagtgcgccagctctgcctacacacgccacctgatctccacccac
tttgcccctggggacttccaaggctttgccctggtgaacccacagcgaaacagccgcctg
acaggagaattcactgtggaacccgtgcccgagggtgcccagctctcttttggcaacttt
gcccaactcggccatgagtccttctactggcagctgccggagacataccagggagacaag
aaccgcacatccctctcagaggagcagttgcgggcagccgtgacagctgggaggatccca
gagcccccagagggcagggactgggcacagcgggcatcacaggtggacgaggctcagaga
cggatggatgctgagatctggcagctcctgtccagctttgctgcccaaccccaaccccct
ccccaggggctctctcctcatccccagcctgcagctgctctgcgagcagcacctcctcct
tcttcttcctcctcctcctcctcttcctcagcttctctgtctttctcaccaggctctcag
ttctctctctcctacgaaggcttctctctgcttcctggaagcctctattactggcagctg
ccccgggccttcctgggggacaaggtggcggcctacggtgggaagttgcgatacaccctc
tcctacacagcaggcccacagggcagcccactctctgaccccgatgtgcagatcacgggc
aacaacatcatgctagtggcctcccagccagcgctgcagggccctgagaggaggagctac
gagatcatgttccgagaggaattctggcgccggcccgatgggcagccggccacacgcgag
cacctcctgatggcactggccgacctggatgagctcctgatccgggccacgttctcctcc
gtgccgctggcggccagcatcagcgcagtcagcctggaggtcgcccagccggggccctca
aacagaccccgcgccctcgaggtggaggagtgccgctgcccgccaggctacatcggtctg
tcctgccaggactgtgcccccggctacacgcgcaccgggagtgggctctacctcggccac
tgcgagctatgtgaatgcaatggccactcagacctgtgccacccagagactggggcctgc
tcgcaatgccagcacaacgccgcaggggagttctgcgagctttgtgcccctggctactac
ggagatgccacagccgggacgcctgaggactgccagccctgtgcctgcccactgaccaac
ccagagaacatgttttcccgcacctgtgagagcctgggagccggcgggtaccgctgcacg
gcctgcgaacccggctacactggccagtactgtgagcagtgtggcccaggttacgtgggt
aaccccagtgtgcaagggggccagtgcctgccagagacaaaccaagccccactggtggtc
gaggtccatcctgctcgaagcatagtgccccaaggtggctcccactccctgcggtgtcag
gtcagtgggagcccaccccactacttctattggtcccgtgaggatgggcggcctgtgccc
agcggcacccagcagcgacatcaaggctccgagctccacttccccagcgtccagccctcg
gatgctggggtctacatttgcacctgccgtaatctccaccaatccaataccagccgggca
gagctgctggtcactgaggctccaagcaagcccatcacagtgactgtggaggagcagcgg
agccagagcgtgcgccccggagctgacgtcaccttcatctgcacagccaaaagcaagtcc
ccagcctataccctggtgtggacccgcctgcacaacgggaaactgcccacccgagccatg
gatttcaatggcatcctgaccattcgcaacgtccagctgagtgatgcaggcacctacgtg
tgcaccggctccaacatgtttgccatggaccagggcacagccactctacatgtgcaggcc
tcgggcaccttgtccgcccccgtggtctccatccatccgccacagctcacagtgcagccc
gggcaactggcggagttccgctgcagcgccacagggagccccacgcccaccctcgagtgg
acagggggccccggcggccagctccctgcgaaggcacaaatccacggcggcatcctgcgc
ctgccagctgtcgagcccacggatcaggcccagtacttgtgccgagcccacagcagcgct
gggcagcaggtggccagggctgtgctccacgtgcatgggggcggtgggcccagagtccaa
gtgagcccagagaggacccaggtccacgcaggccgcaccgtcaggctgtactgcagggct
gcaggcgtgcctagcgccaccatcacctggaggaaggaagggggcagcctcccaccacag
gcccggtcagagcgcacagacatcgcgacactgctcatcccagccatcacgactgctgac
gccggcttctacctctgcgtggccaccagccctgcaggcactgcccaggcccggatccaa
gtggttgtcctttcagcctcagatgccagcccaccgccggtcaagattgagtcctcatcg
ccttctgtgacagaagggcaaacactcgacctcaactgtgtggtggcagggtcagcccat
gcccaggtcacctggtacaggcgagggggtagcctgcctccccacacccaggtgcacggc
tcccgtctgcggctcccccaggtctcaccagctgattctggagaatatgtgtgccgtgtg
gagaatggatcgggccccaaggaggcctccattactgtgtctgtgctccacggcacccat
tctggccccagctacaccccagtgcccggcagcacccggcccatccgcatcgagccctcc
tcctcacacgtggcggaagggcagaccctggatctgaactgcgtggtgcccgggcaggcc
cacgcccaggtcacgtggcacaagcgtgggggcagcctccctgcccggcaccagacccac
ggctcgctgctgcggctgcaccaggtgaccccggccgactcaggcgagtatgtgtgccat
gtggtgggcacctccggccccctagaggcctcagtcctggtcaccatcgaagcctctgtc
atccctggagcatctacaactctcactcccatccccactgctgcaggacccatcccacct
gtcaggatcgagtcttcatcctccacagtggccgagggccagaccctggatctgagctgc
gtggtggcagggcaggcccacgcccaggtcacatggtacaagcgtgggggcagcctccct
gcccggcaccaggttcgtggctcccgcctgtacatcttccaggcctcacctgccgatgcg
ggacagtacgtctgccgggccagcaacggcatggaggcctccatcacggtcacagtaact
gggacccagggggccaacttagcctaccctgccggcagcacccagcccatccgcatcgag
ccctcctcctcgcaagtggcggaagggcagaccctggatctgaactgcgtggtgcccggg
cagtcccatgcccaggtcacgtggcacaagcgtgggggcagcctccctgtccggcaccag
acccacggctccctgctgagactctaccaagcgtcccccgccgactcgggcgagtacgtg
tgccgagtgttgggcagctccgtgcctctagaggcctctgtcctggtcaccattgagcct
gcgggctcagtgcctgcacttggggtcacccccacggtccggatcgagtcatcgtcttcg
caagtggccgaggggcagaccctggacctgaactgcctcgttgctggtcaggcccatgcc
caggtcacgtggcacaagcgcgggggcagcctcccggcccggcaccagcatgtcaacaaa
cactggtccccacttttctctggtgccaagtctcagtcgtccctggcatgggtgcatggc
tcgaggctacgcctgctccaggtgaccccagctgattcaggggagtacgtgtgccgtgtg
gtcggcagctcaggtacccaggaagcctcagtccttgtcaccatccagcagcgccttagt
ggctcccactcccagggtgtggcgtaccccgtccgcatcgagtcctcctcagcctccctg
gccaatggacacaccctggacctcaactgcctggttgccagccaggctccccacaccatc
acctggtataagcgtggaggcagcttacccagccggcaccagatcgtgggctcccggctg
cggatccctcaggtgactccggcagactcgggcgagtacgtgtgtcacgtcagtaacggt
gcaggctcccgggagacctcgctcatcgtcaccatccagggcagcggttcctcccacgtg
cccagcgtctccccaccgatcaggatcgagtcgtcttcccccacggtggtggaagggcag
accttggatctgaactgcgtggtcgccaggcagccccaggctatcatcacatggtacaag
cgtgggggcagccttccctcccgacaccagacccatggctcccacctgcggttgcaccaa
atgtctgtggctgactcgggcgagtatgtgtgccgggccaacaacaacatcgatgccctg
gaggcctccatcgtcatctccgtctcccctagcgccggcagcccctccgcccctggcagc
tccatgcccatcagaattgagtcatcctcctcacacgtggccgaaggggagaccctggat
ctgaactgcgtggtccccgggcaggcccatgcccaggtcacttggcacaagcgtgggggc
agcctccccagtcaccatcagacccgcggctcacggctgcggctgcaccatgtgtccccg
gccgactcgggtgaatacgtgtgccgggtgatgggcagctctggccccctggaggcctca
gtcctggtcaccatcgaagcctctggctcaagtgctgtccacgtccccgccccaggtgga
gccccacccatccgcatcgagccctcctcctcccgagtggcagaagggcagaccctggat
ctgaagtgcgtggtgcccgggcaggcccacgcccaggtcacgtggcacaagcgtggagga
aacctccctgcccggcaccaggtccacggcccactgctgaggctgaaccaggtgtccccg
gctgactctggcgagtactcgtgccaagtgaccggaagctcaggcaccctggaggcatct
gtcctggtcacaattgagccctccagcccaggacccattcctgctccaggactggcccag
cccatctacatcgaggcctcctcttcacacgtgactgaagggcagactctggatctgaac
tgtgtggtgcccgggcaggcccatgcccaggtcacgtggtacaagcgcgggggcagcctc
cccgcccggcaccagacccatggctcccagctgcggctccacctcgtctcccctgccgac
tcaggcgagtatgtgtgtcgtgcagccagcggcccaggccctgagcaagaagcctccttc
acagtcaccgtcccgcccagtgaggggtcttcctaccgccttaggagcccggtcatctcc
atcgacccgcccagcagcaccgtgcagcagggccaggatgccagcttcaagtgcctcatc
catgacggggcagcccccatcagcctcgagtggaagacccggaaccaggagctggaggac
aacgtccacatcagtcccaatggctccatcatcaccatcgtgggcacccggcccagcaac
cacggtacctaccgctgcgtggcctccaatgcctacggtgtggcccagagtgtggtgaac
ctcagtgtgcacgggccccctacagtgtccgtgctccccgagggccccgtgtgggtgaaa
gtgggaaaggctgtcaccctggagtgtgtcagtgccggggagccccgctcctctgctcgt
tggacccggatcagcagcacccctgccaagttggagcagcggacatatgggctcatggac
agccacgcggtgctgcagatttcatcagctaaaccatcagatgcgggcacttatgtgtgc
cttgctcagaatgcactaggcacagcacagaagcaggtggaggtgatcgtggacacgggc
gccatggccccaggggcccctcaggtccaagctgaagaagctgagctgactgtggaggct
ggacacacggccaccttgcgctgctcagccacaggcagccccgcgcccaccatccactgg
tccaagctgcgttccccactgccctggcagcaccggctggaaggtgacacactcatcata
ccccgggtagcccagcaggactcgggccagtacatctgcaatgccactagccctgctggg
cacgctgaggccaccatcatcctgcacgtggagagcccaccatatgccaccacggtccca
gagcacgcttcggtgcaggcaggggagacggtgcagctccagtgcctggctcacgggaca
cccccactcaccttccagtggagccgcgtgggcagcagccttcctgggagggcgaccgcc
aggaacgagctgctgcactttgagcgtgcagcccctgaggactcaggccgctaccgctgc
cgggtcaccaacaaggtgggctcagccgaggcctttgcccagctgctcgtccaagcaggg
tccacgcccaccgtgcaggtcacgcctcagctagagaccaagagcattggggccagcgtt
gagttccactgtgctgtgcccagcgaccggggtacccagctccgttggttcaaggaaggg
ggtcagctgcctccgggtcacagcgtgcaggatggggtgctccgaatccagaacttggac
cagagctgccaagggacgtatatatgccaggcccatggaccttgggggaaggcccaggcc
agtgcccagctggttatccaagccctgccctcggtgctcatcaacatccggacctctgtg
cagaccgtggtggttggccacgccgtggagttcgaatgcctggcactgggtgaccccaag
cctcaggtgacatggagcaaagttggagggcacctgcggccaggcattgtgcagagcgga
ggtgtcgtcaggatcgcccacgtagagctggctgatgcgggacagtatcgctgcactgcc
accaacgcagctggcaccacacaatcccacgtcctgctgcttgtgcaagccttgccccag
atctcaatgccccaagaagtccgtgtgcctgctggttctgcagctgtcttcccctgcata
gcctcaggctaccccactcctgacatcagctggagcaagctggatggcagcctgccacct
gacagccgcctggagaacaacatgctgatgctgccctcagtccgaccccaggacgcaggt
acctacgtctgcaccgccactaaccgccagggcaaggtcaaagcctttgcccacctgcag
gtgccagagcgggtggtgccctacttcacgcagaccccctactccttcctaccgctgccc
accatcaaggatgcctacaggaagttcgagatcaagatcaccttccggcccgactcagcc
gatgggatgctgctgtacaatgggcagaagcgagtcccagggagccccaccaacctggcc
aaccggcagcccgacttcatctccttcggcctcgtggggggaaggcccgagttccgccct
tcttacaaaccccctatccactctctcctgccccggcctgccccacggagcaggttcgat
gcaggctcaggcatggccaccatccgccatcccacaccactggccctgggccatttccac
accgtgaccctgctgcgcagcctcacccagggctccctgattgtgggtgacctggccccg
gtcaatgggacctcccagggcaagttccagggcctggatctgaacgaggaactctacctg
ggtggctatcctgactatggtgccatccccaaggcggggctgagcagcggcttcataggc
tgtgtccgggagctgcgcatccagggcgaggagatcgtcttccatgacctcaacctcacg
gcgcacggcatctcccactgccccacctgtcgggaccggccctgccagaatggcggtcag
tgccatgactctgagagcagcagctacgtgtgcgtctgcccagctggcttcaccgggagc
cgctgtgagcactcgcaggccctgcactgccatccagaggcctgtgggcccgacgccacc
tgtgtgaaccggcctgacggtcgaggctacacctgccgctgccacctgggccgctcgggg
ttgcggtgtgaggaaggtgtgacagtgaccaccccctcgctgtcgggtgctggctcctac
ctggcactgcccgccctcaccaacacacaccacgagctacgcctggacgtggagttcaag
ccactcgcccctgacggggtcctgctgttcagcggggggaagagcgggcctgtggaggac
ttcgtgtccctggcgatggtgggcggccacctggagttccgctatgagttggggtcaggg
ctggccgttctgcggagcgccgagccgctggccctgggccgctggcaccgtgtgtctgca
gagcgtctcaacaaggacggcagcctgcgggtgaatggtggacgccctgtgctgcgctcc
tcgcccggcaagagccagggcctcaacctgcacaccctgctctacctggggggtgtggag
ccttccgtgccactgtccccggccaccaacatgagcgctcacttccgcggctgtgtgggc
gaggtgtcagtgaatggcaaacggctggacctcacctacagtttcctaggcagccagggc
atcgggcaatgctatgatagctccccatgtgagcgccagccttgccaacatggtgccacg
tgcatgcccgctggcgagtatgagttccagtgcctgtgtcgagatggattcaaaggagac
ctgtgtgagcacgaggagaacccctgccagctccgtgaaccctgtctgcatgggggcacc
tgccagggcacccgctgcctctgcctccctggcttctctggcccacgctgccaacaaggc
tctggacatggcatagcagagtccgactggcatcttgaaggcagcgggggcaatgatgcc
cctgggcagtacggagcctatttccacgatgatggcttcctcgccttccctggccatgtc
ttctccaggagcctgcccgaggtgcccgagaccatcgagctggaggttcggaccagcaca
gccagtggcctcctgctctggcagggtgtggaggtgggagaggccggccaaggcaaggac
ttcatcagcctcgggcttcaagacgggcaccttgtcttcagctcatacttcttgggcctg
gatgactgcaggtaccagctgggtagtggggaggcccgcctggtctctgaggaccccatc
aatgacggcgagtggcaccgggtgacagcactgcgggagggccgcagaggttccatccaa
gtcgacggtgaggagctggtcagcggccggtccccaggtcccaacgtggcagtcaacgcc
aagggcagcgtctacatcggcggagcccctgacgtggccacgctgaccgggggcagattc
tcctcaggcatcacaggctgtgtcaagaacctggtgctgcactcggcccgacccggcgcc
ccgcccccacagcccctggacctgcagcaccgcgcccaggccggggccaacacacgcccc
tgcccctcgtag