GENSCAN 1.0	Date run:  8-Nov-116	Time: 05:51:10

Sequence gi568815583r:82444595_82727368 : 282774 bp : 45.83% 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..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

 1.01 Init +    584    668   85  1  1   56   61    68 0.519   1.67
 1.02 Intr +    913   1044  132  2  0   63   78    55 0.592   2.62
 1.03 Intr +   2106   2240  135  1  0   33  110   107 0.853   7.94
 1.04 Intr +  11844  11968  125  1  2   79   78    60 0.600   4.40
 1.05 Intr +  12518  12556   39  1  0   43  116    38 0.567   0.52
 1.06 Intr +  14895  15041  147  2  0   73  109   173 0.983  18.33
 1.07 Intr +  16710  17405  696  2  0  122   13   351 0.001  22.69
 1.08 Intr +  17459  17606  148  1  1   57   59    79 0.000   1.71
 1.09 Intr +  17736  17842  107  1  2   51   53    56 0.000  -1.67
 1.10 Intr +  17951  19336 1386  1  0  -11  -10  1214 0.000  90.93
 1.11 Intr +  19489  19701  213  0  0   63 -137   326 0.387   6.51
 1.12 Intr +  19743  20213  471  2  0  103   78   599 0.909  53.68
 1.13 Intr +  21794  22058  265  1  1   70   38   223 0.942  12.59
 1.14 Intr +  22891  23061  171  2  0   92   99   130 0.994  14.41
 1.15 Intr +  24714  24820  107  1  2   48   69    99 0.693   3.93
 1.16 Intr +  25256  25414  159  1  0   66   94    76 0.643   6.18
 1.17 Term +  27615  27842  228  2  0   80   49   418 0.995  33.73
 1.18 PlyA +  29294  29299    6                              -3.44

 2.05 PlyA -  30793  30788    6                              -3.94
 2.04 Term -  32704  32547  158  2  2  108   52   114 0.409   7.90
 2.03 Intr -  32988  32796  193  0  1   76   30   170 0.430   9.07
 2.02 Intr -  33332  33244   89  0  2   86   89    96 0.989   9.19
 2.01 Init -  33856  33826   31  1  1  110   56    29 0.346   0.16
 2.00 Prom -  38654  38615   40                              -4.76

 3.00 Prom +  41901  41940   40                              -6.06
 3.01 Init +  43474  43489   16  0  1   49   74    10 0.347  -3.93
 3.02 Intr +  48827  48913   87  0  0  101   77    68 0.688   6.94
 3.03 Intr +  49482  49684  203  1  2   35  121    86 0.422   5.60
 3.04 Term +  50252  50431  180  1  0   62   36   100 0.828  -0.19
 3.05 PlyA +  50721  50726    6                               1.05

 4.00 Prom +  52993  53032   40                              -3.66
 4.01 Init +  53225  53230    6  1  0  108  101     8 0.775   4.55
 4.02 Intr +  59179  59288  110  0  2   55   34   109 0.739   1.28
 4.03 Intr +  60333  60417   85  0  1   91   44    47 0.129   0.42
 4.04 Intr +  61554  61653  100  2  1   28   59    70 0.033  -2.22
 4.05 Intr +  69273  69444  172  1  1   68   64   147 0.916   9.30
 4.06 Intr +  69873  69961   89  0  2   60   46    76 0.017   0.21
 4.07 Intr +  75103  75143   41  2  2   48   93    44 0.016  -1.16
 4.08 Intr +  76810  76929  120  0  0  113   76    84 0.999  10.39
 4.09 Intr +  77551  77610   60  0  0   82   94    60 0.967   4.93
 4.10 Intr +  77796  77876   81  2  0   77   99    76 0.993   7.43
 4.11 Intr +  78541  78628   88  0  1  104   94    41 0.999   5.84
 4.12 Intr +  79011  79837  827  1  2   90   34   977 0.969  83.63
 4.13 Intr +  79877  80026  150  1  0  -35   78   240 0.856  11.06
 4.14 Intr +  80292  80464  173  2  2   79   60   142 0.536   9.24
 4.15 Term +  81377  81443   67  2  1   45   37   102 0.443  -1.79
 4.16 PlyA +  84247  84252    6                               1.05

 5.20 PlyA -  84878  84873    6                               1.05
 5.19 Term -  88692  88492  201  0  0   78   41   332 0.988  24.89
 5.18 Intr -  92287  92261   27  1  0  136   43    19 0.582   0.51
 5.17 Intr -  93777  93712   66  0  0  120  111    60 0.999  10.60
 5.16 Intr -  94391  94286  106  1  1   82   82   104 0.999   9.42
 5.15 Intr -  95538  95387  152  0  2  128   96   384 0.999  42.16
 5.14 Intr -  95845  95568  278  2  2   67   80    50 0.015  -0.66
 5.13 Intr - 100108  99953  156  2  0   82   71   119 0.029   9.58
 5.12 Intr - 101189 101117   73  2  1   24   38    97 0.028  -2.72
 5.11 Intr - 101927 101847   81  2  0   83   94     3 0.482   0.23
 5.10 Intr - 102086 101970  117  2  0   83   99    24 0.828   3.66
 5.09 Intr - 102643 102549   95  2  2   21  113   144 0.997   9.88
 5.08 Intr - 105064 104866  199  1  1   99  111   151 0.986  17.42
 5.07 Intr - 108022 107886  137  2  2   41  105    89 0.879   6.19
 5.06 Intr - 108962 108873   90  0  0  125   85    29 0.411   6.27
 5.05 Intr - 109397 109284  114  0  0   58  105    31 0.817   2.22
 5.04 Intr - 126938 126750  189  0  0   94  100    23 0.530   3.66
 5.03 Intr - 128458 128402   57  2  0   81  105    41 0.410   3.96
 5.02 Intr - 182773 182599  175  1  1   98   60    68 0.108   4.51
 5.01 Init - 189863 189837   27  2  0   58  109    16 0.334   0.31
 5.00 Prom - 195765 195726   40                               1.24

 6.00 Prom + 196470 196509   40                              -8.66
 6.01 Init + 202178 202238   61  1  1   47   92    27 0.408   0.46
 6.02 Intr + 202259 202660  402  0  0   46   70   151 0.645   3.50
 6.03 Intr + 202729 202900  172  2  1   29   28   146 0.775   1.70
 6.04 Term + 203873 203972  100  2  1   69   47   132 0.873   4.80
 6.05 PlyA + 205558 205563    6                               1.05

 7.37 PlyA - 205795 205790    6                               1.05
 7.36 Term - 215116 214966  151  0  1  112   38   160 0.421  10.78
 7.35 Intr - 215389 215251  139  2  1   77   79   167 0.999  14.22
 7.34 Intr - 217328 217231   98  1  2   97   96   145 0.973  15.85
 7.33 Intr - 217658 217556  103  0  1   96   59    63 0.449   3.43
 7.32 Intr - 218328 218100  229  0  1   79   50   332 0.839  25.94
 7.31 Intr - 218657 218533  125  0  2   81  109    52 0.447   6.90
 7.30 Intr - 219026 218966   61  2  1  118   68    55 0.944   4.81
 7.29 Intr - 219381 219207  175  2  1   82   42   159 0.991  10.64
 7.28 Intr - 219896 219773  124  0  1   66   78   158 0.999  12.24
 7.27 Intr - 220349 220241  109  2  1  108   77   124 0.966  13.16
 7.26 Intr - 220981 220863  119  2  2   78   60   147 0.957  11.08
 7.25 Intr - 222339 222153  187  0  1  132   81   246 0.882  27.56
 7.24 Intr - 232043 231867  177  2  0   87  103   254 0.986  26.92
 7.23 Intr - 232789 232680  110  2  2   79   94   118 0.991  11.50
 7.22 Intr - 233209 233077  133  1  1   90   61   272 0.930  24.92
 7.21 Intr - 233573 233511   63  2  0   78   92    64 0.942   4.71
 7.20 Intr - 235206 235135   72  0  0   69  113   111 0.999  11.30
 7.19 Intr - 235635 235317  319  2  1  108   65   186 0.918  14.26
 7.18 Intr - 236161 235878  284  1  2   77   85   681 0.999  62.92
 7.17 Intr - 236425 236243  183  1  0  109  111   396 0.999  43.98
 7.16 Intr - 236584 236518   67  0  1   70   86    94 0.999   6.31
 7.15 Intr - 236986 236826  161  1  2   84   85   255 0.990  23.59
 7.14 Intr - 244237 244142   96  1  0   61   77   179 0.857  14.31
 7.13 Intr - 244638 244564   75  0  0   49   83    79 0.819   3.21
 7.12 Intr - 244859 244784   76  1  1  108   95   157 0.995  17.92
 7.11 Intr - 247726 247359  368  1  2 -107   54   398 0.180  10.84
 7.10 Intr - 250971 250837  135  0  0   48   33    91 0.309   0.36
 7.09 Intr - 253356 253263   94  2  1   56   90    24 0.724  -0.63
 7.08 Intr - 254753 254655   99  1  0  141   83    15 0.959   5.53
 7.07 Intr - 255303 255040  264  2  0  -21   32   252 0.040   5.33
 7.06 Intr - 265164 265000  165  2  0   91   77   263 0.111  24.58
 7.05 Intr - 266838 266593  246  2  0   83   67   112 0.273   5.17
 7.04 Intr - 269153 269095   59  2  2  112   75    -9 0.289  -2.12
 7.03 Intr - 270831 270757   75  0  0   62  105    12 0.186   0.01
 7.02 Intr - 276069 275855  215  1  2   59   25   282 0.026  17.43
 7.01 Init - 282486 281919  568  0  1   63    8   592 0.021  43.93

Suboptimal exons with probability > 0.800

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

S.001 Term +  16710  17477  768  2  0  122   47   379 0.994  30.61
S.002 Term +  72092  72230  139  2  1   42   44   162 0.863   4.64
S.003 Init +  75096  75143   48  2  0   68   93    46 0.978   4.05
S.004 Term - 100108  99998  111  1  0   82   44   162 0.937   9.76
S.005 Init - 255281 255040  242  2  2   36   32   263 0.912  10.89
S.006 Sngl - 282486 281899  588  0  0   63   43   568 0.854  45.99


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815583r:82444595_82727368|GENSCAN_predicted_peptide_1|1537_aa
MGPAVLGQGEEGAAGSARMLWTPAAAETALLRIELRQQGEAELGERRREVPRVVAAVTAA
PDGLTFRAPPARGETNNENGLVDGGKVGMQPLVLFERSLYPGSLLCSGKAHCTLDAADPL
HSKPLFNCPPPTTSKTEILGSCNCSPSESVRGAEKGDQELLANIKQAEKHEKNHPEVTVA
MALTDIDLQLQFSMSQPEALLLLAAGPADHLLLQLYSGHLQVRLVLGQEELRLQTPAEIL
LSGSVPHTTVLTVSEDWPTLSVNGFLNASSVVLGAPLEVPYGLFVGSTGRLGLPYLRGTS
HPLRGCLHAAALNGCRLLQPLTPNKHEGCAEEFSANDDVALGFSGSHSLAALPAWGTQDE
GTLEFTLTTQSWQAPLAFQAAGWHGDFIHVDIFEGHLWSMVEKGQGTVLLLNSVPVTDAQ
PHKVSIHINIHQLEISMDQYPTRTEESSATWSHEHRSGLTPGAANASLLGWLHGRPQCQW
LEAGAVGSLADAQHGGWLQTGGAAISAVVVTEGGTAWLEWWHVQPMLALMEAELRKSQAR
FIHDGPEDTSDQLVLEVSVMAWLPMPSCLWRGQTDLLPIQVNPVNDPPHIIFPHGSLMVI
LEHTQKPLGPEVLQAYDLDSACEGLAFQLLGTPSGLPVEHRDQPGEPVTEFSCWELEAGS
LVYVHCGGPTQDLTFRVSNGLQASPPAMLKVVAVQLAIQIHRSTGLHLAQGSAMPILPTN
LLVETSAVGQDVTVLFRVTGGLPFRELQKQGAGGVEDAEWWVTQAFHQQDVEQGHVRYLS
TDPQHYTEDTVENLDLQVQVSWEILSNLSFLVTIQRATVWMLQLEPLHTQNTQQEALTTA
HLEATLEEAGPSPPTFHCEVVQAPRKGNFQLQGTMLSDGQGFTQDDVQAAEVTYGAMARA
SVAVEDTFCFHVTAPPYFSPLCTFSIHIGGDPDMPVLVVPEGGGCVLSADQLFIKSLNSA
RYLYEVMEQPRHGRLTWRGTQDKITMVTSFTNGDLMHGQLTISCVFHVAWGRWRLLTTDN
MAFSNADSGFAEAQLVLTHQDLLSGSIMATDEPMQPICRFIQEGPQEEASPVSDGQHQAI
TVLEVQALEPYLCVANGSGLMVPQGGQGTINMAELHLGTNLNICSRDEAHYHVTDSPHWG
QLLQATQPATAFSQQDLLVGAVFYGHNGSLSSRNTLAFSMDVGPVHTDATLQVTIALEGP
VAPLKLAQHKEIYIFQGEAAEIRRDQLEVAQEAVPPADIVFSVKSPPSAGYLVMVLRGIL
ADEPPSLDPVQSFSQEAVDTGRILYLHSRPEARSHAFSLDVASAWVLPLRTSRGAGGGRA
SDPVPARWEQDTDGFVLMANASEMDRQSHPVAFTVTILPVNGQPPTSYKLRPAEALRSTD
GYSGPKDLVYTIKQPSNGWVVQWAVPGTESPSSHSAARASEPAGTDPQLLLYHVVRGLQL
GRLFHAQHDSTGEDLVNFTQAETPEFIISELLANMYSCGNQNTLMEELAEQAQQHDEMLH
MHHALKEALSIIGDINRTTVTMPMPPPVDDTWLSEHP

>gi568815583r:82444595_82727368|GENSCAN_predicted_CDS_1|4614_bp
atgggtccagcagtgctgggtcaaggcgaggagggggcagccggaagcgcgcgcatgctc
tggactcctgcagccgccgaaacggccctactccgaatagagttgaggcagcagggagag
gcggagctgggagagcgccgccgagaggtcccgcgggtggttgcggccgtgacagcggct
cccgacgggctcaccttccgcgcccctcccgccagaggagaaactaacaatgaaaacgga
ctcgttgatggaggaaaagttggaatgcagcctctggtgctgtttgagcgatccctctac
cccgggtcgctgctgtgttctggaaaggcgcattgtaccctggatgcagcagaccctctc
cattcaaagcccctcttcaactgccccccgcccactacctccaagacagagattctgggt
tcttgcaactgcagcccctcagagagtgtaagaggggcagaaaaaggagatcaggagctg
ctagcgaatataaagcaggcagaaaaacatgaaaagaaccacccggaggtgactgtggcc
atggctctgactgacatagacctgcagctgcagttctccatgtcccaacccgaagccctc
cttctcctggcagcaggcccagctgaccacctcctgctgcagctctactctggacacctg
caggtcaggcttgtcctgggccaggaggagctgaggctgcagaccccagcagaaattcta
ctgagtggctccgtcccccacaccacagttctgactgtctcagaggactggcccacattg
tcagtcaatgggtttctgaatgcctcctccgtagtcctgggagcccccctagaagtcccc
tatgggctctttgttgggagcactgggagacttggcctgccctacctgaggggaaccagc
catcccctgaggggttgcctccatgcagccgctctcaatggctgcagactcctccagcct
ctgacccccaataagcatgagggctgtgctgaagagttttctgccaatgatgatgtggcc
ctgggcttctctgggtcccactctctggctgccttgcctgcctggggcactcaggatgaa
ggaaccctggagtttacactcaccacacagagctggcaggcacccttggccttccaggca
gcaggctggcatggggacttcatccatgtggacatatttgagggccacctgtggtccatg
gttgagaagggccagggtactgtattgctcctcaacagtgtgcctgtgactgacgcacag
ccccacaaggtcagcatccacatcaacattcaccagctagaaatctccatggaccagtac
cccacacgaactgaggagtcctcagctacctggagccacgaacaccgctcaggcctgaca
ccaggggctgccaatgcctccctgctgggctggctgcatggaagacctcagtgtcaatgg
ctagaggcaggggctgtgggaagccttgctgacgcacaacatggtggctggctgcagact
ggaggagctgctatcagcgcagtggtggtgaccgagggtggcacagcctggcttgagtgg
tggcatgtgcagcccatgctggcactgatggaggctgaactgcgtaaatcccaggcccgc
ttcatccacgatggccctgaggacacctctgaccagctggtgctggaggtgtcagtgatg
gcttggttgcccatgccctcatgcctgtggaggggccaaacagacctcctgcccatccag
gtcaaccctgtcaatgacccaccccacatcatcttcccacatggcagccttatggtgatc
ctggaacacacacagaagcctctggggcctgaggttctccaggcctatgacctggactct
gcctgtgagggcctcgccttccagctccttggcaccccctctggcctccccgtggagcac
cgagaccagcctggggagccggtgactgagttctcctgctgggagttggaggccggcagc
ctagtctatgtccactgtggtggccctacacaggacttgacattccgggtcagcaatgga
ctgcaggccagccccccggccatgctgaaggtggtggctgtccagctggccatacaaatc
caccgcagcacagggctgcatctggcccagggctctgccatgcccatcttgcctaccaac
ctgttggtggagaccagcgccgtggggcaggatgtgaccgtgctgttccgtgtcaccgga
ggcctgccgttcagggagctgcagaagcagggggctggtggggtggaggatgctgagtgg
tgggtcacacaggcgttccaccagcaggatgtggagcagggccacgtgaggtacctgagc
actgacccacagcactacaccgaggacaccgtggagaacctggatctgcaggtgcaggtg
agctgggaaatcctgagcaatctgtccttcctagtgaccatccagagagccactgtgtgg
atgctgcagctggagccactgcacactcagaacacccagcaggaggccctcaccacagcc
cacctggaggccaccctggaggaggcaggcccaagccccccaaccttccactgtgaggtg
gttcaggctcccaggaaaggcaactttcaactacagggcacgatgctgtcagacggtcag
ggcttcacccaggatgacgtacaggctgcagaggtgacctatggggccatggcacgtgcc
tcagtggcagtggaggacaccttctgtttccatgtcacagctccaccatatttctcccca
ctctgtaccttctccatccatattggcggtgacccagacatgcctgtcctcgtggtgccc
gagggtggtgggtgtgtcctctctgctgaccagctcttcatcaagagtctcaacagtgcc
aggtacctctatgaggtcatggagcagccccgccatgggaggttgacttggcgtgggaca
caggacaagatcactatggtgacatccttcaccaatggagacctgatgcatggccagctg
accatcagctgcgtcttccacgtggcctggggtaggtggcggctgctgactacagacaac
atggccttcagcaatgctgattcgggctttgctgaggcccagctggtgctgacccaccag
gacctcctctctggcagtatcatggccacggatgagcccatgcagcccatctgccgcttc
atccaggaggggcctcaggaagaggcgagtcctgtgtccgatgggcagcaccaggccatc
acggtgctggaggtgcaggccttggagccttacctctgtgtggccaatggctccggcctc
atggttcctcaaggaggccagggtaccatcaacatggccgagctccacctgggcaccaac
ctcaacatctgcagtagggatgaggcccactaccacgtcacagacagccctcactgggga
cagttgctccaagccactcagccagccacagccttctctcagcaggacctgctggttggg
gctgttttctatggccacaatggcagcctcagctcccgcaacaccctggccttctcaatg
gatgtgggaccagtgcacacagatgccaccctacaagtgaccattgccctagagggccca
gtagccccactgaagctggcccagcacaaggagatctacatcttccagggagaggcagct
gagatcagaagggaccagctggaggtagcccaggaggcagtgccgccagcagacatcgtt
ttctcagtgaagagcccaccgagtgccggctacctggtgatggtgctgcgtggcatcttg
gcagatgagccacccagcctggaccccgtgcagagcttctcccaagaggcagtggacaca
ggcaggatcctctacctgcactcccgccctgaggcccggagccatgccttctcgctggat
gtggcctcggcctgggtgctccccttgaggacgtcacgtggagctggaggtggaagagca
tctgatccagtacctgcacgatgggagcaagacactgacggttttgtcctgatggctaat
gcctctgagatggaccgccagagccatcctgtggccttcactgtcaccatcctgcctgtc
aatggccaacccccgacctcatacaaactcaggcctgcagaggctctgaggagcacggat
ggttactctgggcccaaggacctggtgtacaccattaagcagcccagcaatgggtgggta
gtgcagtgggcggtgccgggcactgagagtccgtccagccactcagcagccagagcctca
gagccagcaggcaccgacccccagctcctgctctaccatgtggtgcggggcctccagcta
ggccggctcttccacgcccagcatgacagcacaggggaggacctggtgaacttcactcag
gcagagaccccggagttcatcatctcggagctgctggccaatatgtactcatgtgggaac
cagaacacactgatggaggagttggcagagcaggcacagcagcacgacgagatgctgcac
atgcaccacgcgctgaaggaggcgctcagcatcatcggtgacatcaacaggaccactgtc
accatgcccatgcccccgcccgtggacgacacctggttgtcagagcatccctga

>gi568815583r:82444595_82727368|GENSCAN_predicted_peptide_2|156_aa
MPGHYPVLLLGDGGGHLDSEQEALRPMPNIPGDLESREAMVAFFNSAGANAQEEQRVCCQ
PLAHPVASSQKKPEVAAPAPESGGESVFGETHRALQGAMEKLQVTTLWKEKVDLKERVEK
LELQFIHLSGQTDTIGSERLGHRWGELPGRPRGPSI

>gi568815583r:82444595_82727368|GENSCAN_predicted_CDS_2|471_bp
atgcctggccactaccctgtcttgttgcttggagatggaggaggacatctggacagtgag
caggaggcgcttcggcccatgccgaacatcccaggggacctggagagccgggaggccatg
gtggcatttttcaactccgctggagccaatgcccaggaggaacaaagggtgtgctgccag
cccctggctcacccagtggcctcgtcccagaaaaagccagaggtagcggccccagcccca
gagagtgggggtgagtctgtgtttggggagacccaccgggccctgcagggggccatggag
aagctgcaggtgacgactttatggaaggagaaggtggacctgaaggagcgggtagagaaa
ctagagcttcaattcatccacctctcaggacagacagacaccatagggagtgagaggcta
gggcaccgctggggggagctgccaggccgtccgaggggccccagcatctga

>gi568815583r:82444595_82727368|GENSCAN_predicted_peptide_3|161_aa
MCTDQRLKASWHIHHPLNFQFTTTSPDSDHILIKVQISILIPTSANPKPTLSRLYGIGAK
IAGTHLIESFEMHFITFSPPPPPSTLSLNETAVLPSTKDKIKHSINIIEEKIRREEVTFM
GPLTPTFIKMLLEFHEGYQINLRPEIKQLQDLNLCCFGGQL

>gi568815583r:82444595_82727368|GENSCAN_predicted_CDS_3|486_bp
atgtgcacagaccaacgactaaaggcctcttggcacatacaccaccccttgaatttccag
ttcaccaccaccagcccggacagtgaccacattctcatcaaagtgcaaatttctattctt
atccccacttctgccaaccctaaacctactttaagtcgcttatacggcataggagccaaa
atagcagggacacatcttatagaatcctttgaaatgcatttcattactttctcacctcct
ccacctccttctacactctctctcaacgaaaccgctgttcttccttcaaccaaggataaa
atcaagcattccattaacataatagaagagaaaatcagaagagaagaagtgaccttcatg
ggtcctttgactcccacgtttataaagatgctactggagttccacgaggggtaccagata
aatttaaggcccgaaatcaaacagcttcaggatttgaatctgtgctgttttggtggtcaa
ctgtaa

>gi568815583r:82444595_82727368|GENSCAN_predicted_peptide_4|722_aa
MMWGRKIFRLKNKGKKGFTVTEVSTTNRIFKTVIKAKPLCKNYLQKSTLKTKLEKGSNNQ
HFYKKNKGQVIVMLAMQAAEKNVSVKSNQSNDPRRLQKQTALHVAPATPRTGYKPPGGGR
GTQEGSNVCESSREYTRSKGCELGLHGRAAHPAPRDQYCKGPQKSSDCFEKQNVVRVPTA
AEENILAEKTQQGKLAAAKKKLKAYWQRKSPGIPAGANRKKKINGSSPDTATSGGYHSPG
DSATGIYGEGRASSTTLEDLESQYQELAVALDSSSAIISQLTENINSLVRTSKEEKKHEI
HLVQKLGRSLFKLKNQTAEPLAPEPPAGPSKVEQLQDETNHLRKELESVGRQLQAEVENN
QMLSLLNRRQEERLREQEERLREQEERLREQEERLHEQEERLREQEERLCEQEERLREHE
ERLCEQEERLCEQEERLREQEERLCEQEERLCEQEERLREQEERLCEQEERLREQEERLC
EQEERLREQEERLCEQEKLPGQERLLEEVEKLLEQERRQEEQERLLERERLLEEVEKLLE
QERRQEEQERLLERERLLEEVEKLLEQERRQEEQERLLERERLLDEVEELLDEDERLWQQ
ETLRELERLRELERLLELERMLELGWEALYEQRAEPRSGFEELNNENKSTLQLEQQVKEL
EKSGELKETVTSDPSKKMWEAGTSLWGGEVPGHRQLQPGDRVFRQVELKSQEAPSLQQQP
DQ

>gi568815583r:82444595_82727368|GENSCAN_predicted_CDS_4|2169_bp
atgatgtggggaagaaagatcttccgattgaaaaataaaggcaaaaaaggcttcaccgtc
acagaagtttcaacaaccaacaggatatttaaaacagttatcaaagcaaaaccattgtgc
aaaaattatctgcagaaatccacactgaaaaccaagcttgagaaaggcagcaataaccaa
catttttacaagaagaacaagggacaggtcattgttatgctggcaatgcaggctgctgaa
aagaatgtatctgtcaaaagtaatcaaagtaatgaccccagaaggctccagaaacagact
gctctgcacgtagccccagccaccccgcgcaccggctacaagccgcccgggggtggccgg
ggcacgcaagagggcagtaacgtctgcgagtcctcccgtgagtacacgcggagcaagggc
tgcgagctgggattgcacggcagagctgcccatcccgctccacgagaccaatactgcaaa
ggacctcagaaatcatcggattgctttgagaaacaaaatgtggtccgtgtaccaacggcg
gccgaggagaatatattagctgaaaaaacacaacaggggaaattggccgcagccaagaaa
aagttaaaagcatattggcagaggaagagccctggcattccagcaggagctaacaggaaa
aagaaaatcaatggcagtagccctgacacagccacttctggtggttaccactcacctggg
gattcagcaacaggtatctacggggaaggccgtgcatcctctactaccctggaggatctg
gagagccagtaccaagaactagcagtggccctggattcaagctccgcaataatcagtcaa
ctcactgaaaacatcaattcactggttcgcacatctaaggaggagaagaagcatgagata
catctggtacagaagcttgggaggagcttgttcaaactcaaaaaccagacggctgaaccc
ctggccccagagcccccagcagggccatctaaggtagagcagctacaagatgagaccaac
cacctaaggaaggagctagagagtgtgggaagacagctccaggctgaggtggaaaacaat
cagatgttgagtctcctgaacaggagacaggaggagaggctacgtgaacaggaggagagg
ctacgtgaacaggaggagaggctacgtgaacaggaggagaggctacatgaacaggaggag
aggctacgtgaacaggaggagaggctgtgtgaacaggaggagaggctacgtgaacatgag
gagaggctgtgtgaacaggaggagaggctatgtgaacaggaggagaggctacgtgaacag
gaggagaggctgtgtgaacaggaggagaggctgtgtgaacaggaggagaggctacgtgaa
caggaggagaggctgtgtgaacaggaggagaggctacgtgaacaggaggagaggctgtgt
gaacaggaggagaggctacgtgaacaggaggagaggctgtgtgaacaggagaagctgcca
gggcaggagaggctgctggaagaggtggagaagctgttagaacaggagaggcggcaggag
gagcaggagaggctgctggagagggagaggctgctggaagaggtggagaagctgttagaa
caggagaggcggcaggaggagcaggagaggctgctggagagggagaggctgctggaagag
gtggagaagctgttagaacaggagaggcggcaggaggagcaggagaggctgctggagagg
gagaggctgctggacgaggtggaggagctcctggacgaggatgagaggctgtggcagcag
gagactctgcgggagctggagaggctgcgggagctggagaggctgctggagctggagagg
atgctggagctggggtgggaagccctgtacgagcagcgggccgagccacgcagcggcttc
gaggagctgaacaacgagaacaagagcacactgcagttggagcagcaagtaaaggagctg
gagaagtcgggtgagctgaaagagactgtaacctccgacccatccaagaagatgtgggag
gcgggcaccagcctctggggaggggaggtgccaggccacaggcagctgcagcctggggac
agggtcttccggcaggtggagctgaagagccaagaggctccgagtctgcagcagcagcca
gaccagtag

>gi568815583r:82444595_82727368|GENSCAN_predicted_peptide_5|779_aa
MIVGIHLRQEEEAGRIKDCWDNQEAPALSTCSNANIFRRINAILDNSLDFSRVCTTPINR
GIHDHLPGENKQVECYQLSPGLSSLPDFQDSEETVTSRMLFPTSAQESSRGLPDANDLCL
GLQSLSLTGWDRPWSTQDSDSSAQSSTHSAVNEATCTWSGQLPPRNYKNPIYSCKVFLGG
VPWDITEAGLVNTFRVFGSLSVEWPGKDGKHPRCPPKGYVYLVFELEKSVRSLLQACSHD
PLSPDGLSEYYFKMSSRRMRCKEVQVIPWVLADSNFVRSPSQRLDPSRTVFVGALHGMLN
AEALAAILNDLFGGVVYAGIDTDKHKYPIGSGRVTFNNQRSYLKAVSAAFVEIKTTKFTK
KAHNSLQASFKTGKYPAFQYPAFLCVANNVPFFYRLSSLLVQIDPYLEDSLCHICSSQPG
PFFCRDQEDASSSFTSELLDDFDICIWAVPTGLLQILLPELLALAAQHGGPAPPQPPDAE
PEEPRFQLEELALPSGLWRPKLAGPANMVGVLARGRHPPQSSPICSFPRSSAHREALGRE
GAEPCQAGAQRAGGFRIKPGARHCLAGPSPAQRSRRSPTTPAGARRRTLPRRLRWLGRVR
TKTVKKAARVIIEKYYTRLGNDFHTNKRVCEEIAIIPSKKLRNKIAGYVTHLMKRIQRGP
VRGISIKLQEEERERRDNYVPEVSALDQEIIEVDPDTKEMLKLLDFGSLSNLQTKEFIFL
ELLSNLYSHGDQNTLMEESAEQVQRGDEMLCMHHMLTEVLSSISDINMITISMPMGARG

>gi568815583r:82444595_82727368|GENSCAN_predicted_CDS_5|2340_bp
atgatagttggcattcatttacgacaggaagaagaagcaggaaggataaaagattgctgg
gacaaccaggaagcacctgctctctccacgtgtagtaatgccaatatctttcgaaggata
aatgccatattggataattctctggatttcagtagagtctgcactacacctataaaccga
ggaattcatgatcatttgccaggggagaacaagcaggtggagtgctaccagctgagtcca
ggtttgagcagcctgcctgacttccaggactctgaagaaacagttacaagcaggatgctt
ttcccaacctctgcgcaagaatcttcccgtggcctcccagatgcaaatgacttgtgcctt
ggcctgcagtccctcagtctgacaggctgggaccgaccctggagcacccaggactcagat
tcctcagcccagagcagcacacactcggctgtgaatgaagccacctgtacctggagtggc
cagcttcctccccggaactataagaaccccatctactcttgcaaggtgtttctaggaggt
gttccttgggatattacagaagctggattagttaacaccttccgtgtttttggctctttg
agtgtggagtggcctggtaaggatggcaagcatccccggtgtcctcccaaagggtatgtg
tatctggtcttcgaactagagaagtctgtccgatccttgcttcaggcttgctctcatgac
ccgctgagcccagatggcctgagtgaatattatttcaagatgtccagccgaaggatgcgc
tgcaaggaggtgcaggtgatcccctgggtattagccgacagtaactttgtccggagccca
tctcagaggcttgaccccagcaggacggtgtttgtcggtgctctgcatggaatgctaaat
gctgaggccctggcagccatcttgaacgacctatttggtggagtggtgtatgccgggatt
gacacagataagcacaagtatcccattggttctggtcgtgtgactttcaataaccaacgg
agttacctgaaagcagtcagcgctgcttttgtggagatcaaaaccaccaagttcacaaag
aaggcccataattctctccaagcctcctttaaaacaggcaaatatcctgcattccaatat
cccgcattcctgtgtgtggccaataatgtgcccttcttctatcgcctatcgagcctcctg
gttcagattgacccctacctagaagattctctgtgtcatatctgcagttctcagcctggt
cctttcttctgtcgagatcaggaggatgcctcgtcctcctttacatctgaacttctggac
gactttgatatttgcatctgggctgtacccacaggtctgcttcaaatacttctgccggag
ctgctggcactggcggcacagcatggagggcctgcgccaccacagccccctgatgcggaa
ccagaagaaccgagattccagctagaggagctggccttgcccagtggcctgtggcgccca
aagctggcaggacccgccaacatggtaggtgttttggctcgaggccgccatcctccacaa
tcgtcccccatctgcagcttcccgcggtcctcagcccacagagaggccctgggccgggaa
ggcgcagagccctgtcaggctggagcgcaacgggccggcggcttccgcattaagcccggc
gcccggcactgtttagccgggccctctccggctcagcgcagccggcggtccccaaccaca
ccggccggggctcggcgccgcactcttcccagaaggttgcgctggctcggccgcgttcgc
accaaaaccgtgaagaaggcggcccgggtcatcatagaaaagtactacacgcgcctgggc
aacgacttccacacgaacaagcgcgtgtgcgaggagatcgccattatccccagcaaaaag
ctccgcaacaagatagcaggttatgtcacgcatctgatgaagcgaattcagagaggccca
gtaagaggtatctccatcaagctgcaggaggaggagagagaaaggagagacaattatgtt
cctgaggtctcagccttggatcaggagattattgaagtagatcctgacactaaggaaatg
ctgaagcttttggacttcggcagtctgtccaaccttcagaccaaggaattcatcttcttg
gagctgctatccaacctgtactcgcatggggaccagaacacgctgatggaggagtctgca
gagcaggtacagcggggcgatgagatgctgtgcatgcaccatatgctgacagaggtgctc
agcagcatcagcgacatcaacatgatcaccatcagcatgcccatgggggcccgtggatga

>gi568815583r:82444595_82727368|GENSCAN_predicted_peptide_6|244_aa
MKKPRGMTPGGTPQGEDPFVGDSRRAQARPTARHHGGRLVQGPSRCSAKPEAAPESGHLA
SSGTEENDQNARPHAPTRQAEGPNSTAQSGLGSLPAYATSAACKPNPLPPMTRTHLNAAS
PAGLPGTKPRQSSALAPHYLASPAPETPSPAPSEGAATAAVVGLSTEHGVYAVSSPAPSR
PGAPTARRVLKRPAGGVSFQRQRLRVSRATAVGGRESQEVPESSKDITGPLWTGVLRRNR
FRRS

>gi568815583r:82444595_82727368|GENSCAN_predicted_CDS_6|735_bp
atgaaaaagcctcggggaatgacgccgggtgggacaccccaaggtgaggacccctttgtg
ggtgactccaggcgggcacaggcccgcccaaccgctcgtcatcacggggggcgactcgtc
cagggccccagccgctgctccgccaaacctgaggccgcccctgagtctgggcacctggcc
tcgtccggcactgaggagaatgaccagaacgccaggccacatgcacccactcgccaggct
gagggtccgaacagcacagcccagagtgggctcgggtcgctccccgcctacgccacctcc
gcggcctgcaagcctaaccctctcccgcccatgaccaggacccacctcaatgccgccagc
ccggcgggtctcccgggcacgaagccccgccagtcttccgccctcgcgccacactacctg
gccagccccgcccccgagactccctctccggcgccaagcgaaggtgccgcgaccgccgcc
gtcgtggggctctccacagagcacggggtctacgccgtcagcagccccgccccgtcccgc
ccgggcgcccccaccgcgcgccgggtgctaaagagacccgcagggggcgtgagcttccag
cgccagcggcttcgggtctcccgtgcgacggcagtagggggccgcgagagtcaggaagtt
ccagaaagttccaaagacatcactggtcctctttggaccggagttctccggagaaaccgc
ttccggcgctcctga

>gi568815583r:82444595_82727368|GENSCAN_predicted_peptide_7|1907_aa
MIQIMFGAFNTPVKYRAIQVTLSLHASVSAIGTMGDSGDGVTHTCPSPRIQPPSPSHPVF
GPGWPGPGRLRGEDPRGARYSFITTVKWGIVRDIQEKLCCVALDLQQEMATAVSSSFLEK
SYKLSHSLVVTISNEWFWCPEALSQPSFLGMESCCIQETILTSIMKCDVDICKDLYTNVV
LSGSIAMHPSKKKGEGEEEEEEEEEGEEEEGEEEEEEEEEEEEEEEEEEEEEEEEGQGEG
RGRGRGGRGRGRKDKNRKKENDGQLVLPSLATEEEHLARCECGHCKMSFTSQVTGEVFSL
SCPLHRQELRRLWAPGKFLGSWKGIVSKQGQRPLLRSCWRVLRRVSEATDADPPSYHSMR
SNCVHFALCLLVPGPSLDPRQIDGSSSSRPPAPQPPPRRSLPGRPMSAAPAYSEDKGGSA
GPGEPEYGHDPASGGIFSSDYKRPFLEKNLMQRFLQLPGAVVRPGVRGACGADQEAASPV
LAPEGGPPLRYQALEPEELRWLQAQEEDTTPEASLEGPCPEASQSQSQPLRPPLEWALDE
VWGQDTAQTGFGQPLPASGLELRCSMVCTYDHAPGVLSSASYPLRNSTVWSVFGRAPSHV
PQSGSSRNPILLGFYEGFMIDRIFGHVINSTISPTPHSPEPSNVREKDVEDLFYKYGRIR
KIKLKNGHCLVPFALVRFEDPRDAEDAIYGRNSYDYGQCRLRVEFSRTYEVGVGGPVVGG
MGLLQEDLISEFLFQDFLRQLAGPEGSHARSWGCLLCRCAEGRHDDLKEMLDTNKDSLKL
EAMKRIVAMIARGKNASDLFPAVVKNVACKNIEVKKLVYVYLVRYAEEQQDLALLSISTF
QRGLKDPNQLIRASALRVLSSIRVPIIVPIMMLAIKEAASDMSPYVRKTAAHAIPKLYSL
DSDQKDQLIEVIEKLLADKTTLVAGSVVMAFEEVCPERIDLIHKNYRKLCNLLIDVEEWG
QVVIISMLTRYARTQFLSPTQNESLLEENAEKAFYGSEEDEAKGAGSEETAAAAAPSRKP
YVMDPDHRLLLRNTKPLLQSRSAAVVMAVAQLYFHLAPKAEVGVIAKALVRLLRSHSEVQ
YVVLQNVATMSIKRRVSLRRRAVLAVRGPLLRALEALSGLGPGPGKGKMEEYPGCAEDGA
GEAPNTDREQGLDPEGPLRGCPVEKELVRSEMDEGRLEEWRAVGMFEPYLKSFYIRSTDP
TQIKILKLEVLTNLANETNIPTVLREFQTYIRSMDKDFVAATIQAIGRCATNIGRVRDTC
LNGLVQLLSNRDELVVAESVVVIKKLLQMQPAQHGEIIKHLAKLTDNIQVPMARASILWL
IGEYCEHVPRIAPDVLRKMAKSFTAEEDIVKLQVINLAAKLYLTNSKQTKLLTQYVLSLA
KYDQNYDIRDRARFTRQLIVPSEQGGALSRHAKKLFLAPKPAPVLESSFKDRDHFQLGSL
SHLLNAKATGYQELPDWPEEAPDPSVRNVEVPEWTKCSNREKRKEKEKPFYSDSEGESGP
TESADSDPESESESDSKSSSESGSGESSSESDNEDQDEDEEKGRGSESEQSEEDGKRKTK
KKVPERKGEASSSDEGSDSSSSSSESEMTSESEEEQLEPASWSRKTPPSSKSAPATKEIS
LLDLEDFLSTPTVTPPSVQPVSPPAIVSTSLAADLEGLTLTDSTLVPSLLSPVSGVGRQE
LLHRVAGEGLAVDYTFSRQPFSGDPHMVSVHIHFSNSSDTPIKGLHVGTPKLPAGISIQE
FPEIESLAPGESATAVMGINFCDSTQAANFQLWYVPNSSTQTRQFYVSIQPPVGELMAPV
FMSENEFKKEQGKLMGMNEITEKLMLPDTCRSDHIVVQKVTATANLGRVPCGTSDEYRFA
GRTLTGGSLVLLTLDARPAGAAQLTVNSEKMVIGTMLVKDVIQALTQ

>gi568815583r:82444595_82727368|GENSCAN_predicted_CDS_7|5724_bp
atgattcagatcatgtttggggccttcaacaccccagtcaagtacagggccattcaggtc
accctgtccctgcatgcctctgtcagtgccattggcaccatgggggactcaggcgatggg
gtcacccacacttgcccatctccaaggatacagccaccctctcccagtcatcctgtgttt
ggccctggctggccgggacctggccgactacgtggtgaagatcctcgaggggcccgctac
agcttcatcaccacagtgaagtgggggattgtgcgtgacatccaggaaaagctatgctgt
gttgccttggacttgcagcaggagatggccactgccgtgtcctcttccttcctggagaag
agctacaagctctcccacagcctggtggtcaccatcagcaatgagtggttctggtgtcca
gaggcgctgtcccagccctccttcctgggcatggaatcttgctgcatccaggagaccatc
ttgacctccatcatgaagtgtgatgtggatatctgcaaggacctgtacaccaatgtggtg
ctgtctggcagcattgccatgcacccaagcaagaagaaaggagaaggagaagaagaagaa
gaagaagaagaagaaggagaagaagaagaaggagaagaagaagaagaagaagaagaagaa
gaagaagaagaagaagaagaagaggaagaggaagaggaagaagaggggcagggggagggg
agggggagggggaggggaggaagaggaagaggaagaaaagataaaaacagaaagaaagaa
aatgatggacagcttgtccttccttctctagccacagaagaagaacatctagcaaggtgt
gagtgtggccactgcaagatgagcttcacatctcaggtaactggagaagtcttcagcttg
tcttgtcctctccacaggcaagaactcaggaggctgtgggctcctgggaagtttctgggc
tcctggaaaggcatcgtatccaaacaggggcagcgcccgctgctgcgctcctgctggcgc
gtgctgcgcagagtgagcgaagcgacggacgcggacccaccatcctatcactccatgcgc
agcaactgtgtgcactttgcactgtgtctgctcgtcccaggtcccagcctggacccccgg
caaatagacgggagctccagcagccggcctccggccccgcaacctcctcctcggcgaagt
ctccctggccgccccatgtcggccgcccccgcctacagcgaagacaagggcggctccgct
ggccccggggagcccgagtacggccacgaccccgcgagcggcggcatcttctcctccgac
tacaagcgtccattcctggagaagaacctgatgcagcgattcctgcagctcccgggggcc
gtggtgaggcctggggtcagaggggcctgcggagctgatcaagaggctgctagccctgtg
ctggctcccgaaggtgggcccccactccggtaccaggccttggagcctgaggagcttcgg
tggctgcaggcccaggaggaagacacgaccccagaagcatctctggaaggaccttgccca
gaggccagccagagccagagccagccactacggcccccactggagtgggctctggacgag
gtttggggacaggatacagcacagacagggtttggccagccactgcctgccagtggactg
gaacttaggtgctcaatggtctgtacctatgaccatgcccctggtgtcctgagctcagcc
tcctacccactaagaaactcaacagtctggtctgtgtttggcagggcaccttcacatgtt
ccacagtctggaagctctcgaaaccctatcctcttgggtttttatgaaggcttcatgatt
gatcgcatctttggccatgtgatcaactcaaccatcagccccactccccattccccagag
ccttccaacgtgcgcgagaaggacgtggaagaccttttctacaagtacggccggatccgc
aagatcaagcttaagaatgggcactgccttgtgcccttcgccttggtgcgctttgaggac
ccccgagatgcagaggatgctatttatggaagaaatagttatgattatggccagtgtcgg
cttcgtgtggagttctccaggacttacgaagtcggggtgggtggccccgtggtgggagga
atgggccttctgcaagaagatctgatttccgagttcttgtttcaggacttcctcaggcag
ctggcaggacctgaaggatcacatgcgagaagttggggatgtctgttatgccgatgtgca
gaaggacggcatgatgacctgaaggagatgctggacaccaacaaggattctctcaagctg
gaggccatgaagaggattgtggcgatgattgcccgaggaaagaatgcttcagacctgttt
cccgcggtggtgaagaacgtggcctgtaagaacatagaggtgaagaagcttgtctatgtg
tacctggtacgctacgctgaggagcagcaagacctggccctgctgtccatctccaccttc
caacgtggcctaaaggatcccaaccagctgattcgtgccagtgccctccgtgtcctctct
agcatccgtgtgcccatcatagtgcccatcatgatgctagctatcaaggaagccgcctcg
gacatgtcaccctatgtgcggaaaacagctgcccacgccatccctaaactctacagtttg
gactctgaccagaaggatcagctgatagaagtcattgagaagcttctggctgacaagacc
acgctggtggcgggcagtgtggtgatggcctttgaggaggtctgcccggagcgcatcgac
ctgattcacaaaaactaccggaaactctgtaacctgctgatcgacgtggaggagtggggc
caggtggtcatcatcagcatgctcacccgctacgcccgcacgcagttcctgagccccacc
cagaacgaatccctactagaggagaacgcggaaaaagccttctacggctcagaggaggac
gaggccaagggcgcggggtctgaggagacggccgccgcggccgccccctcccgaaagccc
tatgtcatggaccccgaccaccggctgctgctgcgcaacaccaaacccctgctgcagagc
cgcagcgccgcggtggtgatggcggtggcgcagctctacttccacctggcgcccaaggcg
gaagtgggcgtcatcgccaaggcgctggtgcgcctgctgcgcagccacagtgaggtgcag
tacgttgtgctccagaacgtggccaccatgtccatcaagcgccgggtgagcctgcgacgg
cgggctgtcctcgctgtccgagggccgcttctgcgggcactggaggcgttgtcggggctg
ggaccggggccggggaaagggaagatggaggaataccctggctgtgcagaggatggggca
ggggaggctccaaatacagatagggagcagggcctggatcctgaggggccgctgagggga
tgtccagtggaaaaagagctagtcagatctgagatggacgagggaagacttgaggagtgg
agggcagtgggtatgtttgagccctacctgaagagcttctacatcaggtccaccgacccc
acccagattaagatcctgaagctggaagtgctgaccaacctggccaatgagaccaacatt
cctactgtcctacgggaattccagacctatattcgcagcatggacaaggactttgtggca
gccacaatccaggccattggacgctgtgcaactaacatcggccgagtccgtgacacctgc
ctcaatggcctggtgcagctgctgtccaaccgtgatgagcttgtggttgcagagtcagtg
gtcgtcattaagaaattgctacagatgcagccagcacaacatggagagatcatcaaacac
ttggcaaagcttacagacaacatccaggtgcccatggcccgagccagcatcctgtggctc
atcggagagtactgtgagcatgtccccaggattgcacctgatgtcttaagaaaaatggcc
aagtcattcacagcagaggaggatattgtcaagctgcaggtcatcaacctggcagccaag
ctctacctgaccaactctaaacagaccaagctgctgacccagtatgtgctgagtctggcc
aaatatgaccagaactatgatattcgcgaccgggcgcgcttcacccggcagctcatcgtc
ccttccgagcagggtggggccctcagccgccatgccaagaagctcttcctggcacccaaa
ccagctccagtcttggagtcatccttcaaagaccgggaccacttccagctgggctcactg
tcccacctgcttaatgccaaggccacaggctaccaggagctcccagactggccggaggaa
gccccagacccatctgtgcgcaacgtggaggtacctgaatggaccaagtgctcaaatcgg
gagaagagaaaggagaaggaaaaacccttctactcggactctgagggggagtcaggcccc
acggagtccgcagacagtgaccctgagtctgagagtgaatcggacagtaagagcagcagt
gagagcggctctggggagtccagcagtgagtccgacaatgaagaccaggatgaggatgag
gagaaagggagaggcagtgagagtgaacagagtgaggaggatggtaagaggaagacaaag
aagaaggtgccagagagaaaaggagaagcgtcatcctctgatgagggcagcgattccagc
agtagctcatcagagtccgagatgacatcggagtccgaggaggagcagttagaacctgcc
tcctggagcaggaaaacacctcccagcagcaaaagtgctcctgcaaccaaggagatctcc
ctgcttgatctagaggatttcttatctactcccacagtcacccctcccagtgtccagcct
gtgtctcccccagcaattgtgtctaccagtctggctgctgacctggagggcctgacactc
acagactccaccctggtaccgtcgcttctgagtccagtatcgggtgttgggcggcaggag
ctgctgcaccgggtagctggcgaggggctggctgtggactacaccttcagccgccaacct
ttctccggggatccccacatggtgtccgtgcacatccacttctccaacagctctgatacc
cccatcaagggcctgcatgtgggcactcccaaactgcctgctggcatcagcatccaagaa
tttcccgaaattgagtccctggcacctggagaatctgccactgctgtaatgggcattaat
ttctgtgactcaacccaggcagccaacttccagctgtggtatgtgcccaactcgagcacc
cagacccgacagttctacgtctccattcagccacctgttggggagctgatggcccctgtg
ttcatgagtgaaaatgagtttaagaaggaacagggaaagctgatgggcatgaatgagatc
acagagaaactcatgctgccagacacctgtcggagtgaccacattgtggtgcagaaagtg
actgccactgccaacctgggtcgtgttccttgtgggacatctgatgagtacaggtttgca
gggaggacactgactggtggaagcctcgttctgctgaccctggatgcccggccagctgga
gctgcccagctgactgtcaacagcgagaaaatggtgattggcaccatgctggtaaaggat
gtgatacaggctctgacccagtga