GENSCAN 1.0	Date run:  3-Nov-116	Time: 07:33:15

Sequence gi568815591f:149620007_149834044 : 214038 bp : 51.50% C+G : Isochore 3 (51 - 57 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..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

 1.05 Intr -   1133   1040   94  2  1   22   82   117 0.793   4.54
 1.04 Intr -   1553   1254  300  2  0   59   63   530 0.068  45.07
 1.03 Intr -   4800   4204  597  0  0   69   26   180 0.018   3.25
 1.02 Intr -  14819  14776   44  0  2  106   89    14 0.434   1.75
 1.01 Init -  17683  17629   55  1  1   83   91    45 0.781   5.69
 1.00 Prom -  28794  28755   40                              -1.91

 2.04 PlyA -  29648  29643    6                               1.05
 2.03 Term -  31913  31851   63  2  0   29   55    91 0.104  -1.92
 2.02 Intr -  40605  40512   94  2  1   42   93    36 0.042  -0.03
 2.01 Init -  43676  43495  182  2  2   20   74   145 0.632   4.93
 2.00 Prom -  49572  49533   40                              -1.61

 3.00 Prom +  50363  50402   40                              -2.91
 3.01 Init +  50891  50900   10  1  1   52   98     6 0.220  -2.03
 3.02 Intr +  54248  54437  190  0  1   93   30   104 0.433   4.26
 3.03 Term +  56170  56377  208  1  1   64   48   168 0.320   7.54
 3.04 PlyA +  58493  58498    6                               1.05

 4.04 PlyA -  59176  59171    6                               1.05
 4.03 Term -  63463  63385   79  0  1   77   49    35 0.144  -3.97
 4.02 Intr -  71151  71092   60  2  0   98   95    65 0.235   6.54
 4.01 Init -  72946  72849   98  1  2   64   45   100 0.210   1.03
 4.00 Prom -  74112  74073   40                              -1.71

 5.00 Prom +  78540  78579   40                              -1.51
 5.01 Init +  95049  95160  112  2  1   83   68   143 0.598  10.13
 5.02 Intr +  96853  96896   44  2  2   84   92    -7 0.572  -2.25
 5.03 Intr +  99540  99666  127  2  1   43   82   265 0.843  22.16
 5.04 Intr + 100047 100121   75  1  0  123  110     8 0.733   6.48
 5.05 Intr + 100829 100984  156  0  0   65  110   201 0.996  20.49
 5.06 Term + 101374 101837  464  2  2   92   43   128 0.916   4.30
 5.07 PlyA + 101984 101989    6                              -0.45

 6.00 Prom + 101995 102034   40                              -5.81
 6.01 Init + 102614 102950  337  1  1   68  109   177 0.916  13.25
 6.02 Intr + 104646 104843  198  1  0   94  100   -15 0.496   0.14
 6.03 Intr + 105881 106054  174  0  0  106  105    84 0.929  12.33
 6.04 Intr + 108517 108669  153  2  0   93   85    -4 0.455   0.36
 6.05 Intr + 110141 110335  195  0  0   67   84   129 0.966  10.31
 6.06 Intr + 110441 110562  122  0  2   25   99    80 0.835   3.52
 6.07 Intr + 110669 110707   39  1  0   82  105    14 0.605   1.41
 6.08 Intr + 111666 111770  105  2  0   86   66    34 0.640   1.91
 6.09 Intr + 113319 113450  132  2  0   69   68   141 0.548  11.55
 6.10 Intr + 113865 114003  139  2  1  112   23    51 0.396   1.54
 6.11 Intr + 133774 133918  145  2  1  125   89    43 0.469   7.95
 6.12 Intr + 141631 141835  205  1  1  130   98   -23 0.077   2.63
 6.13 Term + 143144 143233   90  1  0   49   49   107 0.220   0.92
 6.14 PlyA + 144182 144187    6                               1.05

 7.02 PlyA - 144204 144199    6                               1.05
 7.01 Sngl - 146222 144708 1515  2  0   18   52  1908 0.412 176.20
 7.00 Prom - 147319 147280   40                              -5.61

 8.00 Prom + 148791 148830   40                              -5.01
 8.01 Init + 156036 156085   50  2  2   86  102   107 0.998  10.27
 8.02 Intr + 156340 156522  183  1  0   44   89   122 0.949   7.32
 8.03 Intr + 156929 157011   83  2  2   56   98   -19 0.900  -4.32
 8.04 Intr + 157178 157357  180  0  0   87   94    44 0.900   5.26
 8.05 Intr + 157603 157847  245  2  2   79   76   232 0.659  18.85
 8.06 Intr + 157940 158039  100  1  1   83   93    80 0.962   8.18
 8.07 Intr + 158775 158933  159  1  0   71  110   107 0.984  11.67
 8.08 Intr + 159022 159101   80  2  2   96   78    31 0.990   2.67
 8.09 Intr + 159528 159680  153  2  0   96   80   191 0.976  19.88
 8.10 Intr + 159954 160125  172  2  1  103   26   129 0.999   8.23
 8.11 Intr + 160232 160472  241  0  1   73   68   186 0.981  12.24
 8.12 Intr + 160773 160917  145  0  1   85   80   143 0.977  13.99
 8.13 Intr + 162176 162293  118  1  1  111   68   126 0.999  13.44
 8.14 Intr + 162841 163016  176  2  2   51   69   127 0.898   7.28
 8.15 Intr + 163101 163328  228  2  0   68   70   249 0.960  19.69
 8.16 Intr + 163505 163670  166  1  1   71   97   113 0.959  10.55
 8.17 Intr + 163895 164129  235  0  1  104   81   202 0.995  18.38
 8.18 Intr + 164893 165010  118  1  1   36  105    72 0.331   4.67
 8.19 Intr + 165125 165219   95  1  2   89   64    56 0.524   2.56
 8.20 Intr + 165478 165734  257  1  2   93   24   255 0.998  17.22
 8.21 Term + 166083 166273  191  1  2  138   46   161 0.999  14.83
 8.22 PlyA + 166913 166918    6                               1.05

 9.00 Prom + 166934 166973   40                              -6.10
 9.01 Init + 167350 167559  210  0  0   72  113   160 0.996  15.77
 9.02 Intr + 167661 167788  128  2  2   61   90   104 0.998   7.88
 9.03 Intr + 167856 167965  110  0  2   69   68   139 0.988  10.43
 9.04 Intr + 168315 168464  150  1  0   70   78    62 0.942   4.05
 9.05 Intr + 168561 168654   94  1  1   77  105    57 0.947   5.82
 9.06 Intr + 168746 168915  170  2  2   26   96   118 0.940   6.51
 9.07 Intr + 169159 169392  234  2  0   83   92   260 0.647  24.09
 9.08 Intr + 169595 169816  222  0  0   86  105    96 0.705   9.73
 9.09 Intr + 170277 170614  338  1  2   19   80   415 0.930  29.59
 9.10 Intr + 171013 171196  184  0  1  121   77    73 0.998   9.38
 9.11 Intr + 171296 171387   92  0  2  118   81    34 0.850   5.91
 9.12 Intr + 171469 171700  232  0  1   94   94    74 0.929   6.48
 9.13 Intr + 171811 171963  153  2  0  100   81    67 0.995   7.76
 9.14 Intr + 172060 172200  141  2  0  118   90    72 0.795  11.23
 9.15 Intr + 172293 172475  183  1  0   59   81   141 0.753  10.78
 9.16 Intr + 172573 172723  151  2  1   69   47   109 0.979   4.63
 9.17 Intr + 173304 173457  154  0  1   77   94    39 0.906   3.99
 9.18 Intr + 173560 173614   55  0  1   84  105   -24 0.912  -2.06
 9.19 Intr + 174788 174892  105  0  0  107   94    15 0.941   4.69
 9.20 Intr + 175205 175423  219  0  0  112   65    56 0.920   4.50
 9.21 Intr + 175533 175792  260  1  2  121  105   134 0.665  16.12
 9.22 Intr + 176365 176509  145  0  1   59   92   159 0.977  13.77
 9.23 Intr + 176617 176740  124  2  1   42   74   136 0.489   7.75
 9.24 Intr + 177266 177338   73  2  1   99  105    14 0.885   4.10
 9.25 Intr + 178062 178119   58  2  1  111   89    -3 0.592   1.05
 9.26 Intr + 179828 179998  171  0  0   74   99    61 0.590   6.23
 9.27 Intr + 180281 180424  144  0  0   72   89   113 0.362  10.56
 9.28 Intr + 181830 181949  120  1  0   59   68   147 0.297  10.77
 9.29 Intr + 182034 182198  165  1  0   90   89   177 0.999  18.45
 9.30 Intr + 183221 183343  123  0  0   77  100     7 0.777   1.86
 9.31 Intr + 183469 183598  130  2  1   72   77    86 0.995   6.16
 9.32 Intr + 183682 183790  109  1  1  109   36    38 0.350   1.49
 9.33 Intr + 185405 185578  174  1  0   98   66    31 0.373   2.55
 9.34 Intr + 186828 186985  158  2  2    9   68   141 0.559   3.52
 9.35 Intr + 188527 188648  122  1  2   26   94   106 0.371   5.64
 9.36 Intr + 191222 191320   99  0  0   64   60    94 0.244   4.78
 9.37 Intr + 191659 191711   53  2  2  103   86    25 0.275   2.92
 9.38 Intr + 191905 191995   91  0  1  101   30    81 0.435   3.67
 9.39 Intr + 192260 192430  171  0  0  124   82   -34 0.497   0.03
 9.40 Intr + 192555 192634   80  1  2   84   89    67 0.996   6.17
 9.41 Intr + 193624 193793  170  0  2   92   95   195 0.991  19.86
 9.42 Intr + 194328 194374   47  0  2   60   91    -7 0.556  -4.66
 9.43 Intr + 195169 195369  201  2  0  119   92    73 0.901  10.58
 9.44 Intr + 195683 195779   97  0  1  121  107    67 0.999  11.47
 9.45 Intr + 195884 196083  200  2  2  100   83    31 0.973   3.32
 9.46 Intr + 196366 196532  167  2  2   39   71   137 0.920   7.29
 9.47 Intr + 197612 197742  131  1  2   92   81    79 0.974   7.60
 9.48 Intr + 197895 198118  224  0  2   77   95   216 0.993  19.50
 9.49 Intr + 199300 199509  210  2  0   86   94   144 0.951  14.21
 9.50 Intr + 200644 200775  132  2  0   90   73   122 0.931  12.02
 9.51 Intr + 200870 201116  247  0  1   58   80    44 0.509  -2.35
 9.52 Intr + 201391 201543  153  1  0  102   89   102 0.797  11.40
 9.53 Intr + 202067 202191  125  2  2   78  109    39 0.967   5.73
 9.54 Intr + 202506 202673  168  1  0   67   81   121 0.998   9.73
 9.55 Intr + 203346 203476  131  1  2   95  100    15 0.998   4.32
 9.56 Intr + 203718 203842  125  2  2   97   89   102 0.905  11.09
 9.57 Intr + 204080 204126   47  2  2   87   86    39 0.725   2.14
 9.58 Intr + 204332 204387   56  0  2  105   16    24 0.522  -3.91
 9.59 Intr + 204544 204666  123  0  0   82   55    58 0.529   3.19
 9.60 Intr + 204959 205118  160  1  1   78   93    36 0.341   3.17
 9.61 Intr + 205794 205932  139  1  1   48   60   149 0.971   8.13
 9.62 Intr + 206069 206271  203  2  2   92  119    33 0.966   6.25
 9.63 Intr + 206444 206571  128  0  2  107   94     2 0.977   3.60
 9.64 Intr + 206724 206815   92  2  2   51   81    91 0.892   3.99
 9.65 Intr + 206907 206953   47  0  2   74   76    43 0.000   0.24
 9.66 Intr + 207765 207979  215  1  2  -57   85   222 0.000   6.36
 9.67 Intr + 208930 208990   61  0  1  117   55    17 0.560   0.10
 9.68 Intr + 211129 211259  131  2  2   97   83   113 0.669  12.62
 9.69 Intr + 212762 212912  151  1  1   74   59   241 0.991  20.05
 9.70 Term + 213801 213823   23  1  2  114   42    10 0.414  -2.24
 9.71 PlyA + 213954 213959    6                               1.05


Suboptimal exons with probability > 0.800

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

S.001 Intr + 207763 207979  217  1  1   68   85   227 0.996  19.43


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815591f:149620007_149834044|GENSCAN_predicted_peptide_1|364_aa
MEPIEGKRSSCHKTGEATAVVHCPPGWNITMGVEASCAFVGRAGSQDTVRTGRALKALTQ
LRAAQGRGSQGAAAAETGLGGRRLRRAPGGGPCVGPRAAAATTLSGPRGTAQGHGGGGRS
SGKGDQRAHELAAWIPRATRARHTGAAGAEPYYRAWGSGEQGRGVCRGLLRLPAGPPTPG
RARALAERLSPPRAAPRQDPWPLRGFLPPPQPLNPTSASPHPRLFSLLGARPISPWTMAA
TIQAMERKIESQAAHLLSLEGQTGMAEKKLADCEKTAVEFGNQLEGKWAVLGTLLQEYGL
LQRRLENVENLLHNRNFWILRLPPGSKGESPKFSEQVWGKLEDWQKELCKHVMRGNCEML
VSLX

>gi568815591f:149620007_149834044|GENSCAN_predicted_CDS_1|1092_bp
atggagcccattgagggcaagagatccagctgccataaaacaggagaagctacagcagtt
gtccactgtccacccggctggaacatcaccatgggggtggaagcctcatgtgccttcgtc
ggccgcgccggctcccaggatacagtgcggaccggccgggcgctaaaggcgttgacgcaa
ctgcgggcggcgcagggcaggggcagtcagggagcagcggcggcagagacagggctgggc
gggcgccgcctgcggagagcaccgggaggcgggccctgcgtggggccgcgcgcagcagcg
gcgacgactttatctgggccgcgggggacagcgcagggccatggaggaggcggccgcagc
tccggtaagggcgaccagcgcgcgcacgaactcgcggcctggattccccgggcgacccgg
gcccggcacacgggggctgcgggagccgagccgtactaccgcgcctggggctccggggaa
cagggccgcggcgtctgccggggcctactgcgcttgccagccgggccccccactccgggc
cgagcccgagcgctggcggaacggttgtccccgccccgggccgccccacgccaagatcct
tggcccctccggggcttcctgcccccgccccagccgctgaaccctacatctgcgtccccc
cacccgaggctcttttctctgcttggcgctcggcctatttctccgtggacgatggcagcc
acgattcaggccatggagaggaagattgaatcgcaggctgctcacctgctttccctagaa
ggtcaaaccgggatggccgagaagaagctggctgattgcgagaagacagccgtggagttc
gggaaccagctggagggcaagtgggccgtgctggggaccctgctgcaggagtacgggctg
ctgcagaggcggctggagaacgtggagaacctgctgcacaacaggaacttctggatcctg
cggctgcccccgggcagcaagggggagtcccctaagttctctgagcaagtgtggggcaag
ctggaggactggcagaaggagctctgcaagcacgtgatgaggggcaactgcgagatgctg
gtctctttggnn

>gi568815591f:149620007_149834044|GENSCAN_predicted_peptide_2|112_aa
MEEKTNVQLPPGQTEQHVEIHIMNFCSKNHHRITPEKPKELTDPFKEAACCCKLYEIDKK
LYRMAEWIKIHKPSICCLQETHLTHKDSHKLKHCDMFVMAMTPTPKVVGLPE

>gi568815591f:149620007_149834044|GENSCAN_predicted_CDS_2|339_bp
atggaagagaagaccaatgtgcagctcccacctggacaaacagaacagcatgtggaaatt
cacatcatgaacttttgctccaagaaccaccataggatcacaccagaaaaaccaaaagaa
ctcacagacccttttaaagaagcagcttgctgctgcaaactctatgagatagacaaaaaa
ctatacagaatggcagaatggatcaaaatccacaaaccaagtatctgctgtcttcaagag
actcacctgacacataaggattcacataagcttaagcactgtgacatgttcgtgatggcc
atgacacccacgccgaaggttgttggtttaccagaatga

>gi568815591f:149620007_149834044|GENSCAN_predicted_peptide_3|135_aa
MLSDLRKIKIDLGKFSDNPDGYIDVLQGLRQSFDLTWRDIMLLLDQSLTPNEKSAAKTAA
REFGDLWFVYSRIEAVKLQIVLQMEPQMQSMTKIYCGPLDRPTSPCFDVDDIEGTPHEEI
STARPLLCPNSAGSS

>gi568815591f:149620007_149834044|GENSCAN_predicted_CDS_3|408_bp
atgctctcagacttgaggaaaattaaaatagacctaggtaaattctcagataaccctgat
ggctatattgatgttttacaagggttaagacaatcctttgatctgacatggagagatata
atgttactgctagatcagtcactaaccccaaatgagaaaagtgccgccaaaactgcagcc
cgagagtttggcgatctctggtttgtctattccagaattgaagctgtaaaactacaaatc
gttcttcaaatggagccccagatgcagtccatgactaagatctactgcggacccctggac
cggcccactagcccatgctttgatgttgatgacattgaaggcacccctcacgaggaaatc
tcaactgcacgacccctactatgccccaattcagcaggaagcagttaa

>gi568815591f:149620007_149834044|GENSCAN_predicted_peptide_4|78_aa
MGGWARWLTPVIPAPELVGAVTAAPKWTGGSPGILYELDYSEATQVTIRPRIRTQLETLV
ILRGFDWNGMLSDTNILL

>gi568815591f:149620007_149834044|GENSCAN_predicted_CDS_4|237_bp
atggggggatgggcgcggtggctcacgcctgtaatcccagcgccggagctggtgggggct
gtgacagcggctccgaagtggacaggtggctccccaggaatactctatgaactcgactat
tctgaggccactcaagtcaccatcagaccgcgtattaggacacaattggagacgctggtt
attttacgaggctttgactggaatggcatgctttcagatacaaacatactgctttaa

>gi568815591f:149620007_149834044|GENSCAN_predicted_peptide_5|325_aa
MARQVRQADARTPRRSAAPKAVGRERAGTPPQLRDRLGTIPVFVLSSQYLYEVSITFKDL
AVRFSEEEWRLLEEGQREFYRDVMRENYETLVSVEPGRAVGGGSHADEGQEPAGCGDPQG
GQPRHSLHLTALVQLVKEIPEFLFGEVKGAMDSPESESRGASLDGERASPEAAAAREPCP
LRGLLSCLPDGPTSQPHLATTPTDSSCSSGPTGDGVQGSPLPISESDTAGTGRTSISKAL
IVASEDLDPVPSSFFSRTQFPCCAVLLLTKYAREQDNIFSLWCNHQRGGMMLSPWGACHP
APITEHFVHRKSPAVSNMQAHGQQH

>gi568815591f:149620007_149834044|GENSCAN_predicted_CDS_5|978_bp
atggcgcgccaggtaaggcaggcggacgcgcggacccctcggcgcagtgcggccccgaag
gcggtagggcgagaaagagctgggacccccccgcaacttcgggatcggctgggcactatt
cctgtatttgttttgtcttcacaatacctctatgaggtgtccatcaccttcaaggacttg
gccgtgcggttctcggaggaggagtggcggctcctggaggaggggcagagggagttctac
cgagacgtgatgcgggagaactacgagacgctggtctctgtggagcctggaagagctgtt
gggggagggagccacgctgatgaggggcaggagcctgctggttgtggagatccccagggg
ggacagccccggcacagcctgcacctcacagccctggtgcagctggtgaaggagatccca
gagttcttgtttggagaagtcaagggcgctatggacagccccgagagcgagagccgggga
gccagcctggatggagagagagcgagccccgaggcagctgcggcaagagagccctgccct
ctccgaggcctgctcagctgccttccagacggccctaccagccagccccacctggccacc
acgcccaccgacagctcgtgttccagtggcccaactggtgacggggtccagggaagtcct
ctccccatcagtgagtctgacacagcagggacagggagaaccagcatttcaaaagccctg
atcgtggcgtcagaggacctggaccctgtgccctcttcatttttttctaggactcagttc
ccctgttgtgctgttcttttgttaacaaagtacgccagggagcaggacaacatatttagc
ctctggtgtaaccaccaaagaggaggcatgatgctcagcccctggggagcctgtcatccc
gccccgatcactgagcactttgtacacagaaagtctccggcagtttctaacatgcaggcc
cacggccagcagcattga

>gi568815591f:149620007_149834044|GENSCAN_predicted_peptide_6|677_aa
MLLRRLGLVAAPPGRPCLHSHGWESQPPGDLNACQRSRCPVRTALTQAHLACATGISPGN
SPLQGLINCLKEILVPGPRHPETSPSFLPPLPSLGTSRLTRADLGPGSPPWAGPGYLLTP
PPHPDLGAGGLLSVKMENSWVQSPPGPASCQPGRQPLSPSATGDTRGVPQPSWGPEAQEA
TREPVLPLGLQSCVRDGPSRPLAPRGTPTSFSSSSSTDWDLDFGSPVGNQGQHPGKGSPP
GSSPLQGLENCLKEIPVPVLRPAWPCSSAADRGPRRAEPRNWTADKEGSAPKPSPLHCLE
SALRGILPVRPLRFACVGGPSPSPSPGSSSSFSGSEGEDPRPEPDLWKPLPQAVSLLSLC
PHVLVGPLLAAVAAALVKTPGEQSPGTAAASVQGVLHIGRALVPCKVQLRIPARFLSWRK
GPGLVKHPEAWSLDMEDPELQPPCHCGKPLQQELHSLGAALAEKLDRLATALAGLAQEVA
TMRTQGASPPAASADADVPTSGVAPDGIPERPKEPSSLLGGVQRALQEELWGEGSQGRTG
FQSFHQRGIVAVRPLLGVLHTPSDCEIQDLSLVKRHFKDQSLEPTECHLALRFSASWTSM
SHLQSDCRFLTDRWHMLDISVLLTGTGTFWAHTGDILGTYWVLNTRYTFFGKIIRSPIAS
EAHADSSQLYVCSLALS

>gi568815591f:149620007_149834044|GENSCAN_predicted_CDS_6|2034_bp
atgctgctccgccgcctgggcctggtggcagctccaccgggcaggccttgtctgcattct
cacgggtgggaatctcagccgcccggagacctgaatgcctgccagcgctcccggtgtccc
gtcaggactgcactgacccaggcccaccttgcatgtgccacaggaatttctcctgggaac
agccccttgcaaggcctcatcaactgtctgaaggaaatccttgtgcctgggccccggcac
cccgagacatccccaagcttcttgccacctctccctagcctgggcacgtccaggctaacc
agagcagacctggggcctgggagcccgccctgggcagggcctggatacctcctgacccct
cctccccatcctgatcttggagctggcggtctgctctctgtgaagatggagaacagctgg
gtccagagccccccaggacctgcatcctgtcagcctggcaggcagcccctcagtccctca
gccactggagacaccagaggggtcccccaacccagctggggccctgaggctcaagaagcg
accagagagcctgttctgcctctgggtctgcagagctgtgtgagagatggccccagcagg
cccctggccccccgaggaacccccaccagcttctcctcatccagcagcaccgactgggac
ctggattttgggagtcctgtggggaaccaggggcagcatcctggaaaaggaagcccacca
ggaagctccccactgcagggtctggagaattgtctcaaggagatacctgtgcctgtgctg
cggcctgcctggccctgctcctcagcagcagacaggggaccgaggagagcagagcccagg
aactggacagcagacaaggaagggtctgcccccaagccctccccgctgcactgcctggag
agcgccctgagggggatcttgcctgtaaggcccttgcgcttcgcctgcgtgggaggcccc
agccccagccccagccccggctccagctcgagcttcagcggctctgaaggagaagacccg
aggccagagcctgatctctggaagccgctcccccaggctgtaagcctcctgtccctctgt
ccccatgtcctggtgggacccctgctggcagcagtggcggcagccctggtgaagacccca
ggagaacagagcccaggtactgcagcggcctcggtgcagggagtcctgcacattggccgt
gctttagttccctgtaaggtacagctcaggatccctgcccggtttctcagctggagaaaa
ggcccagggttagtgaagcatccagaggcctggagcttggacatggaagacccagagttg
cagccgccatgccactgtgggaagcccctgcagcaggagctgcacagcctcggtgctgcc
cttgcggagaagctggatcggctcgccacagcgctggcaggcctggctcaggaagtggcc
accatgaggacccagggagcctctcctcctgcagccagtgcagatgcagacgtgccgacc
tcaggagtggcaccagacgggatcccagagcggcccaaggagccgagcagcctgctggga
ggagtgcagagggccctccaggaagaactgtggggtgagggttcccagggaaggacagga
ttccagtccttccaccagcgtggaattgtggccgtgcgccctcttctgggggtcttgcat
actccctctgactgtgaaatacaagacttgtctctggttaaaagacatttcaaggatcag
tctttagagcccacagaatgccacctagcacttagattctctgcttcatggacatcgatg
tctcatctccagtcagactgcaggttccttacagacaggtggcatatgctagacatctct
gtgctactcacagggactggcacattctgggcacatactggggacattctgggcacatac
tgggtactcaatacccgttatacattctttgggaagatcatccgctcccccatagcttca
gaagcacatgcggatagttctcagctgtatgtctgcagcctggccctctcctga

>gi568815591f:149620007_149834044|GENSCAN_predicted_peptide_7|504_aa
MIRKVKVEDEDQEAEEEVEWPQHLSLLPSPFPAPDLGHLAAAYKLEPGAPGALSGLALSG
WGPMPEKPYGCGECERRFRDQLTLRLHQRLHRGEGPCACPDCGRSFTQRAHMLLHQRSHR
GERPFPCSECDKRFSKKAHLTRHLRTHTGERPYPCAECGKRFSQKIHLGSHQKTHTGERP
FPCTECEKRFRKKTHLIRHQRIHTGERPYQCAQCARSFTHKQHLVRHQRVHQTAGPARPS
PDSSASPHSTAPSPTPSFPGPKPFACSDCGLSFGWKKNLATHQCLHRSEGRPFGCDECAL
GATVDAPAAKPLASAPGGPGCGPGSDPVVPQRAPSGERSFFCPDCGRGFSHGQHLARHPR
VHTGERPFACTQCDRRFGSRPNLVAHSRAHSGARPFACAQCGRRFSRKSHLGRHQAVHTG
SRPHACAVCARSFSSKTNLVRHQAIHTGSRPFSCPQCGKSFSRKTHLVRHQLIHGEAAHA
APDAALAAPAWSAPPEVAPPPLFF

>gi568815591f:149620007_149834044|GENSCAN_predicted_CDS_7|1515_bp
atgattcggaaggtgaaggtggaggacgaagatcaggaggcagaagaggaggtcgaatgg
ccccagcatctatcgttacttcccagcccctttcccgcgcctgacctggggcatctggct
gccgcgtacaaactggagccaggggccccgggggcactgagtgggctcgcgctgtctggg
tggggtccgatgccggagaagccctacggctgcggggagtgtgagcggcgcttccgggac
cagctgacgttgcgactgcaccagcggctgcaccggggcgagggcccctgcgcctgcccg
gactgcggccgcagcttcacgcagcgcgcccacatgctactgcatcagcgcagccaccgc
ggcgagcggcctttcccgtgctccgagtgcgacaagcgcttcagcaagaaggcccatctg
acccgccacctgcgcacgcacacgggcgagcggccctacccgtgcgcggagtgcggcaag
cgcttcagccagaagatccacctgggctcgcaccaaaagacccacaccggcgagcggccc
ttcccctgcacggaatgcgagaagcgctttcgcaagaagacgcacttgattcggcaccag
cgcatccatacgggcgagaggccctaccagtgcgcacagtgcgcacgcagcttcacgcac
aagcagcacttggtgcggcaccaaagggtgcaccagacggccggcccggccaggccctct
cccgactcgtccgcttctcctcattccactgccccgtccccgaccccatcctttcccggg
ccaaagcctttcgcgtgctccgactgcggcttgagcttcggctggaaaaagaacctcgcc
acgcaccagtgtctgcaccgcagcgagggtcgcccctttgggtgcgatgagtgcgcactg
ggcgccaccgtggatgcccccgccgccaagcccctggccagcgcgcctggcggaccgggc
tgcggcccaggatccgatcccgtggtgccccagcgcgccccctcgggcgagcggtccttc
ttctgcccggactgcgggcgcggcttctcccatgggcagcacctggcgcggcacccgcgc
gtgcacacgggcgaacggcccttcgcctgcacgcagtgtgaccgccgcttcggctcgcgg
cctaatctggtcgcccactccagggcccacagcggcgccaggcctttcgcctgcgctcag
tgcggccgccgcttcagccgcaagtcgcacctgggccgccaccaggcggtgcacactggc
agccgcccccacgcctgcgccgtctgcgcccgcagcttcagctccaaaaccaacctagtc
cgccaccaggcgatccacacaggctcccgccccttctcctgcccgcagtgcggaaagagc
ttcagccgcaagacccacctggtgcggcaccagctcattcacggcgaagccgcccacgcg
gccccggacgccgcccttgcggccccagcctggtccgctccccccgaggtggcgccgccc
ccgctcttcttctga

>gi568815591f:149620007_149834044|GENSCAN_predicted_peptide_8|1124_aa
MLLPALLFGMAWALADGRWCEWTETIRVEEEVAPRQEDLVPCASLDHYSRLGWRLDLPWS
GRSGLTRSPAPGLCPIYKPPETRPAKWNRTVRTCCPGWGGAHCTEALAKASPEGHCFAMW
QCQLQAGSANASAGSLEECCARPWGQSWWDGSSQACRSCSSRHLPGSASSPALLQPLAGA
VGQLWSQHQRPSATCASWSGFHYRTFDGRHYHFLGRCTYLLAGAADSTWAVHLTPGDRCP
QPGHCQRVQVTMGPEEVLIQAGNVSVKGQLVPEGQSWLLHGLSLQWLGDWLVLSGGLGVV
VRLDRTGSISISVDHELWGQTQGLCGLYNGWPEDDFMEPGGGLAMLAATFGNSWRLPGSE
SGCLDAVEVAQGCDSPLGLIDADVEPGHLRAEAQDVCHQLLEGPFGQCHAQVSPAEYHEA
CLFAYCAGAMAGSGQEGRQQAVCATFASYVQACARRHIHIRWRKPGFCERLCPGGQLYSD
CVSLCPPSCEAVGQGEEESCREECVSGCECPRGLFWNGTLCVPAAHCPCYYCRQRYVPGD
TVRQLCNPCVCRDGRWHCAQALCPAECAVGGDGHYLTFDGRSYSFWGGQGCRYSLVQDYV
KGQLLILLEHGACDAGSCLHAISVSLEDTHIQLRDSGAVLVNGQDVGLPWIGAEGLSVRR
ASSAFLLLRWPGAQVLWGLSDPVAYITLDPRHAHQVQGLCGTFTQNQQDDFLTPAGDVET
SIAAFASKFQVAGKGRCPSEDSALLSPCTTHSQRHAFAEAACAILHSSVFQECHRLVDKE
PFYLRCLAAVCGCDPGSDCLCPVLSAYARRCAQEGASPPWRNQTLCPVMCPGGQEYRECA
PACGQHCGKPEDCGELGSCVAGCNCPLGLLWDPEGQCVPPSLCPCQLGARRYAPGSATMK
ECNRWELVYAPGACLLTCDSPSANHSCPAGSTDGCVCPPGTVLLDERCVPPDLCPCRHSG
QWYLPNATIQEDCNVCVCRGRQWHCTGQRRSGRCQASGAPHYVTFDGLAFTYPGACEYLL
VREASGLFTVSAQNLPCGASGLTCTKALAVRLEGTVVHMLRGRAVTVNGVSVTPPKVYTG
PGLSLRRAGLFLLLSTHLGLTLLWDGDQAPALPQPLDLCPALAP

>gi568815591f:149620007_149834044|GENSCAN_predicted_CDS_8|3375_bp
atgctactccctgccctcctctttgggatggcgtgggccctggctgacgggcggtggtgt
gagtggacagagaccatccgtgtggaggaggaagtggcaccccgtcaggaggacctggta
ccctgtgccagcctcgaccattacagccgcctgggctggcggctggacctgccctggagt
ggccgctcggggcttacccggtccccagcgcctgggctctgtcctatctacaaacctcca
gaaacccggcctgccaagtggaaccggacagtgaggacttgttgcccaggctgggggggc
gcccactgcactgaggcccttgccaaagccagtcctgaaggccactgctttgccatgtgg
cagtgccagctacaggcaggctcagctaatgcctcagcaggaagcctggaggagtgctgc
gcccggccctggggacaaagctggtgggatggcagctcccaggcctgccgcagctgctcc
agccgacacctgccaggcagtgcctcttctccagccctcctgcagcccctggcaggggct
gtgggccagctctggagccagcaccagcgtccctcggccacctgtgcctcctggtcgggc
ttccactaccgcacctttgatggccgccactatcacttcctgggccgctgcacctacctg
ctggcgggtgctgcggactccacctgggctgtccacctaacacccggggaccgctgcccc
cagcctggacactgtcagcgggtccaggtgactatgggacccgaggaggtgctgatccag
gctggaaatgtgtctgtgaaggggcagctggtacctgaagggcagtcttggctgctccac
gggctgagcctgcaatggctgggggactggctggtgctgtcaggaggcctgggggtcgtg
gtgcggctggacaggactggctccatctccatctctgtggaccacgagctctggggacag
acacaaggcctctgtgggctctacaatggctggccagaggatgacttcatggagccaggc
ggagggctggccatgttagcagccacctttggaaattcctggaggctccctggctcggag
tctgggtgtctggatgcagtggaggtggcccagggctgtgacagccccctggggctcata
gacgcagatgtagaacctggccacctgcgggctgaagcccaggacgtgtgccatcagctg
ctggaaggtccattcgggcagtgccatgcccaggtttcccctgctgagtaccacgaggcc
tgtctctttgcctactgcgcaggggccatggcaggcagtgggcaagaggggcggcagcag
gctgtttgtgccacctttgccagctatgtccaggcctgtgccaggcggcacatccacatt
cgctggaggaagcctggcttctgcgagcgcctgtgccccgggggccagctctactccgac
tgcgtctccctctgcccacccagctgcgaggcggtgggtcagggagaggaggagtcctgc
agggaagagtgtgtgagtggctgtgagtgcccgcgaggcctcttctggaatggcaccctc
tgtgtgcctgctgcccactgcccctgctactactgccgccagcgctatgtacccggtgac
accgtgcgccagctgtgtaacccctgcgtgtgcagggatggccgctggcactgtgcccag
gcactgtgccccgccgagtgtgcagtgggtggggacgggcactacctcaccttcgatggg
cggagctactccttctggggtggtcaaggttgccgctacagcctggtgcaggactatgtg
aagggacagctactgatcctactggagcatggggcctgcgacgctgggagctgcctgcac
gccatctccgtctccctggaggacacccacatccagctcagggactcaggagctgtgctg
gtcaatgggcaggatgtgggcttgccctggattggcgctgagggcctcagtgtgcgccga
gcttcctctgcctttctgctgctgcgctggcctggggcccaggtgctctggggactgtct
gaccctgtagcctacatcaccctggacccccgccatgcccaccaggtgcagggtctgtgt
ggcaccttcacccagaaccagcaggacgacttcctgacaccagccggagatgtggaaact
agcattgctgcctttgctagcaagttccaggtggccggcaagggaagatgcccctctgag
gacagtgccctgctgtctccctgcaccacccactcccagcgccacgccttcgcagaggcg
gcctgtgccatcctgcacagctctgtcttccaggaatgccacaggctggtggacaaagag
ccattctatctgcgctgcctggcagccgtgtgtggctgtgatcccggcagtgactgcctg
tgcccggtgctgtctgcctatgcgcgtcgctgtgcccaggaaggtgcctcacctccctgg
aggaaccagaccctctgccctgttatgtgtcctggtggccaggagtaccgagagtgtgcc
ccagcatgcggtcaacactgcgggaaaccagaggactgtggagagctgggcagctgtgtg
gctggttgtaactgtcctctggggctgctgtgggaccctgagggccagtgtgtgcccccc
agcttgtgcccctgccagctcggagcccgtcgctatgcccctggcagtgccaccatgaag
gagtgcaaccgctgggagcttgtctatgcccctggtgcctgtctcctcacctgtgacagc
cccagcgccaatcactcctgccctgcaggcagtactgatggctgtgtctgtccaccaggc
acggtgctgctggacgagcgctgtgtgcctcctgacctctgtccctgccgtcacagtggg
cagtggtacctgcccaacgccaccatccaggaagactgcaacgtttgcgtgtgccggggc
cggcagtggcactgcacaggccagcggcgcagtgggcggtgccaggcatcaggcgccccc
cactatgtgacatttgacggactggccttcacctatcctggggcctgcgagtatctgctg
gtgcgagaggccagtggcctattcacagtctctgcccagaacctgccctgtggggccagc
ggtctcacctgcaccaaagcgctggccgtgcgtctggagggcactgttgtgcacatgctc
agaggccgggcagtgacggtgaatggggtgagcgtgacgccccccaaggtctacacaggc
cctgggctgagcctgcgtcgtgctggcctcttcctgctgctctcgacccacctgggcctc
accctgctctgggatggagatcaggcccctgccctccctcaaccattggacctgtgcccc
gccttagcaccatag

>gi568815591f:149620007_149834044|GENSCAN_predicted_peptide_9|3332_aa
MLPPGTRVLVQLSPQFRGRVAGLCGDFDGDASNDLRSRQGVLEPTAELAAHSWRLSPLCP
EPGDLPHPCTMNTHRAGWARARCGALLQPLFTLCHAEVPPQQHYEWCLYDACGCDSGGDC
ECLCSAIATYADECARHGHHVRWRSQELCSLQCEGGQVYEACGPTCPPTCHEQHPEPGWH
CQVVACVEGCFCPEGTLLHGGACLEPASCPCEWGRNSFPPGSVLQKDCGNCTCQEGQWHC
GGDGGHCEELVPACAEGEALCQENGHCVPHGWLCDNQDDCGDGSDEEGCAAPGCGEGQMT
CSSGHCLPLALLCDRQDDCGDGTDEPSYPCPQGLLACADGRCLPPALLCDGHPDCLDAAD
EESCLGQVTCVPGEVSCVDGTCLGAIQLCDGVWDCPDGADEGPGHCPLPSLPTPPASTLP
GPSPGSLDTASSPLASASPAPPCGPFEFRCGSGECTPRGWRCDQEEDCADGSDERGCGGP
CAPHHAPCARGPHCVSPEQLCDGVRQCPDGSDEGPDACVEAPAPPAMRGPPGQAGGPTSS
RAPSPPSPPEAQGEGRKGQERSRTHLTVPAGSTQLPLCPGLFPCGVAPGLCLTPEQLCDG
IPDCPQGEDELDCGGLPALGGPNRTGLPCPEYTCPNGTCIGFQLVCDGQPDCGRPGQVGP
SPEEQGCGAWGPWSPWGPCSRTCGPWGQGRSRRCSPLGLLVLQNCPGPEHQSQACFTAAC
PVDGEWSTWSPWSVCSEPCRGTMTRQRQCHSPQNGGRTCAALPGGLHSTRQTKPCPQDGC
PNATCSGELMFQPCAPCPLTCDDISGQVTCPPDWPCGSPGCWCPEGQVLGSEGWCVWPRQ
CPCLVDGARYWPGQRIKADCQLCICQDGRPRRCRLNPDCAVDCGWSSWSPWAKCLGPCGS
QSIQWSFRSSNNPRPSGRGRQCRGIHRKARRCQTEPCEGCEHQGQVHRVGERWHGGPCRV
CQCLHNLTAHCSPYCPLGSCPQGWVLVEGTGESCCHCALPGENQTVQPMATPAAAPAPSP
QIRFPLATYILPPSGDPCYSPLGLAGLAEGSLHASSQQLEHPTQAALLGAPTQGPSPQGW
HAGGDAYAKWHTRPHYLQLDLLQPRNLTGILVPETGSSNAYASSFSLQFSSNGLHWHDYR
DLLPGILPLPKVSPAQGRWGQQPTMPFCGFHSLCPQGPSSVPEGHGLHSMLVEYLLFPRN
WDDLDPAVWTFGRMVQARFVRVWPHDVHHSDVPLQVELLGCEPGVGLRCASGECVLRGGP
CDGVLDCEDGSDEEGCVLLPEGTGRFHSTAKTLALSSAQPGQLLHWPREGLAETEHWPPG
QESPTSPTETRPVSPGPASGVPHHGESVQMVTTTPIPQMEARTLPPGMAAVTVVPPHPVT
PATPAGQSVAPGPFPPVQCGPGQTPCEVLGCVEQAQVCDGREDCLDGSDERHCASRALCS
PSQLSCGSGECLSAERRCDLRPDCQDGSDEDGCVDCVLAPWSVWSSCSRSCGLGLTFQRQ
ELLRPPLPGGSCPRDRFRSQSCFVQACPDCELGRVYVSADLCQKGLVPPCPPSCLDPKAN
RSCSGHCVEGCRCPPGLLLHDTRCLPLSECPCLVGEELKWPGVSFLLGNCSQCVCEKGEL
LCQPGGCPLPCGWSAWSSWAPCDRSCGSGRCSAGRPGLPGPPAPKAALPREGALAGAVVP
DSAPALGIHPAQEMPPRRSPAAPLYAQIECTGFCAPGCTCPPGLFLHNASCLPRSQCPCQ
LHGQLYASGAMARLDSCNNCCNVGIRRRFRAGTAPPAAFGGAECQGPTMEAEFCSLRPCP
ASWGCCHRVPCTGELEQRPLMVSQILEAQDQGVAPVSPGSSPTAAPGLVRRVSPRGHPGP
LGASVQPPVALPGAIGTGSVPGAGGWGPWGPWSHCSRSCGGGLRSRTRACDQPPPQGLGD
YCEGPRAQGEVCQALPCPVTNCTAIEGAEYSPCGPPCPRSCDDLVHCVWRCQPGCYCPPG
QVLSSNGAICVQPGHCSCLDLLTGQRHHPGARLARPDGCNHCTCLEGRLNCTDLPCPDCG
GGQSLHPCGQPCPRSCQDLSPGSVCQPGSVGCQPTCGCPLGQLSQDGLCVPPAHCRCQYQ
PGAMGIPENQSRSAGSRFSSWESLEPGEVVTGPCDNCTCVAGILQCQEVPDCPDPGVWSS
WGPWEDCSVSCGGGEQLRSRRCARPPCPGPARQSRTCSTQVCREAGCPAGRLYRECQPGE
GCPFSCAHVTQQVGCFSEGCEEGCHCPEGTFQHRLACVQECPCVLTAWLLQELGATIGDP
GQPLGPGDELDSGQTLRTSCGNCSCAHGKLSCSLDDCFEADGGFGPWSPWGPCSRSCGGL
GTRTRSRQCVLTMPTLSGQGCRGPRQDLEYCPSPDCPELPVCPGPGCGAGNCSWTSWAPW
EPCSRSCGVGQQRRLRAYRPPGPGGHWCPNILTAYQERRFCNLRACPEAGCPAGMEVVTC
ANRCPRRCSDLQEGIVCQDDQVCQKGCRCPKGSLEQDGGCVPIGHCDCTDAQGHSWAPGS
QHQDACNNCSCQAGQLSCTAQPCPPPTHCAWSHWSAWSPCSHSCGPRGQQSRFRSSTSGS
WAPECREEQSQSQPCPQPSCPPLCLQGTRSRTLGDSWLQGECQRCCGPGLASRSGSCPCL
MAKADPTCNSTFLHLDTQGCYSGPCPEECVWSSWSSWTRCSCRVLVQQRYRHQGPASRGA
RAGAPCTRLDGHFRPCLISNCSEDSCTPPFEFHACGSPCAGLCATHLSHQLCQDLPPCQP
GCYCPKGLLEQAGGCIPPEECNCWHTSAAGAGMTLAPGDRLQLGCKECECRRGELHCTSQ
GCQGSLGPGVVTGKGTHTLSFQSSTATGSVWILRQGGPGLEPLTSAPHPSASSASALTLE
PALTHASGVCGGHGAPARCPAVGGSGYAGERQRPSVEEAAGSHGLKTESCNGGPCPGCRC
PPGQLVQDGRCVPISSCRCGLPSANASWELAPAQAVQLDCQNCTCVNESLVCPHQECPVL
GPWSAWSSCSAPCGGGTMERHRTCEGGPGVAPCQAQDTEQRQECNLQPCPECPPGQVLSA
CATSCPCLCWHLQPGAICVQEPCQPGCGCPGGQHSLPWGLTLTLEEQAQELPPGTVLTRN
CTRCVCHGGAFSCSLVDCQVPPGETWQQVAPGELGLCEQTCLEMNATKTQSNCSSARASG
CVCQPGHFRSQAGPCVPEDHCECWHLGRPHLGEEMVLEPGSCCPSCRREAPEEQSPSCQL
LTELRNFTKGTCYLDQVEVSYCSGYCPSSTHVMPEEPYLQSQCDCCSYRLDPESPVRILN
LRCLGGHTEPVVLPVIHSCQCSSCQGGDFSKR

>gi568815591f:149620007_149834044|GENSCAN_predicted_CDS_9|9999_bp
atgctgccaccagggactcgggtcctggtgcaactgtcccctcagttccgtggtcgcgtg
gctgggctgtgtggtgactttgatggagatgccagtaatgatctgcggagccgccagggc
gtcctggagcccacagctgaactggctgcccactcctggcgcctcagccccctctgccct
gagccaggagacctgccacacccctgcacgatgaacacacaccgggctggttgggctcgg
gcccgctgtggggcgctgctgcagccgctcttcacattatgccacgcggaggtccccccg
cagcagcactatgagtggtgcctgtatgacgcctgcggctgcgactcggggggtgactgt
gagtgcctctgctcggccattgccacctatgcagatgagtgtgcccggcatgggcaccac
gtgcgctggcgtagccaggagctctgctccctgcagtgtgaagggggacaggtatatgag
gcctgtggccccacgtgtccccccacctgccatgagcagcatcctgagcccgggtggcac
tgccaggtggtggcctgtgtggagggctgcttctgccccgaggggactctgctgcacgga
ggagcctgcttggagccagcttcctgcccctgtgagtggggccgcaactccttcccgccg
gggtctgtgctgcaaaaggactgcgggaactgcacgtgccaggaaggtcaatggcattgt
gggggtgacggtggccactgtgaggagcttgtgcctgcctgtgcagagggagaggccctg
tgccaagagaatgggcactgtgtgccccatgggtggctttgtgacaaccaggacgactgt
ggcgatggctctgatgaggagggttgtgccgccccaggctgtggggaggggcagatgact
tgcagctccggccactgcctgcccctggccctgctctgtgaccgccaggatgactgtgga
gatggcacggatgagccgagctatccgtgcccccagggcttgctggcctgtgccgatgga
cgctgcctgccgccggccctgctctgcgatgggcatcctgactgtctggatgccgccgac
gaggagtcctgtctggggcaggtgacctgcgtccccggggaggtgtcctgtgttgatggc
acctgcctgggggccatccagctgtgtgacggagtctgggactgcccagatggagccgat
gaggggccgggacactgccccctaccttctctgcccacacctcctgccagcaccttgcct
ggcccctccccaggctccctggacactgcgtcaagtcccctggccagcgccagccctgcg
ccaccctgcggccccttcgagtttcggtgcggcagcggcgagtgcaccccgcggggctgg
cgctgcgaccaggaggaagactgcgccgacggcagcgacgagcgcggctgcggagggccc
tgcgcgccgcaccacgcgccctgcgcccgcggccctcactgcgtgtcccccgagcagctg
tgcgacggcgtgcggcagtgtcccgacggctcggacgagggccccgacgcctgcgttgag
gctcccgcgcccccggccatgcgcggcccccctggccaagccggcgggcccacctcttcc
cgagcgccatccccaccttcgcctcctgaggcacagggagagggcaggaagggacaggag
cggagcaggacacatctcacagtgcccgcaggctccacccagctgcctctgtgccctggc
ctctttccctgtggtgtggctccggggctgtgcctgacccctgagcagctctgtgatggg
atcccagactgtccccagggcgaggacgagctggactgcggggggctgccagccctggga
ggccccaacaggacagggcttccctgcccagaatacacctgccccaatggcacctgcata
ggcttccagctggtgtgtgatgggcagcctgactgtggaaggccagggcaggtgggcccc
tccccagaagagcagggttgtggggcctggggcccctggagcccatgggggccctgcagc
cggacgtgtgggccctggggccagggccggagccgccgctgctccccactcggcctcctg
gtgctacagaactgcccagggcctgagcaccagtctcaggcctgcttcacggcagcctgc
ccagtggacggtgaatggagcacctggtccccctggtctgtgtgctctgagccgtgcagg
ggcaccatgacgcggcaacggcagtgccactcaccccagaatgggggccgcacctgtgct
gcactgcccggaggcctgcacagcacccgccagaccaagccttgccctcaggacggctgc
cccaatgccacttgctctggggagctgatgttccagccctgtgccccctgcccactgacc
tgtgatgacatctctggccaggtcacgtgcccacctgattggccctgcggcagcccgggc
tgctggtgcccagaagggcaggtgctgggcagcgaggggtggtgtgtgtggccccggcag
tgcccctgcctggtggacggtgcccgctactggcctgggcaacgcatcaaggccgactgc
cagctctgcatctgccaagacggacggccccgacgctgccgactcaacccggactgcgct
gtggactgtggctggtcctcctggtcaccctgggccaagtgcctgggcccctgtggaagc
cagagcatccagtggtccttccggagctccaacaacccccgcccctccggccgaggtcgc
cagtgccgtggcatccaccgcaaggcacgcaggtgccagacggagccctgtgaggggtgt
gagcatcagggccaggtccaccgtgtcggggaacgctggcatgggggcccctgcagggtg
tgccagtgtctgcacaacctcaccgcacactgctcaccctactgcccgctcggcagctgc
ccccagggctgggtcttggtggaggggacgggagaatcatgctgccactgtgccctacct
ggagagaaccagacggtccagcccatggccactcctgccgcagctccggctcccagtccc
cagatcagattccctttggccacttacattctgcctccgtcaggagacccctgctattct
cccctggggctggccggactggctgaggggagtctgcatgcatcgtcccagcagctggaa
caccccacccaggctgccctcctgggggctcccacccaggggcccagccctcagggatgg
cacgctggaggggatgcttatgccaagtggcacactcggccccattacctgcagctggac
ctgcttcagcctcggaacctcactggcatcctagtgccggagactggctcctccaacgca
tatgccagcagcttctcactccagttcagcagcaatggtctacactggcatgactatcgt
gacctcctgcctggcatcttgcccctgcccaaggtatcacccgcccaaggccgatggggc
cagcagcccaccatgcccttttgtgggttccatagtctttgtccccaagggccttccagt
gtccccgaggggcatggcctgcattcgatgcttgttgaatacctgcttttccccagaaac
tgggatgacctggaccctgccgtatggactttcggccgcatggtgcaggcgaggtttgtc
agggtgtggccccacgatgtccaccacagcgatgtccccctgcaggtggagctgctgggc
tgcgagccaggggttggactccgctgtgccagtggtgagtgtgtcctgagagggggccct
tgtgacggtgttctggactgcgaggatggctcggatgaggagggctgtgtgttgctgcct
gagggcactggcagattccattccacagccaagaccctggccctctcctctgcccagccg
gggcagctgctgcactggcccagggagggcctggcagagactgagcactggccccctggg
caggaatcccccacgtccccgacagagacaaggcccgtgagtcctggcccagcctccggg
gtgcctcaccatggggaatctgtgcagatggtgaccaccacccccataccccagatggag
gccaggaccctgccaccaggtatggcagctgtgacggtggtgcccccacaccctgtgact
ccagcgacccctgctggccagagcgtcgccccaggacccttcccacctgtgcagtgtggc
cccggccagacgccctgtgaggtgctgggctgcgtggaacaggcgcaggtgtgtgatggc
agggaggattgcctcgacggctccgacgagaggcactgcgcctcaagggccctctgttcc
ccgagccagctgagctgtggcagcggggagtgtctgtctgctgagcggcgctgtgacctg
cggcctgactgccaggatggctcggacgaggatggctgtgtggactgcgtgctggccccc
tggtctgtctggagcagctgcagccgcagctgtggcctgggcctcaccttccagcgccag
gagctgctgcggcctcctctgccagggggcagctgcccgcgtgaccggttccgaagccag
tcctgctttgtgcaggcctgcccagactgcgagctgggccgtgtgtatgtgagtgccgat
ctgtgccagaaggggctggtgcccccatgcccaccctcctgcctggatcccaaggccaac
agaagctgcagtgggcattgtgtggaaggatgccgctgtcccccggggctccttctgcat
gacactcgctgcctgcccctctctgagtgcccctgcctggtgggcgaagagctgaagtgg
ccaggggtgtccttcctcctgggcaactgcagccaatgcgtgtgtgagaagggggagttg
ctgtgccaaccagggggctgccccctgccctgcggctggtcagcctggtcctcctgggct
ccctgcgaccgctcctgtggctctggaaggtgttcggctggacgccctggacttcctggt
cctcctgctcccaaagctgccttgccccgggagggggccctggctggcgcagtcgttccc
gactctgccccagccctggggattcatcctgcccaggagatgccacccaggaggagccct
gcagcccccctgtatgcccagatagagtgtacgggcttctgcgcccccggctgcacctgc
ccccctggtcttttcctgcacaatgctagctgcctgccccgcagccagtgcccctgccag
ctgcacgggcagctctatgcatcaggagcaatggctcgcctggactcctgcaacaactgc
tgcaacgtgggcattcggcgccgcttccgggcaggcactgcacccccagctgcctttggg
ggtgctgagtgccaaggccccaccatggaggctgaattctgcagcctgcggccatgtcca
gcctcctggggctgctgccaccgagtgccatgcactggggagctagagcagcggcccctg
atggtctcacagatcctggaagcccaggatcaaggtgttgctcctgtgtctccgggctca
tcgccaactgcagctcctggccttgtgcggagggtgagcccacgtggtcaccctggaccc
cttggagccagtgttcagcctcctgtggccctgcccggtgccatcggcaccggttctgtg
ccaggagctgggggatggggtccatgggggccctggtcccactgtagccggagctgtggg
ggaggcctgcggagccggacccgggcctgtgaccagcccccaccccagggcctgggggat
tactgcgaggggccacgggcacagggggaggtctgccaggctctgccctgcccagtgacc
aactgcactgccattgaaggggccgagtatagcccctgtggccctccgtgccctcgctcc
tgtgatgacctagtgcactgcgtgtggcgctgccagcctggctgctactgcccaccaggc
caggtactgagttccaacggggccatctgcgtgcagccgggtcactgcagctgcctggac
ctgctgaccgggcagcggcaccatccgggtgctcggctggcaaggcctgacggctgcaac
cactgcacctgcctggaggggaggctgaactgcacagacctgccctgcccagactgcggg
ggtggccagagtctgcatccctgtgggcagccctgcccccgctcctgccaggacctgtcc
cctgggagtgtgtgccagccaggctctgtgggctgccagcccacttgtgggtgccccctg
ggccagctctcccaggacgggctgtgcgtgcccccagcccactgccgctgccagtaccag
cctggagccatggggatccctgagaaccagagccgctcagcagggtctaggtttagctcc
tgggagagcctggaacccggagaggtggtcactgggccatgtgacaactgcacctgtgtg
gcaggcattctgcaatgccaggaggtgcctgactgcccggaccctggggtgtggagctct
tggggcccttgggaagactgcagtgtttcgtgtgggggcggggagcagctgcgctcccgg
cgctgtgctcgtcctccctgcccagggcctgcccgccagagccgcacatgcagcacacag
gtctgcagagaggcaggctgcccggctggccgcctgtaccgtgaatgccagcccggcgag
ggatgccccttctcctgcgcccacgtcacgcagcaggtgggctgcttctctgagggctgc
gaggagggctgccactgccccgagggcaccttccagcaccgcctggcctgtgtgcaggag
tgcccttgtgtgctgacagcctggctgctgcaggagctgggagccaccataggtgaccct
ggtcagcccctcgggcctggagatgagctggactcaggccagacacttcgtacaagctgt
ggcaactgctcgtgtgcacacgggaagctgtcttgctccctggacgactgcttcgaggcc
gatggtggtttcggtccctggagcccgtggggcccgtgctcccgctcctgtggagggctg
ggcacccgtacccgcagccgccagtgtgtgctcaccatgcccaccctcagtggtcagggc
tgccgtgggccccgccaggacctcgagtactgccccagcccagactgccctgagctgccc
gtgtgccctggccctggctgtggggctgggaactgttcctggacctcctgggccccgtgg
gaaccttgctcccgcagctgcggagtgggccagcagcgccgcctgcgggcataccgtccc
cctgggcccggcgggcactggtgccccaacatccttactgcctaccaagagcgccgcttc
tgcaacctgcgagcctgcccagaggccggctgcccagcaggcatggaggtggtcacctgt
gccaaccgctgcccccgccgctgctcagacctccaggagggaattgtgtgtcaggacgac
caggtctgccagaagggctgccgctgcccaaaggggtccctggagcaggatggtggctgc
gtgccaattgggcactgtgactgcaccgatgcccagggccacagctgggccccggggagc
cagcaccaggatgcctgcaacaactgctcatgccaagctgggcagctctcctgcacggct
cagccctgcccgcctcccacccactgtgcctggagccactggtcggcctggagtccctgc
agccactcatgcgggcccagagggcagcagagccgcttccggtcctccacgtcgggctcg
tgggccccagagtgtcgggaggagcagtcccagagccagccctgccctcagccctcgtgc
ccacccctgtgcctgcagggcactcgctcccgcaccctgggggacagctggctgcagggg
gagtgccagcggtgctgcggcccgggcctggcctctcgctctgggtcctgcccctgcctg
atggccaaggccgaccccacctgcaacagcaccttcctccacctggacacccagggctgc
tactcagggccctgcccagaggagtgtgtgtggagcagctggagcagctggacgcgctgc
tcttgccgggtgctggtgcagcagcgctaccgacaccagggcccggcgtcccgaggggcc
agggcaggcgccccctgcacgcggctggatggccacttccggccttgccttatcagcaac
tgctctgaggacagctgcacgcctccctttgagttccatgcctgcggctccccctgtgct
gggctctgtgccacacacctgagccatcagctctgccaggacctgccaccctgccagccg
ggctgctactgccccaaggggctgctggagcaggctgggggctgcattcccccagaggag
tgtaactgctggcatacctcagcagcaggagccgggatgaccctggcccctggggaccgc
ctgcagctgggctgtaaggagtgtgaatgccggcgtggggagctgcactgcaccagccag
ggctgtcaagggtctctgggcccaggggtggtcactgggaagggcacccacaccctgtcc
ttccagagcagcaccgccaccggctctgtctggatcctgcgacagggaggccctggactg
gagcccctcacctctgcaccgcacccctcagccagcagcgcctctgccctgaccctggag
cctgccctgactcatgccagtggagtctgtgggggccatggagcccctgccaggtgccct
gcagtggggggttcaggctacgctggagagaggcagaggccctctgtggaggaggctgcc
gggagccatgggctcaagacagaaagctgcaacggagggccctgcccaggctgccgctgt
ccccctggccagctggtccaggatgggcgctgtgtgccgatctcctcttgccgctgtggc
ctccccagtgccaatgcctcttgggagctggccccggcccaggcggtgcagctggactgc
caaaactgcacctgtgtcaacgagtccctggtgtgcccacaccaggagtgtccagtcctt
gggccttggtcagcctggagcagttgctcggccccctgtggtgggggcactatggagcga
catcggacttgtgaggggggtcctggggtggcaccatgccaggcccaggacacagagcaa
cggcaggagtgtaacctgcagccctgccctgagtgcccccctggccaggtgcttagtgcc
tgtgccacctcatgcccgtgcctctgctggcatctgcagcctggtgccatctgtgtgcag
gagccctgccagcctggctgtggctgccctggagggcagcattctctgccctggggcctc
accctgaccctggaagagcaggcccaggagctgcccccagggactgtgctcacccggaac
tgcacccgctgtgtctgccacggtggagccttcagctgctccctcgttgactgtcaggtg
ccccctggggaaacgtggcagcaggtggccccgggggagctggggctctgcgagcagacg
tgcctggagatgaacgccacaaagacccagagtaactgcagttcagctcgagcctcgggc
tgcgtgtgccagcccgggcacttccgcagccaggcaggcccctgcgtccccgaagaccac
tgcgagtgctggcaccttgggcgtccccacctgggcgaggagatggtgctggagccaggg
agctgctgtccctcttgccgcagggaggctccggaggagcagtcgccctcctgccagctc
ctcacggagcttcgaaacttcaccaaagggacctgttacctggaccaggtagaagtgagc
tactgcagtgggtactgcccatccagcacccatgtcatgccagaggagccatacctgcag
agccagtgtgactgctgcagctaccgtctagacccggagagccctgtgcggatcctgaac
ctgcgctgtctgggtggccacacagagcccgtggtgctgccggtcatccacagctgccag
tgcagctcctgccagggaggtgacttctcaaagcgctaa