GENSCAN 1.0	Date run:  3-Nov-116	Time: 14:46:09

Sequence gi568815583r:41968718_42194459 : 225742 bp : 47.93% 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 -   3777   3542  236  0  2   61   86   643 0.963  57.01
 1.00 Prom -   5647   5608   40                              -5.46

 2.24 PlyA -   5885   5880    6                               1.05
 2.23 Term -  15257  15037  221  0  2   92   47   311 0.999  24.60
 2.22 Intr -  15902  15719  184  2  1  101   99   259 0.999  27.66
 2.21 Intr -  16211  16093  119  0  2   12   42    44 0.321  -7.62
 2.20 Intr -  17351  17118  234  0  0   31   25   172 0.276   2.86
 2.19 Intr -  18658  18455  204  2  0  137   86   195 0.473  23.37
 2.18 Intr -  19439  19332  108  0  0   55   72    83 0.926   3.66
 2.17 Intr -  20835  20698  138  1  0   96   30   276 0.998  23.04
 2.16 Intr -  21518  21404  115  2  1  120   77   179 0.999  20.02
 2.15 Intr -  21787  21633  155  2  2   52  105   129 0.370  10.79
 2.14 Intr -  24242  24016  227  1  2  122   15   269 0.307  20.63
 2.13 Intr -  26779  26643  137  1  2   89   95   207 0.999  20.87
 2.12 Intr -  28542  28407  136  2  1   76   90   257 0.987  25.27
 2.11 Intr -  30844  30807   38  1  2  115   40    29 0.824  -2.14
 2.10 Intr -  31283  31200   84  2  0   73   89    84 0.872   7.02
 2.09 Intr -  31565  31387  179  0  2  109   39   176 0.784  14.44
 2.08 Intr -  33979  33732  248  0  2   68   55    52 0.588  -3.00
 2.07 Intr -  36261  36221   41  0  2  113  105    86 0.998   9.82
 2.06 Intr -  37404  37273  132  0  0  109   94   162 0.999  19.74
 2.05 Intr -  39148  39012  137  2  2   55  100   130 0.993  11.19
 2.04 Intr -  41508  41362  147  1  0   26  105    48 0.477   0.51
 2.03 Intr -  45040  44968   73  1  1  118   66    65 0.884   6.28
 2.02 Intr -  50752  50720   33  1  0  109   75    10 0.356   0.22
 2.01 Init -  52313  52218   96  2  0   77  100    27 0.471   2.76
 2.00 Prom -  53696  53657   40                              -7.56

 3.00 Prom +  57265  57304   40                              -2.66
 3.01 Init +  61622  61705   84  1  0  109   19    99 0.764   5.92
 3.02 Term +  65950  66051  102  0  0  127   54    66 0.964   5.38
 3.03 PlyA +  66156  66161    6                               1.05

 4.03 PlyA -  66172  66167    6                               1.05
 4.02 Term -  67917  67393  525  0  0   52   40   213 0.621   7.16
 4.01 Init -  68579  68511   69  2  0  102   81    15 0.513   3.25
 4.00 Prom -  70804  70765   40                              -4.46

 5.00 Prom +  70932  70971   40                              -2.26
 5.01 Init +  80785  80877   93  0  0   82   57    97 0.209   6.38
 5.02 Intr +  88843  88945  103  0  1    1   89    85 0.042  -0.35
 5.03 Term +  94822  94916   95  2  2   81   50    57 0.103  -0.81
 5.04 PlyA +  98273  98278    6                               1.05

 6.26 PlyA -  98670  98665    6                              -0.45
 6.25 Term - 100224  99998  227  1  2  120   51   364 0.999  32.84
 6.24 Intr - 101378 101192  187  2  1   76   93   162 0.996  14.76
 6.23 Intr - 102166 102000  167  2  2   70   65   223 0.993  17.88
 6.22 Intr - 102600 102406  195  1  0   52   71   164 0.997  10.49
 6.21 Intr - 102834 102727  108  1  0  101   47   102 0.995   7.66
 6.20 Intr - 103194 103057  138  1  0   78  100   190 0.993  19.64
 6.19 Intr - 103675 103558  118  1  1   92   54   116 0.913   8.64
 6.18 Intr - 111042 110820  223  2  1  124   91   307 0.997  32.73
 6.17 Intr - 112416 112280  137  0  2   84   65   142 0.995  10.87
 6.16 Intr - 112897 112762  136  0  1   96   25   245 0.729  19.57
 6.15 Intr - 113117 113080   38  2  2   30   95     6 0.957  -7.44
 6.14 Intr - 113672 113562  111  2  0   65  101    76 0.962   7.18
 6.13 Intr - 114617 114481  137  0  2  115   59   195 0.999  19.59
 6.12 Intr - 115062 114999   64  0  1   96   94    45 0.998   4.19
 6.11 Intr - 116421 116379   43  2  1   75   91    43 0.975   1.54
 6.10 Intr - 116814 116774   41  0  2   91   92    90 0.981   6.72
 6.09 Intr - 117627 117496  132  0  0   78   94   205 0.995  20.94
 6.08 Intr - 118719 118583  137  1  2   54   67   125 0.529   7.29
 6.07 Intr - 118983 118911   73  0  1   74   56    52 0.541  -0.42
 6.06 Intr - 121851 121758   94  2  1  131  -13    59 0.208   0.07
 6.05 Intr - 124225 124201   25  2  1  134   59    59 0.648   4.68
 6.04 Intr - 126094 125920  175  1  1  106   61    62 0.740   4.81
 6.03 Intr - 128226 128109  118  2  1   84   95    18 0.164   2.57
 6.02 Intr - 152748 152511  238  1  1   43   61   179 0.386   7.37
 6.01 Init - 155827 155752   76  1  1   52   44    70 0.559   0.25
 6.00 Prom - 155985 155946   40                              -6.66

 7.00 Prom + 158774 158813   40                              -1.66
 7.01 Init + 162664 162774  111  0  0   64   37    51 0.309  -2.08
 7.02 Term + 165385 165600  216  0  0   73   38   168 0.908   7.44
 7.03 PlyA + 166485 166490    6                               1.05

 8.41 PlyA - 169216 169211    6                               1.05
 8.40 Term - 173487 173267  221  1  2  132   47   382 0.991  35.70
 8.39 Intr - 173997 173811  187  0  1   13  110   211 0.985  15.06
 8.38 Intr - 175427 175261  167  0  2   55   83   177 0.973  13.58
 8.37 Intr - 175927 175733  195  2  0   84   98    84 0.997   8.39
 8.36 Intr - 176965 176858  108  2  0   78   94   117 0.980  11.56
 8.35 Intr - 177186 177049  138  1  0   77  113   183 0.989  20.14
 8.34 Intr - 177524 177410  115  2  1   89   51   149 0.988  11.32
 8.33 Intr - 178629 178407  223  2  1   98   78   278 0.974  25.93
 8.32 Intr - 179045 178909  137  2  2   49  119    49 0.982   3.47
 8.31 Intr - 181131 180996  136  2  1   -2   98   124 0.981   4.97
 8.30 Intr - 181424 181387   38  2  2   87  105    40 0.987   2.66
 8.29 Intr - 181769 181656  114  2  0   96   94    62 0.997   8.24
 8.28 Intr - 182060 181891  170  0  2   86  109   190 0.999  20.57
 8.27 Intr - 184037 183971   67  2  1   93  113    34 0.995   4.88
 8.26 Intr - 184625 184583   43  1  1   98   89    48 0.775   4.14
 8.25 Intr - 184943 184903   41  2  2   75  105    50 0.967   2.42
 8.24 Intr - 185503 185375  129  1  0  110   99   165 0.991  20.69
 8.23 Intr - 185741 185605  137  0  2   89  100   140 0.854  15.59
 8.22 Intr - 186872 186800   73  2  1   57   66   105 0.811   4.18
 8.21 Intr - 192112 192058   55  0  1  100   82    57 0.958   5.28
 8.20 Intr - 193056 192965   92  0  2   93   99   120 0.985  12.39
 8.19 Intr - 193449 193315  135  0  0  122   73   173 0.992  19.96
 8.18 Intr - 193764 193615  150  0  0   32   77   155 0.900   9.16
 8.17 Intr - 194678 194633   46  1  1  145   76    67 0.869   9.61
 8.16 Intr - 195011 194909  103  0  1  106   83    57 0.999   6.23
 8.15 Intr - 195769 195641  129  2  0   64  101    66 0.975   6.17
 8.14 Intr - 196396 196279  118  1  1   49   81   124 0.990   7.84
 8.13 Intr - 197099 197001   99  2  0   50   95    48 0.800   2.01
 8.12 Intr - 197515 197442   74  2  2  139  105    36 0.995   9.53
 8.11 Intr - 197932 197846   87  2  0   37  106   131 0.999   9.74
 8.10 Intr - 198196 198055  142  1  1   79   70   271 0.992  24.33
 8.09 Intr - 198820 198677  144  1  0   87   84   184 0.970  18.38
 8.08 Intr - 201104 201007   98  0  2   86   96    67 0.401   7.03
 8.07 Intr - 205135 205006  130  1  1   64   92   223 0.724  20.57
 8.06 Intr - 209621 209501  121  1  1   92   92    55 0.984   6.80
 8.05 Intr - 209853 209733  121  1  1  108   86     4 0.759   1.75
 8.04 Intr - 215983 215800  184  1  1  115   72   223 0.999  22.76
 8.03 Intr - 219139 219041   99  1  0   84  111    76 0.999   9.81
 8.02 Intr - 222843 222779   65  1  2   82  115    66 0.994   7.14
 8.01 Intr - 223381 223349   33  2  0   96   92    35 0.878   2.89

Suboptimal exons with probability > 0.800

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



Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815583r:41968718_42194459|GENSCAN_predicted_peptide_1|79_aa
MFSWMGRQAGGRERAGGADAVQTVTGGLRSLYLRKVLPLEEAYRFHEFHSPALEDADFEN
KPMILLVGQYSTGKTTFIS

>gi568815583r:41968718_42194459|GENSCAN_predicted_CDS_1|237_bp
atgttcagctggatggggcggcaggcgggcgggcgcgaacgcgctggcggcgcggacgcg
gtgcagacggtgacgggcgggctgcgctcgctctacctgcgcaaggtgctgccgctggag
gaggcgtaccgcttccacgagttccactcgcctgcgctggaggacgccgacttcgagaac
aagcccatgatcctgctggtgggccagtacagcaccggcaagaccaccttcatcagn

>gi568815583r:41968718_42194459|GENSCAN_predicted_peptide_2|1061_aa
MLLRQMHARVSHSLPDPCQAEDSRPSATCALKAPQTSWDGLLREGLSPCHLLTVRVIRMK
NVRQADMQPVGIELAPCLQAPSVPETDLKGVVQARGGGASVLEKPREGFKRAEQVPVSQT
DCFVSLWLPTASQKKLRTRTISNCPNPEWNESFNFQIQSRVKNVLELSVCDEDTVTPDDH
LLTVLYDLTKLCFRKKTHVKFPLNPQGMEELEVEFLLEESPSPPETLVTNGVLVVIIFLG
SCSSRGHGWLLLSGEQDQGRKQWAQLGLCPILTSAGVRLNEASQMGHRQHWGTSWGFCTE
GGVKDLLVMVNESFENTQRVRPCLEPCCPTSACFQTAACFHYPKYFQSQVHVEVPKSHWS
CGLCCRSRKKGPISQPLDCLSDGQVMTLPVGESYELHMKSTPCPETLDVRLGFSLCPAEL
EFLQKRKVVVAKALKQVLQLEEDLQEDEVPLIAIMATGGGTRSMTSMYGHLLGLQKLNLL
DCASYITGLSGATWTMATLYRDPDWSSKNLEPAIFEARRHVVKDKLPSLFPDQLRKFQEE
LRQRSQEGYRVTFTDFWGLLIETCLGDEVDQDPGTLRDCPKLRIQSRPLSGGGQPEGVVP
MPLVPFQSDLAGVSWGRYSSPRNECKLSDQRAALSCGQNPLPIYLTINVKDDVSNQDFRE
WFEFSPYEVGLQKYGAFIPSELFGSEFFMGRLVKRIPESRICYMLGLWSSIFSLNLLDAW
NLSHTSEEFFHRWTREKVQDIEDEPILPEIPKCDANILETTVVIPGSWLSNSFREILTHR
SFVSEFHNFLSGLQLHTNYLQNGQFSRWKVPLSIGCQGTRCVGNGKAWLSDTVLDGFPNQ
LTESANHLCLLDTAFFVNSSYPPLLRPERKADLIIHLNYCAGSQTKATWFQSPFQATHHI
HPSLCLDANTNERAFVHFTWGSSLQLEPLKQTCEYCTVQNIPFPKYELPDENENLKECYL
MENPQEPDAPIVTFFPLINDTFRKYKAPGVERSPEELEQGQVDIYGPKTPYATKELTYTE
ATFDKLVKLSEYNILNNKDTLLQALRLAVEKKKRLKGQCPS

>gi568815583r:41968718_42194459|GENSCAN_predicted_CDS_2|3186_bp
atgctcctgaggcagatgcacgccagggtctcccactccctgccagacccatgccaagca
gaagacagcaggccctcggccacctgtgccttgaaggctccccagacttcatgggatggt
ttgctgagggaggggctgtctccatgccacctgttgacagtgagggtcatccggatgaaa
aatgtccggcaggctgatatgcaaccagtaggtatagagctggcaccctgcctgcaggct
cccagcgtaccggagacagacctgaagggtgtggtccaggcccggggtgggggggccagt
gttctggaaaagccaagggaagggttcaagagggctgagcaggttcctgtgagccagaca
gactgttttgtgagcctctggctgcccaccgcctctcagaagaagctgaggacaaggacc
atctccaactgcccaaatccagagtggaatgaaagcttcaacttccagatccagagccga
gtgaagaacgtgctagagttgagtgtctgtgatgaagacacagtgacaccagatgaccat
ctcctgacagttctctatgacctcaccaagctctgtttccgaaagaaaacccacgtgaag
tttccactcaacccgcagggcatggaagagctggaggtggagttcctgctggaggagagt
ccctctccacctgagaccctcgtcaccaatggcgtgctggtggtaattatcttcctgggt
tcctgtagctccagaggccacggctggctgctgctctcaggggaacaggaccaagggaga
aaacagtgggcccagcttggtctctgtcctatcctgacctctgcaggagttagactaaac
gaggccagccaaatggggcacaggcagcactggggcacgagctggggcttctgtacagag
ggaggagtgaaggacctcctggtgatggtgaacgaatcctttgagaacacccagcgtgtc
cggccctgcttggaaccctgctgcccaacctctgcctgcttccaaaccgctgcctgcttc
cactaccccaagtacttccagtcccaggtgcacgtggaagtgcccaagagtcactggagc
tgtgggctttgctgccgctctcgcaagaagggccccatcagccagcccctcgactgcctt
tccgatggtcaggtgatgaccctgcctgtgggtgagagttatgaattacacatgaagtct
acaccctgccctgagacactggacgtgcggctgggcttcagcctgtgcccagcagagctg
gagtttctgcagaagcggaaggtcgtggtggccaaggccctgaagcaggtgctgcagctg
gaggaagacctgcaggaggacgaggtgccgctgatagccatcatggccactgggggtgga
acaagatccatgacctccatgtatggccacctgctggggctgcagaagctgaacctcctg
gactgtgccagctacatcaccggtctatcaggggccacctggaccatggctaccttgtac
cgtgaccctgactggtcctccaaaaacttggagcctgctatctttgaggctcggagacat
gtggtaaaggacaagctaccctccctgttcccagaccagctccgcaaattccaggaggag
ctccggcagcgcagccaggaaggctacagggtcacctttacagacttctggggcctgctg
atagagacctgcctgggggacgaggtagaccaagaccctgggactctgagagactgtcct
aaactgcggatccagtcccggcccctgtctggtggtgggcagcccgagggggtggtgcct
atgccattggtgccctttcagagtgatttggctggtgtcagctggggccgatacagcagc
ccgagaaatgaatgcaaactgtcagatcagcgtgctgctttgagctgcggccagaacccc
ctgcccatctacctcaccatcaatgtcaaggatgatgtaagcaaccaggacttcagagag
tggttcgagttctccccctacgaggtgggcctgcagaagtatggggccttcatcccctcc
gagctcttcggctccgagttcttcatggggcggctggtgaagaggatcccggagtctcga
atctgctacatgctaggcctgtggagcagcatcttctccctgaacctgctggatgcctgg
aacctgtcacacacctcggaggagtttttccacaggtggacaagggagaaagtgcaggac
atcgaagacgagccgatcctgcctgaaatccccaaatgtgatgctaacatcctggagacc
acggtagtgatcccagggtcatggctgtccaattctttccgagaaatccttacccatcgg
tccttcgtgtctgagtttcacaacttcctgtctgggctgcagctgcacaccaactacctc
cagaatggccagttctctaggtggaaagtgcctctgtccattggctgtcagggcaccagg
tgtgttggtaacgggaaggcttggctttcagacacagtgctagatggtttcccaaaccag
ctgaccgagtccgcgaaccacctgtgcctgctggacactgcgttctttgtcaactccagc
tacccgcccctcctcaggccagagcgaaaagccgacctcatcatccacctcaactactgt
gctgggtcccagacaaaggcaacctggttccagtcgcccttccaggctacccaccacatc
cacccaagtctgtgtttggatgcgaacaccaacgaaagggcttttgtccattttacttgg
ggaagcagcttgcaactggagcccctgaaacaaacctgtgagtactgcactgtgcagaac
atccccttccccaaatacgagctgccagatgagaatgaaaatctcaaggaatgctacctg
atggagaacccccaggaacccgatgcccccatcgtgactttcttcccactcatcaatgac
actttccgaaaatacaaggcaccaggtgtagagcgaagccctgaggagctggagcagggc
caggtggacatttatggtcccaaaactccctatgccaccaaggagctgacatacacagag
gccacctttgacaagctggtgaaactctcagagtataacatcctgaataataaggacact
ctcctccaggctctgcggctcgcagtggagaagaagaagcgcctgaagggccagtgtccc
tcctag

>gi568815583r:41968718_42194459|GENSCAN_predicted_peptide_3|61_aa
MGLLEQVVACKTPQINAYPSLSARNSHQDYMNIEKEREEEVSFELLVAIFVTMWKDSALK
S

>gi568815583r:41968718_42194459|GENSCAN_predicted_CDS_3|186_bp
atggggctcctggagcaagtggtagcctgcaaaacgccccagatcaatgcctatccctct
ttatctgcgaggaacagccaccaggattatatgaatattgagaaagagagagaagaagag
gtcagctttgagttattggtggccatctttgtcaccatgtggaaggactcagccttaaaa
agttga

>gi568815583r:41968718_42194459|GENSCAN_predicted_peptide_4|197_aa
MGEPGKGTTSSHSDLQDWQPGLKGRSRVVWMAGPGPAFGSVRLGGHPDAGWTWGRGPEQR
RAEPPPEAQEPGILGDGSNGCPAGWSPKRHRSHFQTRAPEAHPQFPLLGLLLPVQEQHRS
GPSSTSGPCSPQSRCSPAALLLCQRATWPSPIAAAPRAVGCRGGCRPPPRTLPAAAGDGS
GRSRWSAAAIIRNSLNV

>gi568815583r:41968718_42194459|GENSCAN_predicted_CDS_4|594_bp
atgggtgagcctggaaaaggtaccacaagttcccattctgatctacaggactggcagcct
ggcctgaaggggcggtccagggtggtgtggatggcaggccctggcccagcctttgggagt
gtcaggctaggcggtcacccagatgcagggtggacctggggacgcggccctgagcagcgc
cgagcagagcctccacccgaggcacaggaacccggcatcctcggcgatggcagcaatggc
tgccccgctggctggtccccaaagcggcaccgctcccactttcagacccgggccccagaa
gcgcatccccagttccccctcctggggctcctgctcccagtgcaagagcagcaccgctct
gggcccagttccacttcagggccctgctctccccagtcgcgctgctccccagctgcgctg
ctcctctgccagcgggcgacctggcccagccccatcgccgcggcccccagggcggtgggc
tgcagaggaggctgtcggcctcctccccgcaccctccctgctgcggccggtgatggcagc
ggccgctccagatggtccgccgctgccatcattaggaacagcttaaatgtctaa

>gi568815583r:41968718_42194459|GENSCAN_predicted_peptide_5|96_aa
MEDRVIPKQPSVTCVMDAVVGMKWDLLDPDKGCDILLTSRSDRPFPDDVARTAYTFSTSA
GRTCFKFFLLAHINEASCHIVTTPWIGPCGKERRVA

>gi568815583r:41968718_42194459|GENSCAN_predicted_CDS_5|291_bp
atggaggaccgggtcatccccaagcagccctcagttacctgtgtgatggatgctgtggta
ggtatgaagtgggaccttctggatccagacaagggttgtgacatcctcctgacgtcgagg
agcgaccgccccttcccggatgatgtggctcgcacagcttacactttctccacctccgct
ggccgtacctgcttcaagttcttcttgcttgctcacatcaatgaagccagctgccatatt
gtgaccaccccgtggataggcccatgtggcaaggaacggagggtggcctag

>gi568815583r:41968718_42194459|GENSCAN_predicted_peptide_6|1045_aa
MTRSRTLTTPNAGEDMEQQELPLINAAKTDTESAIRHPGAQLTADGKLIIQDPFCPEKDN
SYLLKWTHILYVDYLSGFLHLSKHDNPTTYTMSNLHMTVHNSNLETLRLSSSGGYPRVTH
RAMVFHLFQTLFENLIKAIDLSSLPQGNQLPATTPGTRLPPPGCIFCPETPGLEEVLRLQ
VLEPCQRFLEMLVDPASWGRGAGRQCQQTTGAPVLAGNRAGLLISLFLSKRDFGMKDVKL
FSGEASTCWQLTVRVLEARNLRWADLLSEADPYVILQLSTAPGMKFKTKTLTDTSHPVWN
EAFRFLIQSQVKNVLELSIYDEDSVTEDDICFKVLYDISEVLPGKLLRKTFSQSPQGEEE
LDVEFLMEETSDRPENLITNKVIVARELSCLDVHLDSTGSTAVVADQDKLELELVLKGSY
EDTQTSFLGTASAFRFHYMAALETELSGRLRSSRSNGWNGDNSAGYLTVPLRPLTIGKEV
TMDVPAPNAPGVRLQLKAEGCPEELAVHLGFNLCAEEQAFLSRRKQVVAKALKQALQLDR
DLQEDEVPVVGIMATGGGARAMTSLYGHLLALQKLGLLDCVTYFSGISGSTWTMAHLYGD
PEWSQRDLEGPIRYAREHLAKSKLEVFSPERLASYRRELELRAEQGHPTTFVDLWALVLE
SMLHGQVMDQKLSGQRAALERGQNPLPLYLSLNVKENNLETLDFKEWVEFSPYEVGFLKY
GAFVPPELFGSEFFMGRLMRRIPEPRICFLEAIWSNIFSLNLLDAWYDLTSSGESWKQHI
KDKTRSLEKEPLTTSGTSSRLEASWLQPGTALAQAFKGFLTGRPLHQRSPNFLQGLQLHQ
DYCSHKDFSTWADYQLDSMPSQLTPKEPRLCLVDAAYFINTSSPSMFRPGRRLDLILSFD
YSLSAPFEALQQTELYCRARGLPFPRVEPSPQDQHQPRECHLFSDPACPEAPILLHFPLV
NASFKDHSAPGVQRSPAELQGGQVDLTGATCPYTLSNMTYKEEDFERLLRLSDYNVQTSQ
GAILQALRTALKHRTLEARPPRAQT

>gi568815583r:41968718_42194459|GENSCAN_predicted_CDS_6|3138_bp
atgactagatccagaacactaacgacaccaaatgctggcgaagacatggagcaacaggaa
cttccactcattaatgctgcaaagactgacaccgagtctgcaataaggcacccaggagct
caactgaccgctgatggcaagctgattatacaggaccccttctgtcctgaaaaggacaat
tcatacttactgaaatggacacacattctgtatgtggattacctttccggcttcctgcac
ctcagcaagcacgacaatccaacgacttacacaatgtctaatctacatatgactgtgcat
aacagcaacttagaaaccctgcggctctcttcaagtggggggtatccacgtgtgacccat
cgagcaatggttttccatctttttcaaactctttttgagaatctgattaaagctatagac
ctgagctctctgcctcaggggaaccagcttcctgccaccactcctgggactcgtctgcct
ccccctggctgcatcttctgtcctgaaactccaggtctggaagaggtgctccgcctgcag
gtcctggagccctgccagaggtttctggagatgctggttgacccagcctcttggggaaga
ggggcagggcgccagtgccagcagacgacaggggcaccggtgctagcagggaacagggcg
ggtctgctcatttccctcttcctgtcaaagagggactttggcatgaaggatgtgaagctg
ttttctggggaggcctctacctgctggcagctcacagtgagggtcctggaggcgcggaac
ctgcgctgggctgacctgttgagtgaggccgacccttacgtgatcctacagctgtcgacc
gcacctggaatgaagtttaagaccaagacgctcaccgacaccagtcatcctgtgtggaat
gaggccttccgtttccttatccaaagtcaggtcaagaatgttctggagcttagcatctat
gatgaggactcagtcacggaggatgacatctgcttcaaggttctctatgacatctcagaa
gtcctccctggcaagctgctccggaaaaccttctcccagagtccccagggagaggaggag
ctggatgtggagttcctgatggaagaaacgtcagatcgcccagaaaacctcatcaccaac
aaagtcattgtggcccgagagctgtcatgcctggatgtgcatctggacagcacagggagc
accgctgtggttgcagatcaggacaagctggagctggagctggtgctgaaggggtcctat
gaggacacacagacatccttcctgggcacagcctctgccttccgcttccactacatggca
gccctagagacagagctgagcgggcgcctgaggagctccagaagcaatggctggaatggg
gacaactcagctgggtacctcactgtgcccctgaggcccttgaccattgggaaggaggtg
actatggatgttcctgctccaaatgccccaggagtgaggctgcagctcaaggcagagggc
tgccctgaggagctggccgtgcacctgggcttcaatctctgtgcagaggagcaggccttc
ctgagcaggaggaagcaggtggtggccaaggccctgaagcaggccctgcagctggacaga
gacctgcaggaggatgaggtacccgttgtgggcatcatggccacaggaggaggtgcccgg
gccatgacctcactctacggccacctattggccttgcagaagctgggcctcctagactgt
gtgacctacttcagtggcatctctggctctacgtggacaatggcccacctgtacggggac
cctgagtggtcgcagagggacctggagggacctatcagatacgcccgggagcacctggcc
aagagcaagctggaggtcttttccccagagcgcctggcgagctaccgccgggagctggag
ctgcgggctgagcagggccaccccacgacctttgtggacctgtgggcgctagtgctggag
tccatgctgcacggccaggtgatggatcagaagctgtcaggacagagagccgccctggaa
cggggtcagaaccctctgcccctctacttgagcctcaatgtcaaagagaacaatctggag
acactggacttcaaggagtgggttgagttctccccctatgaggtcggtttcctgaagtac
ggggccttcgtccctcctgagctcttcggctccgagttcttcatgggacggctgatgagg
aggatcccggagccccggatctgctttctggaagccatctggagcaacattttctccctg
aacctgctggatgcctggtatgacctcaccagttctggggagtcctggaaacagcacatc
aaggacaagaccaggagcttagagaaggagcccctgaccacctcggggacctcctcgcgg
ctggaggcctcgtggctgcagccaggcacggcgctggcccaggcatttaaaggcttcctg
acaggcaggcccctccaccagcgcagccccaacttcctccagggcctccagctgcaccag
gactactgtagccacaaagacttctccacctgggcagactaccagcttgactccatgccc
agccagctgacccccaaggagccccggctctgcctggtggacgccgcctacttcatcaac
accagctctccctccatgttccggccaggccgcaggctggacctcatcctctccttcgac
tactccctatctgcgcccttcgaggcactgcagcagacggagctgtactgccgggcccgg
gggctgcccttcccccgggtggaacccagccctcaggaccagcaccagccaagggaatgc
cacctcttctcagaccccgcctgccccgaggccccgatcctgctgcacttcccgctggtc
aatgcctccttcaaggaccactcagcccccggtgtccagcgcagccccgcagagctccag
ggtggccaagtggatctcaccggggccacctgcccctacaccctgtccaacatgacctac
aaggaggaagacttcgagcgcctgctgcggctcagtgactacaacgtgcagaccagccag
ggtgccatcctgcaggccctgaggaccgcgctgaagcaccggactctagaggcgaggcct
ccaagggcacagacctga

>gi568815583r:41968718_42194459|GENSCAN_predicted_peptide_7|108_aa
MGWQSLKPVLPTCFHVKALLESEGIDVVHWGKHTSLQASHHYHGMAKDTQPGAITAQGMQ
GTLSEMRLQPTVTKYIKKAASMKERQQRTYPQGIQSQNNQKNVLKYIR

>gi568815583r:41968718_42194459|GENSCAN_predicted_CDS_7|327_bp
atgggctggcagtcccttaagcctgtacttcccacctgtttccatgtgaaggcactcctg
gaaagtgaaggcatcgatgtggtacactggggtaaacatacaagtctgcaggccagccat
cattaccacggcatggccaaggacacgcagccaggagccatcacagcccagggcatgcaa
ggaactctctcagagatgaggttacaaccaacagtcaccaaatacataaagaaggcagca
tccatgaaagagaggcaacaaagaacctacccccaaggaatccagtcacagaacaatcag
aaaaacgtgttaaaatacatacgctaa

>gi568815583r:41968718_42194459|GENSCAN_predicted_peptide_8|1554_aa
XPADVASPESGSCNRFEVTLEKSNKNFSKKIQQHTETGEEVLRMCVAVKKKLQLYFWKDR
EFHELQVDGKGSIKELFPTGKQLEPLVAPLADGKVAVGQDDLTVVLNEEGICTQKCALNW
TDIPVAMEHQPPYIIAVLPRYVEIRTFEPRLLVQSIELQRPRFITSGGSNIIYVASNHFV
WRLIPVPMATQIQQLLQDKQFELALQLAEMKDDSDSEKQQQIHHIKNLYAFNLFCQKRFD
ESMQVFAKLGTDYRKQLQYPNPLPVLSGAELEKAHLALIDYLTQKRSQLVKKLNDSDHQS
STSPLMEGTPTIKSKKKLLQIIDTTLLKCYLHTNVALVAPLLRLENNHCHIEESEHVLKK
AHKYSELIILYEKKGLHEKALQVLVDQSKKANSPLKGHERTVQYLQHLGTENLHLIFSYS
VWVLRDFPEDGLKIFTEDLPEVESLPRDRVLGFLIENFKGLAIPYLEHIIHVWEETGSRF
HNCLIQLYCEKVQGLMKEYLLSFPAGKTPVPAGEEEGELGEYRQKLLMFLEISSYYDPGR
LICDFPFDGLLEERALLLGRMGKHEQALFIYVHILKDTRMAEEYCHKHYDRNKDGNKDVY
LSLLRMYLSPPSIHCLGPIKLELLEPKANLQAALQVLELHHSKLDTTKALNLLPANTQIN
DIRIFLEKVLEENAQKKRFNQVLKNLLHAEFLRVQEERILHQQVKCIITEEKVCMVCKKK
IGNSAFARYPNGVVVHYFCSKERETYPYYDLQVKVLRATNIRGTDLLSKADCYVQLWLPT
ASPSPAQTRIVANCSDPEWNETFHYQIHGAVKNVLELTLYDKDILGSDQLSLLLFDLRSL
KCGQPHKHTFPLNHQDSQELQVEFVLEKSQVPASEVITNGVLVAHPCLRIQGTLRGDGTA
PREEYGSRQLQLAVPGAYEKPQLLPLQPPTEPGLPPTFTFHVNPVLSSRLHVELMELLAA
VQSGPSAELEAQTSKLGEGGILLSSLPLGQEEQCSVALGEGQEVALSMKVEMSSGDLDLR
LGFDLSDGEQEFLDRRKQVVSKALQQVLGLSEALDSGQVPVVAVLGSGGGTRAMSSLYGS
LAGLQELGLLDTVTYLSGVSGSTWCISTLYRDPAWSQVALQGPIERAQVHVCSSKMGALS
TERLQYYTQELGVRERSGHSVSLIDLWGLLVEYLLYQEENPAKLSDQQEAVRQGQNPYPI
YTSVNVRTNLSGEDFAEWCEFTPYEVGFPKYGAYVPTELFGSELFMGRLLQLQPEPRICY
LQGMWGSAFATSLDEIFLKTAGSGLSFLEWYRGSVNITDDCQKPQLHNPSRLRTRLLTPQ
GPFSQAVLDIFTSRFTSAQSFNFTRGLCLHKDYVAGREFVAWKDTHPDAFPNQLTPMRDC
LYLVDGGFAINSPFPLALLPQRAVDLILSFDYSLEAPFEVLKMTEKYCLDRGIPFPSIEV
GPEDMEEARECYLFAKAEDPRSPIVLHFPLVNRTFRTHLAPGVERQTAEEKAFGDFVINR
PDTPYGMMNFTYEPQDFYRLVALSRYNVLNNVETLKCALQLALDRHQARERAGA

>gi568815583r:41968718_42194459|GENSCAN_predicted_CDS_8|4665_bp
ntgccagcagatgtagcatcacctgaaagcggcagttgcaacagatttgaagtgacacta
gagaaatccaataagaacttctccaaaaagattcagcagcacacagagaccggtgaggag
gtgttacggatgtgtgtggcagtaaaaaagaagctgcagctctatttctggaaggacagg
gaatttcatgaattgcaggtggatggaaaggggtccatcaaagagctctttccaacagga
aaacagctggagcccttagttgcacctctggcagatggaaaagtggctgtgggccaggat
gatctcaccgtggtactcaatgaggaagggatctgcacacagaaatgtgccctgaactgg
acggacataccagtggccatggagcaccagcctccctacatcattgcagtgttgcctcga
tatgttgagatccgaacatttgaaccgaggcttctggtccaaagcattgaattgcaaagg
ccccgtttcattacctcaggaggatcaaacattatctatgtggccagcaatcattttgtt
tggagactcatccctgtccccatggcaacccaaatccaacaacttctccaggacaagcag
tttgaattggctctgcagctcgcagaaatgaaagatgattctgacagtgaaaagcagcaa
caaattcatcacatcaagaacttgtatgccttcaacctcttctgccagaagcgttttgat
gagtccatgcaggtctttgctaaacttggcacagactacagaaagcagttgcagtatccc
aacccattgcctgtgctctccggggctgaattggagaaggctcacttagctctgattgac
tacctgacacagaaacgaagtcaattggtaaagaagctgaatgactctgatcaccagtca
agcacctcaccgctcatggaaggcactcccaccatcaaatccaagaagaagctgctacaa
atcatcgacaccaccctgctcaagtgctatctccatacaaatgtggccctggtggccccc
ttgctacgcctggagaacaatcactgccacatcgaggagagcgagcacgtgctaaagaag
gctcacaagtacagtgagcttatcatcctgtatgagaagaaggggctccacgagaaagct
ctgcaggtgctcgtggaccagtccaagaaagccaactcccctctgaaaggccacgagagg
acagtgcagtatctgcagcatctgggcacagaaaacctgcatttgattttctcctactca
gtgtgggtgctgagagacttcccagaagatggcctgaagatatttactgaagatctcccg
gaagtggagtctctgccacgtgatcgagtcctcggcttcttaatagagaattttaagggt
ctggctattccttatctggaacacatcatccatgtttgggaggagacaggctctcggttc
cacaactgcctgatccagctatactgtgagaaggtgcaaggtctgatgaaggagtatctc
ctgtccttccctgcaggcaaaaccccagtcccagctggagaggaagagggtgagctggga
gaataccggcaaaagctcctcatgttcttggagatttccagctactatgatccaggccgg
ctcatctgtgattttccctttgatggcctcttagaagaacgagctctcctgttggggcgc
atggggaaacatgaacaagctcttttcatttatgtccacatcttgaaggatacaaggatg
gctgaggagtactgccacaaacactatgaccgaaacaaagatggcaacaaagatgtgtat
ctgtccctgcttcggatgtacctgtcgccccccagcattcactgcctggggccaatcaag
ctggaactactggagccaaaagccaacctccaggccgctctgcaggtcctcgagctacac
cacagcaaactggacaccaccaaggccctcaaccttctgccagcaaacactcagatcaat
gacatacgcatcttcctggaaaaggtcttggaagaaaatgcacaaaagaaacggttcaat
caagtgctcaagaaccttctccatgcagaattcctgagggtccaggaagagcggatttta
caccagcaggtgaagtgcatcatcacagaggagaaggtgtgcatggtgtgtaagaagaag
attgggaacagtgcatttgcaagataccccaatggagtggtcgtccattacttctgttcc
aaagagcgggaaacctacccatactatgacctccaggtgaaggtgctgagggccacaaac
atccggggcacagacctgctgtccaaagccgactgctatgtgcaactgtggctgcccacg
gcgtccccaagccctgcccagactaggatagtggccaactgcagtgaccccgagtggaat
gagaccttccactaccagatccatggtgctgtgaagaacgtcctggagctcaccctctat
gacaaggacatcctgggcagcgaccagctctctctgctcctgtttgacctgagaagcctc
aagtgtggccaacctcacaaacacaccttcccactcaaccaccaggattcacaagagctg
caggtggaatttgttctggagaagagccaggtgcctgcatctgaagtcatcaccaacggg
gttctggtggctcacccctgtctgagaatccagggcacgctccggggagatgggacagcc
ccacgggaagagtacggctctaggcagctccagctggcagtgcctggagcctacgagaag
ccacagctcttgcccctgcagcctcccacagagccaggcctcccacccacctttaccttc
cacgtgaacccagtgctgagctccaggctacacgtggagctgatggagctgctggcagct
gtgcagagtggccccagcgcagagttggaggctcagaccagcaagctgggcgaggggggc
atcctgctctcctctctgcccctaggccaggaggaacagtgttctgtggccctgggggag
ggccaggaggtggctctgagcatgaaggtggaaatgagctccggggacctagacctacgc
cttggctttgacctctctgacggggagcaggagtttctggacaggaggaagcaggtcgtg
tccaaggccctgcagcaagtgctgggattgagtgaggctctggacagtggccaggtgcct
gtagtggctgtgttgggttccgggggtggaacccgagccatgtcttctctgtacggcagc
ctggcagggttgcaggagctcggccttctagacactgtgacctacctgagtggggtctct
gggtctacctggtgcatctccacactctacagggacccagcctggtcccaggtggccttg
cagggccccattgagcgtgcccaggttcacgtctgcagcagtaagatgggagctttgtcc
acggagcggctacagtactacactcaggaactgggggtccgggagcgcagtggccacagc
gtgtccctcatcgacctctggggcctccttgttgagtatctcctgtaccaggaggagaac
cctgccaagctgtctgaccaacaggaggcggtccgccagggtcagaacccttaccccatt
tacaccagtgtcaacgtccgcaccaacttgagtggggaagattttgcagagtggtgcgag
ttcacgccctatgaggttggcttccccaagtacggggcttatgttcccaccgagctcttc
ggctcagaactcttcatgggacgattgctgcagctccagcctgaaccccggatctgttac
ctgcaaggtatgtggggcagcgcctttgccaccagcctggatgagatcttcctaaagacc
gccggctcgggcctcagcttcctggagtggtacagaggcagtgtgaatatcacagacgac
tgccagaagcctcagctgcacaacccctcgaggctgcgaacgaggctcctcaccccacag
gggcccttctcccaggctgtgctggacatattcacctcccgcttcacttccgcccagagc
tttaacttcacccggggtctctgcttgcacaaggactatgtggctggcagggagttcgtg
gcctggaaagacacacacccggacgccttccccaaccagctcacccccatgcgggactgc
ctgtacctggtggacggaggctttgccatcaactctccgttcccactggctctgctgcct
cagagagcagtggacctcattctgtcctttgactattccttggaagccccttttgaggtc
ttgaagatgacagagaagtactgcctggaccgaggaatccccttccctagcatcgaggtg
ggccctgaggacatggaggaggcccgtgagtgctatctgtttgccaaggctgaggacccc
cgctcccccattgtgctgcacttccccctggttaaccgtaccttccgcacacacctggcc
ccaggtgtggagcgacaaacagctgaggagaaggcctttggggactttgtcatcaacagg
ccagacaccccctatggcatgatgaacttcacctatgagccccaggacttttatcggctg
gtggccctcagtcgatacaacgtcctgaacaacgtggagaccttgaagtgcgccctccag
ctggctctggaccggcaccaggctcgggagagggcaggggcctga