GENSCAN 1.0	Date run:  7-Nov-116	Time: 19:44:37

Sequence gi568815587r:93636164_93839304 : 203141 bp : 40.70% C+G : Isochore 1 ( 0 - 43 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 Intr +   7803   7905  103  0  1   76   27    99 0.164   1.86
 1.02 Intr +  10613  10734  122  1  2   69   59   103 0.416   3.87
 1.03 Term +  12315  12408   94  0  1   91   47    74 0.419  -0.08
 1.04 PlyA +  12632  12637    6                               1.05

 2.00 Prom +  12921  12960   40                              -5.75
 2.01 Init +  25698  25821  124  2  1   60   50   155 0.002   9.52
 2.02 Intr +  30519  30652  134  1  2   49   80   102 0.012   4.94
 2.03 Intr +  31444  31644  201  0  0   72   82   162 0.998  12.56
 2.04 Intr +  32645  32769  125  1  2   56   63    83 0.997   1.06
 2.05 Intr +  33514  33607   94  1  1   67  105   101 0.996   8.75
 2.06 Intr +  43249  43389  141  0  0    8   71   234 0.985  13.33
 2.07 Intr +  47396  47579  184  1  1   55   46   158 0.982   6.74
 2.08 Intr +  47801  47965  165  0  0   60   53   210 0.996  13.71
 2.09 Intr +  51481  51702  222  2  0  110   63   156 0.991  12.48
 2.10 Intr +  55520  55612   93  0  0   37   63    91 0.495   0.52
 2.11 Intr +  55764  55867  104  1  2   53   91    52 0.887   0.97
 2.12 Intr +  59334  59510  177  2  0   40   87    64 0.490   0.69
 2.13 Intr +  60157  60254   98  0  2   79   67    30 0.906  -2.11
 2.14 Intr +  60519  64023 3505  0  1   88   91  1283 0.939 115.00
 2.15 Intr +  66297  66474  178  2  1   88   83   153 0.992  13.37
 2.16 Intr +  66613  66756  144  2  0   39   67   122 0.955   4.53
 2.17 Intr +  70582  70734  153  2  0   93   94    83 0.913   8.52
 2.18 Intr +  85149  85249  101  1  2   44   96   110 0.992   6.31
 2.19 Intr +  85791  85887   97  2  1   77   90    70 0.997   4.76
 2.20 Intr +  86878  87126  249  2  0   49   93   173 0.863  10.39
 2.21 Intr +  88091  88212  122  0  2   52   76    64 0.508   0.89
 2.22 Intr +  89488  89668  181  0  1   84   63    79 0.971   3.52
 2.23 Intr +  90813  91474  662  1  2   86  106   265 0.998  18.69
 2.24 Intr +  92518  92658  141  0  0   77   99   146 0.999  14.23
 2.25 Intr +  93271  93367   97  0  1   55  115    89 0.998   6.96
 2.26 Intr +  93451  93618  168  2  0   79   44    79 0.488   1.60
 2.27 Intr +  93707  93806  100  0  1  127   97    69 0.998   9.95
 2.28 Intr +  93886  93985  100  1  1   78  113    65 0.967   7.19
 2.29 Intr + 103165 103285  121  0  1   58   37    74 0.000  -1.55
 2.30 Intr + 104751 104873  123  1  0   35   32   190 0.003   7.74
 2.31 Intr + 105280 105411  132  2  0   44   44   124 0.006   3.30
 2.32 Intr + 114183 114281   99  1  0   84  121    56 0.879   7.66
 2.33 Intr + 117519 117592   74  1  2   79  106    48 0.999   3.91
 2.34 Intr + 117773 117874  102  1  0  118   60    62 0.981   5.85
 2.35 Intr + 119047 119223  177  0  0   85   55   118 0.980   7.39
 2.36 Intr + 121153 121302  150  0  0   89   95    71 0.961   7.34
 2.37 Intr + 122163 122468  306  2  0   54   69   227 0.959  13.12
 2.38 Intr + 123579 123695  117  2  0   67  100    15 0.552   0.34
 2.39 Term + 125352 125525  174  2  0   80   35   166 0.996   7.28
 2.40 PlyA + 126463 126468    6                               1.05

 3.06 PlyA - 126548 126543    6                               1.05
 3.05 Term - 127130 126995  136  1  1   97   43   163 0.879   9.21
 3.04 Intr - 134730 134561  170  0  2    0   76   163 0.439   4.12
 3.03 Intr - 135312 135271   42  0  0  115   96    35 0.714   4.52
 3.02 Intr - 137511 137254  258  0  0   71   69    77 0.006   0.84
 3.01 Init - 143071 142706  366  1  0   71   54   157 0.023   7.67
 3.00 Prom - 143125 143086   40                              -5.65

 4.00 Prom + 143562 143601   40                              -5.15
 4.01 Init + 144993 145046   54  2  0   53   68    36 0.530  -2.22
 4.02 Intr + 148042 148600  559  0  1   72  116   398 0.831  32.47
 4.03 Intr + 151838 152004  167  0  2  122   68    11 0.872   1.26
 4.04 Intr + 154097 154180   84  1  0   53  115    40 0.825   2.30
 4.05 Intr + 154411 154630  220  0  1   53   80   179 0.921  10.55
 4.06 Intr + 157565 157701  137  0  2   11   63    55 0.697  -5.33
 4.07 Intr + 157788 157872   85  2  1  106   80    83 0.870   7.77
 4.08 Intr + 158745 158897  153  1  0  109   54   102 0.138   8.02
 4.09 Intr + 161415 161556  142  1  1   41   82    58 0.065  -1.01
 4.10 Intr + 165672 165809  138  0  0   41  108    93 0.952   5.26
 4.11 Intr + 171355 171472  118  1  1   42   92    49 0.987   0.25
 4.12 Intr + 173554 173713  160  0  1  112   80   116 0.991  11.84
 4.13 Term + 175690 175901  212  2  2   73   34   192 0.963   8.77
 4.14 PlyA + 176219 176224    6                               1.05

 5.05 PlyA - 177531 177526    6                               1.05
 5.04 Term - 184449 184406   44  1  2  118   42    67 0.370   1.44
 5.03 Intr - 184720 184580  141  2  0   72   86    95 0.740   7.10
 5.02 Intr - 185131 184834  298  1  1   69   99   331 0.681  27.82
 5.01 Init - 200019 199864  156  0  0   52   31   141 0.568   4.76

Suboptimal exons with probability > 0.800

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

S.001 Init -  27084  26958  127  0  1   29   73   124 0.926   5.37
S.002 Init +  30545  30652  108  1  0   72   80    88 0.959   6.67
S.003 Term - 100141  99998  144  1  0   86   48    70 0.969  -0.27
S.004 Intr - 100588 100531   58  0  1   50   92    78 0.974   2.37
S.005 Intr - 101076 100901  176  0  2   24  111   226 0.980  16.32
S.006 Init - 106657 106540  118  1  1   71  103   122 0.900  12.50
S.007 Term + 158745 158926  182  1  2  109   47   115 0.861   6.29


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815587r:93636164_93839304|GENSCAN_predicted_peptide_1|106_aa
XSQQQGMLQEETGLSAWTQHRDVEHSCNWPMLEIGLGEDGKRECAVIFTKPSSSIGITCG
ALKNADAKPGVVAHLRTCGVVFIYVSLLGAEPCECTVSRNYTMFSL

>gi568815587r:93636164_93839304|GENSCAN_predicted_CDS_1|321_bp
nngtctcaacaacagggaatgcttcaggaagagactggcctatcagcctggactcagcac
agagatgtggaacacagctgcaactggcccatgctggaaataggacttggtgaagatgga
aagagagagtgtgcagtgatttttacgaaaccttcatcatccattggaatcacatgtggt
gctttgaaaaatgcagatgccaagccaggtgtggtggcacatctgagaacctgtggagtt
gtgttcatttatgtgtctctcctcggagcagaaccttgtgagtgcacagtttccaggaac
tatacgatgttctccctctga

>gi568815587r:93636164_93839304|GENSCAN_predicted_peptide_2|3144_aa
MGSQEGALLRTQVRLAFLRLRRPWALPAVGLAAVRSVRTRPELSYIKYTEMKRKVVNTHK
LRLSPNEEAFILKEDYERRRKLRLLQVREQERDIALQIREDIKQRRNQQFTRLAEELRAE
WEESQTQKIQNLEKLYLASLRSMGEGHRQAKENEPDLDALAQRAAERKRKADLRHKEALK
VQKNQKEILLKQKTWHIKARKEALLVEKERSAKITSLPPPPPTLFEPDARLAAEEEAKRL
EELQKQAAQERMERFEKAHVRGFQAMKKIHLAQNQEKLMKELKQLQQEDLARRRQTVAQM
PPQLVELPYKRSEMKEDWQRELEFAFEDMYNADRKVKGNLILHLEPEPLPTVTNQIQDEE
LDLSMEQENLGAAEDLPVTEAEICSSETDVPLVMKTQQIPSKVLFKKLLNKIRSQKSLWT
IKSMSEDESEMITTVSEIESKAPTVESGTIASKERTLSSGQEQVVESDTLTIESGPLASE
DKPLSCGTNSGKEQEINETLPITTVAQSSVLLHPQEAAARIRMSARQKQIMEIEEQKQKQ
LELLEQIEQQKLRLETDCFRAQLEEEKRKKTQPTGVGCRKSHHYINHLVGIAPASCPVIS
DEDSHRQMIRNYQHQLLQQNRLHRQSVETARKQLLEYQTMLKGRCPSVSAPSLITDSVIS
VPSWKSERPTAISEHWDQGQRLKLSPNKYQPIQPIQTSKLEQDHFQVARQNHFPQRQVET
TETLRASDILTNQALESQEHLRQFSQTETQQRDYKLVPKDSETLSRALSHDRQLISQDAR
KISETFGATTFQSLESQQLFSENSENISYHLTEPSSFVPLVPQHSFSSLPVKVESGKIQE
PFSAMSKSTVSTSHSIISQMHDRPLLPSENITAQQGNMKALQEQLDLQKKVLQATQEAQE
QLLLCKQKEVEQQTGLSVFLPLVTPDSSALLPSAKADLGRIQESSPTKNNIAVSSDHHVI
SQLQDKRLSLSQPILSQQNNFKFLQEQLNIQKDSLQARREAQEVLYVHKQSELDRRVCSE
QAEPSFPFQVAQHTFTSLPSADTKSGKIQEQHSSKSEKGLVSCQSDIPISQDGSLSFLQQ
FLPLHDSLKLLQEQLTKQRDTLQARHEAQVELLLHRQRDLGDSKSGLVSSSSSPVVVQHS
VASQASAKAEPRRIQELYLSEKENVGPSCHLIIPTFQDKSLSFPQHSLAQQENLTILQEQ
SQIQRVILGAKEGTQEFVHTESELEKRISSEQTGTSSSLSQVDESERFQECISIKSDSTI
PLSHPKIPRCQERLLRVSQHMLPLQDNLEEHQAWLDTEKEAFHFSQKTQENTSSEQTGSS
SFIPQLVQLSFTSLASAESGTILEPLFTESESKIFSSHLQIPQLQDRLLRISQLIQPQQD
NLKALQEQLATQREAIILARQEAREELLLHQSEWEGRISPEQVDTSSLPLVPQHSFASLP
LNESERNQEPCSINSDNIVSSGHSEIPTLPDGLLGLSHLVLPQQDNLIALEEHLHAQTDF
LPSIEKTQKELVLSKPCKFEEKVSSEHFIQSHHGDLQALQQQLDTQKKAIRSIQEVQEEL
LLQRLSELEKRVSSEQVCSSSFVSQVPVADSERTQKSFPTKSNDTLPSSHREIPRLQDRL
LSLSKPILPQQDNMTAQLDAQREVMYSYEKPQEELSLNKQRKLNKSESAEHTIPSLFLPK
ETEHSFIPLPFAEAKPKSTCELYSSQNEHAAPPSNPVIPGFQDRLLSFSQSVLTQQDNLG
LQKQLDLQREVLHYSQKAQEKLLVQRQTALQQQIQKHEETLKDFFKDSQISKPTVENDLK
TQKMGQLRDWFPNTQDLAGNDQENIRHADRNNSDDNHLASEDTSAKQSGEHLEKDLGRRS
SKPPVAKVKCGLDLNQHELSAIQEVESPAIGRTSILGKPGIYEDRDPLRVSISREQSFFG
SPLAHDPFSCLQLVGQENVCGDDYDEAVKLKESVVENHAVLSYAVEEEHAYLGPTVKPDD
KAKTLSYEPLSSATVSTGSLLSYENTDLSLTDPESFSEHMDDSKQESTTSKEEETNIISS
IVPSTQDIYQRQNSSDVHKSLLPAVDETTCGHTHFQQMIDKYINEANLIPEKTDLQELEH
IFPNLHHQLFKPLEPHPDFDLSSSSSGISPDNRDFYQRSDSSSESHCATGLSKSTVYFTA
LRRTSMHSSLNTSPNQQPDTNLAHVGAHSFATENIIGGSEQCFEQLQPEYSSQEESQHAD
LPSIFSIEARDSSQGMKNQNYPSEEHTEILQNKKKIVHFQLSIGNLSSVYSSSDEANVFD
QLNVQHSTPCGSNSSECSTKHQLESRKESMGFEELSKRGVVTMLQSQGLIEDNKNETCRV
LDINPQVEETDSRLCVRTVEMGTSIQAPYSLTTQNEKYFENSAETDIPKITKKLSQLGES
ELFASSGSFSLQSSIPVWETETGHGIMEEPELTLISTTDTSIAEMDFANLTLEEKSENEA
KCFFQVSEFLPLVSATEASDYPAVSELSIEKPRTASTETPRRLTPVPGSLQEAFIKRKKS
FMERSHQRQKEIRNKIHVSENSQIKTVKEKPSISSSVSRLKGVNKVRASFPEDRKTTQAL
RHQRGLRLYNQLAEVKQQKEEKTKQEAYAQNRARAKEFHKFSEIMKFSKYDKASLNIDSI
YYSVERGQTMPMISGEIIYQEATWAESGALPGANAVTTSASHPAAPNLQKTGASNGYLTY
EALQLPITSRPPPTVRKKRVGYFRGPSNSQAEISRYNLASGKKASVMQKGLKDNFADVQV
SVVDCPDLTKEPFTFPVKGICGKTRIAEVGGVPYLLPLVNQKKVYDLNKIAKEIKLPGAF
ILGAGAGPFQTLGFNSEFMPVIQTESEHKPPVNGSYFAHVNPADGGCLLEKYSEKCHDFQ
CALLANLFASEGQPGKVIEVKAKRRTGPLNFVTCMRETLEKHYGNKPIGMGGTFIIQKGK
VKSHIMWEQARAPTAQAQLQQLKPAAADLGLPLHGAGRSPAFSTQLQLPKPWLRTQAFLH
SWGSGKAPTALTGLEMPAPTAWLLPAVGACSDPGAKSGRARSLSQPSQPAEFSSCPLNSD
EEVNKWLHFYEMKAPLVCLPVFVSRDPGFDLRLEHTHFFSRHGEGGHYHYDTTPDIVEYL
GYFLPAEFLYRIDQPKETHSIGRD

>gi568815587r:93636164_93839304|GENSCAN_predicted_CDS_2|9435_bp
atgggatcccaggaaggcgccttgttgcgaacgcaggtacggctcgcgtttctcaggctc
cgcaggccgtgggccctgcccgcggtcgggctggcggctgtaaggagtgtccggaccaga
cccgaactgtcatacataaagtacacagaaatgaagagaaaagtcgtgaatactcacaag
ctgagattgagtcctaatgaggaagccttcattttgaaggaagattatgaaagaaggcga
aaactaagattgctacaggttcgagaacaagaaagagatatcgccttacagataagagaa
gacataaaacagaggagaaatcaacaatttacacgtttggcagaggagctaagggcagaa
tgggaagaatcacaaactcagaaaatacagaacttggaaaaactgtatttggcaagttta
agaagtatgggagagggacatcgacaggccaaagaaaatgaacctgatttggatgctttg
gcacagcgggcagcagaaaggaaaagaaaagcagatttgaggcataaagaagccttgaaa
gtacagaaaaatcaaaaagaaatattactgaaacaaaaaacctggcatataaaagctcga
aaggaagcactgcttgtggaaaaagagagatcagccaaaattacaagtctgccacctcct
cctccaactctttttgagccagatgctcgtttggctgctgaagaggaagctaaacgattg
gaagaactacaaaaacaggcagcacaagagagaatggaacggtttgaaaaggcacatgta
cggggattccaagcaatgaagaagatccatttggctcaaaatcaggagaaactaatgaaa
gaactcaaacagctacagcaagaggacctggcacgtaggagacagactgtagcacaaatg
ccaccacaactagttgaacttccatacaaacgcagtgaaatgaaagaagactggcagaga
gaattggaatttgcctttgaagatatgtacaatgcagacaggaaggtgaaagggaatctg
attctgcaccttgaaccagagcccttgcccactgtgactaatcagatccaagatgaagag
ctggacctttcaatggaacaagaaaatttgggtgcagctgaagaccttccagtgacagaa
gctgaaatatgttctagtgaaacagatgttcccttggtaatgaagacccaacagattcct
tcaaaagttctttttaaaaaattattaaataagatccgaagccaaaaatctctctggaca
attaaatctatgtctgaggatgaaagtgaaatgattacgactgttagtgaaattgagagt
aaagcaccaacggttgagtcaggaacaattgccagcaaagagagaacgttatcctctggg
caggaacaagttgttgaaagtgatacactaacaattgagtctggaccacttgctagtgaa
gataaaccactttcgtgtggtacaaactctggaaaagaacaagaaataaatgagactctg
cctatcacaactgtagctcagagttcagttctacttcatcctcaagaagcagcagccagg
attagaatgtcagcaaggcagaaacagataatggaaatagaagagcagaagcaaaagcaa
ttggaattacttgaacaaattgaacagcagaaattaagattagaaactgactgcttcagg
gctcagctggaagaagaaaaaagaaaaaaaactcaaccgactggggtaggatgcagaaaa
tctcatcactacataaatcatttggttggcattgctccagcatcatgccctgtaatttct
gatgaagatagtcataggcagatgattcgtaactatcaacatcagcttttacaacaaaac
aggttacacaggcagtctgttgaaacagccaggaaacaattacttgaatatcaaactatg
ttaaaaggaaggtgcccatcggtgtcagctccatcattgataactgattctgttatatca
gtgccatcatggaaatctgagagaccgactgctatatcagagcattgggatcaaggtcag
agactcaagttgagtcctaacaaataccaacccatacaacctatacagacctccaaatta
gaacaagatcattttcaggtagcgagacaaaatcactttccacaaagacaggtggaaaca
acagaaacattacgcgcttcagatattttaaccaatcaagctttagaatcacaagaacat
ctaaggcaattctctcagactgaaacacaacagagagactataaattggtccccaaagat
tctgagacactttcaagggctttgtcacatgacaggcagctaatatcacaggatgctaga
aaaatatctgaaacatttggggcaacaacttttcaaagtttagaatcccaacaattgttc
tcagagaatagtgaaaatatatcttaccatttaactgaaccttcttcatttgtaccactg
gtacctcagcattcttttagttctctgcctgttaaagttgagtcaggaaaaattcaagaa
cccttttcagccatgagcaaaagtacagtttccacaagccattctataatcagccaaatg
catgataggcctttgctgccgtcagagaatatcacagcccagcaaggtaatatgaaggcc
ctccaagaacagttagacctacagaagaaagttcttcaggcaactcaggaagctcaggaa
cagttgcttttgtgcaaacagaaagaagtggaacagcaaacgggcctctcggtattcctt
cccttggtaactccagattcatctgctttattgccttctgccaaagcagatttggggaga
atccaggaatcttcaccaaccaagaataatattgcagtttcctcagaccatcatgtgatc
tcacaacttcaggataagcgtttgagtctttcacagcctatcctatcacagcaaaataat
tttaaatttctccaagagcagttgaatattcagaaggatagccttcaggctaggcgagaa
gcccaggaagtattgtatgtacataaacagagtgaattggatagaagagtatgttccgaa
caggctgagccctctttcccatttcaggtagctcagcatacatttacttcactaccatct
gctgatacaaaatctggaaaaatacaggagcaacattcatctaagagcgagaaaggactt
gtttcatgccaatctgacatccccatatctcaggatgggtctttgagtttcctacagcag
ttcctacctctacatgatagtttgaagttgctccaagaacagttgactaaacagagggat
actcttcaggctaggcatgaagctcaggtggaattacttttacatagacaaagagatttg
ggggacagtaagtctgggctggtgagctcttcatcctcaccagtggttgttcagcattca
gttgcttcacaagcttctgctaaagctgagcctaggagaattcaggagctttatttatct
gagaaggagaatgtaggtccctcctgtcatttgataatcccaacatttcaggataagtct
cttagttttccacagcatagcctggcacagcaagaaaatttgacaatactccaagaacag
tcacaaatacaaagggtaatacttggtgctaaagaaggaactcaggaatttgtacacaca
gaaagtgaattggagaaaagaatttcttctgaacagactggcacctcctcatccctttcc
caggtggatgaatctgagagattccaggaatgtatatcaatcaagagtgacagtaccatt
cccttaagccatcctaagatcccaagatgtcaggaaagacttttgagagtttcacaacat
atgctacctctacaagataatttggaggaacaccaagcatggctagacactgagaaagaa
gcctttcatttcagccagaaaacccaagaaaatacatcttctgaacaaactggttcatct
tcattcataccccagttggtacagctttcatttacttcgttagcttcagctgagtctggc
acaatcctggaacctctttttacagagagtgaaagtaaaattttttcaagccaccttcag
atcccacaattgcaggataggcttttgaggatatcgcaacttatccagcctcaacaagat
aatttgaaggcacttcaagaacagttagctacacagagagaagccatcattctagctaga
caagaagctcgggaagaattacttttacatcagagtgaatgggagggaagaatatctccc
gagcaggttgacacctcttccttacccctagtaccacagcattcattcgcctcattacct
cttaatgaatctgaaagaaaccaagaaccatgttcaattaacagtgataatatagtatcc
tcaggtcactcagagataccaacattgcctgatgggctgttgggtttatcacatcttgtt
ttacctcaacaagataatttgattgcacttgaagaacacttgcatgcacagacagatttc
cttccttctattgagaaaacccagaaagaattggttttgtcaaaaccatgtaaatttgag
gaaaaggtatcttctgagcattttatccagtctcaccatggtgatttgcaggcacttcaa
cagcagttagatacacagaagaaagccattcgatctatacaggaagtccaagaagaattg
cttttgcaaagattaagtgaattggagaaaagggtatcatctgaacaagtttgctcctct
tcatttgtatcccaggtgcctgttgctgactctgaaagaacccagaagtctttcccaacc
aaaagtaatgatactcttccctcaagtcatcgtgagattccaagattacaggatagactt
ttgagtttatcaaagcctattctgcctcagcaagataatatgacagcacaattggatgca
caaagggaagtgatgtattcttatgagaaaccccaggaagaactgtctttaaacaaacaa
agaaagttgaacaaaagtgaatctgctgagcatactatcccctctttgtttctacccaag
gaaacagagcattcgtttattccactaccttttgcagaagctaaacctaaaagcacttgt
gaattgtattcatcccagaatgaacatgcagcccccccaagtaatcctgtgatcccaggg
tttcaagatagacttttgagtttttcacagtctgtcttaactcagcaagataacttggga
cttcagaaacagttggatctacaaagagaagttctgcattatagccagaaagcccaggaa
aaattgcttgtacagagacaaacagcattgcagcagcagatacagaaacatgaagagact
ttgaaggatttctttaaagacagtcagataagtaagcccacagttgaaaatgatttaaaa
acccagaagatggggcagctcagagactggtttcctaatacacaagacctagcaggaaat
gatcaagaaaatattaggcatgcagataggaacaactctgatgataatcatttggcttca
gaagatactagtgccaagcaaagtggtgagcatctggagaaagatctggggagaagatcc
tcaaagccacctgtagcaaaagtcaaatgtggtttggacttaaaccagcatgaacttagt
gctatacaagaagtagagtcaccagcaattggcagaacttctatactaggtaaaccaggt
atttatgaagacagagaccccctgcgagtctcaataagccgagaacaaagtttctttggg
agcccactggcccatgatccgtttagttgtcttcaactggttggccaagagaatgtctgt
ggtgatgactatgatgaagcagttaagctgaaggaatctgttgttgaaaatcatgcagtg
ttaagttatgctgtggaggaagaacatgcatatttgggtccaactgtgaagccagatgat
aaggctaaaacactgtcttatgaaccattatcttcagcaactgtttccactgggagcctt
ttaagttatgaaaacacagatttgagccttacagatccagagtcattttcagagcacatg
gatgatagcaagcaagaatctaccaccagtaaagaagaggaaacaaatattataagttcc
atagttccttcaacacaagatatttatcagcggcagaactcttcagacgttcataaatct
ctgttgcctgcagtggatgaaactacatgtggtcacacacactttcagcaaatgatagac
aagtacattaatgaagcaaatttgatacctgaaaaaacagatttgcaagaattggaacac
atttttcctaatttgcatcatcagctgtttaaacccttagaaccacatccagattttgac
ttatcatcatcatcctctgggatttctccagacaacagagacttttaccagagatcagat
tcttcatctgaaagccactgtgctactggattatccaaaagtacagtttatttcacagca
ctgaggaggaccagcatgcattcttctcttaacacaagtccgaatcaacaacctgacact
aacttggctcatgttggagctcacagttttgctacagaaaatattattgggggatctgaa
caatgttttgaacagcttcagccagaatattcttcacaggaggagagccagcatgctgat
ctaccaagtatttttagcattgaagcaagagattcttcccaaggcatgaaaaatcagaac
tatccctctgaagaacatactgaaatattacaaaacaagaaaaaaattgttcatttccag
ctttctataggaaacttaagttcagtctacagttcatctgatgaagctaatgtatttgat
cagttaaatgtacagcatagcactccatgtggttctaactctagtgagtgctcaacaaaa
caccaactagaaagcagaaaggaaagtatgggctttgaagaactatcaaaaagaggggtt
gttacaatgttacaaagtcaaggactcattgaagataataaaaatgaaacctgtagggtt
ttagacataaatccacaggtagaggaaactgactctcgattatgtgtaagaacagtggag
atgggaacttcaattcaggcaccatattccttaactactcaaaatgaaaaatattttgag
aattcagctgaaacagacattccaaaaatcaccaaaaaactatctcaactaggagaatca
gagctttttgcaagttctggatcattttcattacagagctctataccagtctgggaaaca
gaaactggccatggtataatggaagaaccagaacttactttaataagcaccactgatacc
agtattgctgaaatggattttgcaaatttaaccctagaagagaagagcgagaatgaagca
aaatgcttctttcaggtgagtgagtttctgcctcttgtatcagcaacagaagcctcagat
tatccagctgtatcagaactttccatagaaaaaccaaggacagcatctacagaaacccct
cgcaggcttacacctgtaccagggagcttacaagaagcatttataaagaggaaaaaatca
tttatggagagatcccaccagaggcagaaagaaataaggaataaaattcatgtctctgaa
aattctcaaatcaaaacagttaaagagaaaccatctataagttcatctgtgagtcgtcta
aagggcgtgaataaagtcagagcatcttttcctgaagacagaaagactacacaggctcta
aggcaccaaaggggtctaaggttatacaatcaactagctgaagtgaaacaacaaaaggaa
gaaaaaacaaaacaagaagcttatgcccaaaacagagcaagggcaaaagaattccataag
ttttctgaaattatgaaatttagtaaatatgacaaagcttccctaaatattgacagtatc
tactacagtgttgaacgtggtcagactatgccaatgatttcaggcgaaatcatttaccaa
gaggccacgtgggcagagagcggcgctttacccggagctaacgctgtgaccaccagcgcc
tctcacccggcagcgcctaacctgcagaaaaccggcgcgagtaatgggtacctcacatac
gaagccctccaactcccgataaccagccgacctcctccaaccgtgcggaagaaaagggtt
ggctatttccgtggcccaagtaatagtcaggccgaaatctcgcgatacaacttagcttcc
gggaagaaggcgagcgttatgcagaaggggttaaaagataactttgctgatgtccaggtc
tctgtagttgattgccctgatttgactaaggaaccctttacctttcctgtaaaaggcatc
tgtgggaaaactagaattgcagaagttggaggtgtgccttacttattgcctcttgtaaac
caaaaaaaagtttatgatctgaataaaattgcaaaagaaatcaagctgcctggagccttt
attcttggagcaggagcaggtccatttcagactctcgggttcaattctgagtttatgcca
gttattcagacagaaagtgaacacaagcctcctgtaaatggaagttactttgcccatgtg
aaccctgcagatggagggtgcctactggagaaatacagtgagaaatgtcatgattttcag
tgtgcattactggctaatctttttgccagtgaaggccaacctggcaaggtaattgaggtg
aaagccaaaagaagaactggaccacttaactttgtgacttgtatgagagagaccctggaa
aaacattatggaaataagcctataggaatgggaggtactttcataattcagaagggaaaa
gtgaagtctcacattatgtgggaacaggcgagagccccaactgcccaggcgcagctgcag
cagctcaaacccgcggctgcagacctgggtctcccgctccacggagcaggcaggagccct
gccttctccacacagctgcagctgcccaaaccgtggctgcggacccaggcattcctgcat
tcttgggggtctgggaaggcccccactgctcttacaggcttggaaatgcctgctcccact
gcctggcttctccctgctgtcggcgcctgctccgatccaggagcaaagtcaggcagagcc
cggtcgctgtcgcagcccagccagcctgcagaattttcttcctgccccttgaactctgat
gaagaagtgaataaatggttgcatttttatgaaatgaaagctcctttggtttgtctacca
gtttttgtctccagagacccagggtttgatttgcgactggagcacactcatttttttagt
cgtcatggagaaggtggacactaccattatgacactactccagatatagtggaatatctt
ggatacttcttacctgcagagtttctctatcgcattgatcaaccaaaagagacgcattca
attgggcgagattaa

>gi568815587r:93636164_93839304|GENSCAN_predicted_peptide_3|323_aa
MGKDFMSKTPKAMATKDKMDKWDLIKLKSFCTAKETTIRVNRQSTEWEKNFAIYSSDKGL
ISRIYKELKQIYKKKTTNPIKKWAKDMNRHFSKEGIYAASRCMKKMLIITGHQRNANHNH
IEVQLQLPKLGLWTQAFLCSWGPEQAGTLHASHLQTWASLHSWRPGKSPNPMVSEVTAPT
DWLLPAVGTCSDLGATWGQAGVLSQPSQLHWQLIGRCPPTLRNRIGPEVTPVLPDGWRGF
KDRKRKVAYTKWKGGTGTAGLVTAQHLPYLKVVRTVGRLQIPSFSKVFGIIIRVATLLAV
KGTSATVVNKALAHMKCTLQREG

>gi568815587r:93636164_93839304|GENSCAN_predicted_CDS_3|972_bp
atgggcaaggacttcatgtctaaaacaccaaaagcaatggcaacaaaagacaaaatggac
aaatgggatctaattaaactaaagagcttctgcacagcaaaagaaactaccatcagagtg
aacaggcaatctacagaatgggagaaaaattttgcaatctactcatctgacaaagggcta
atatccagaatctacaaagaactcaaacaaatttacaagaaaaaaacaaccaaccccatc
aaaaagtgggcgaaggatatgaacagacacttctcaaaagaaggcatttatgcagccagc
agatgcatgaaaaaaatgctcatcatcactggccatcagagaaatgcaaatcacaaccac
attgaggtgcaactgcagctgcccaagttggggctgtggactcaggccttcctgtgttct
tgggggccagagcaggcaggcaccctgcatgcctcacacctccagacctgggcctctctg
cactcttggaggcctgggaagtcccccaaccccatggtctcagaagtgactgctcctact
gactggcttctccctgctgttggcacctgctctgatcttggagcaacatggggccaagct
ggggtactgtcacagcccagccagctgcactggcagttgattggacggtgcccacccaca
ttgaggaacagaataggtccagaagtgactccagtgctgccagatggttggagaggattt
aaggacagaaaaaggaaagtggcctacacaaaatggaagggaggtacaggaacagctgga
ttggttacagctcagcatttgccttatttgaaggtggttcgaacagttggccgcctacag
atccccagctttagtaaagtgtttggtataatcatccgagtggctactttgctagcagtt
aaaggcactagtgctacagtcgtgaacaaggcccttgcccacatgaagtgtacactccag
agagaagggtag

>gi568815587r:93636164_93839304|GENSCAN_predicted_peptide_4|742_aa
MLIEHVVSCPFPVVLAFLARKFTPPCTVIHRKRSREPWSFRACPVLLRKTYRGGSLRCVL
GKLLGQLLCFQSERCVRFPEGLLRHRGCGLLSSRLSAGKPPLRTSFFGSWGVLPPLADAA
SMSGVRAVRISIESACEKQVHEVGLDGTETYLPPLSMSQNLARLAQRIDFSQGSGSEEEE
AAGTEGDAQEWPGAGSSADQDDEEGVVKFQPSLWPWDSVRNNLRSALTEMCVLYDVLSIV
RDKKFMTLDPVSQDALPPKQDRGLAIYKERNGSTLRGDPNRLDRVDAMNPQTLQLISKKK
SLAGAAQILLKGAERLTKSVTENQENKLQRDFNSELLRLRQHWKLRKVGDKILGDLSYRS
AGSLFPHHGTFEVIKNTDLDLDKKIPEDYCPLDVQIPSDLEGSAYIKVSIQKQAPDIGDL
GTVNLFKRPLPKSKPGSPHWQTKLEAAQNVLLCKEIFAQLSREAVQIKSQVPHIVVKNQI
ISQPFPTSAPFGHKRMRLSGPQAFDKNEINSLQSSEGLLEKIIKQAKHIFLRSRAAATID
SLASRIEDPQIQAHWSNINDVYESSVKVLITSQGYEQICKSIQLQLNIGVEQIRVVHRDG
RVITLSYQEQELQDFLLSQMSQHQVHAVQQLAKVMGWQVLSFSNHVGLGPIESIGNASAI
TVASPSGDYAISVRNGPESGSKIMVQFPRNQCKDLPKSDVLQDNKWSHLRGPFKEVQWNK
MEGRNFVYKMELLMSALSPCLL

>gi568815587r:93636164_93839304|GENSCAN_predicted_CDS_4|2229_bp
atgctgattgaacatgtggtctcatgcccctttccagtagttctggctttcctggcccgg
aagtttaccccaccctgcaccgtgattcaccggaagcgctctagggaaccctggagcttc
cgcgcctgcccagttttgctccgaaagacttaccgaggagggagcttgcggtgcgttctg
ggaaagttgctgggccagctcctttgtttccagtctgagcgttgcgttcggtttcccgag
ggtcttctgaggcaccgcggctgcgggcttctgagttcccggctctccgcagggaagcct
cctcttcgtacctcgttttttggctcgtggggggtcctcccaccgctggccgacgcagcc
agcatgtccggggtgcgcgcagtgcggatcagcatcgaatcggcctgcgagaagcaggtc
catgaggtgggcctggatggcaccgagacgtacctgcccccgctgtccatgtcgcagaat
ctggcgcgtctggcccagcggatagacttcagccagggttcgggctccgaggaggaggag
gcggcggggaccgagggcgacgcgcaggagtggccgggcgccgggtccagcgcagaccag
gacgacgaggaaggagtggtaaaatttcagccttccctttggccttgggactcagtgagg
aacaatttgagaagtgccctgacagagatgtgtgttctctatgatgttctcagtattgtt
agggataaaaaatttatgactcttgatcctgtctctcaggatgcacttcctccaaaacag
gatagggggctggcaatatataaggagaggaatggcagtacattaagaggggaccctaac
aggctggacagagttgatgcaatgaatcctcagacgttgcaattgatatctaaaaagaag
tcacttgctggagcagcacaaatcttattgaagggggcagaaagactgactaaatcagtt
accgaaaaccaagaaaacaagctacaaagagacttcaattctgagcttttgcgattacgg
caacactggaaacttcgaaaagttggagataaaattctcggagatctgagctacagaagt
gcaggatctctctttcctcatcatggtacatttgaagtaataaagaatacagatctcgat
ctggataaaaagatacctgaagattactgtcctcttgatgtccaaattcctagtgattta
gaggggtctgcatatatcaaggtttcaatacaaaaacaggctccagatataggtgacctc
ggcacagttaacctcttcaaacgacctttgcccaaatccaaaccaggttccccacattgg
cagacaaaattagaagcggcacagaatgttctcttatgtaaagaaatttttgcacagctc
tctcgggaagctgttcaaattaaatcacaagtccctcacattgtggtgaaaaaccagatt
atctctcagccctttccgacaagtgcaccttttggccacaagagaatgagactttcgggt
cctcaagcttttgataaaaatgaaattaattcattacagtccagtgaagggcttctggaa
aaaataattaaacaagcaaagcatatttttctaaggagtagagctgctgcaaccattgac
agcttagcaagccgaattgaggatcctcagatacaggctcattggtcaaatatcaatgat
gtttatgaatctagtgtgaaagttttaatcacatcacaaggctatgaacaaatatgcaag
tccattcaactgcaattgaatattggagttgagcagattcgagttgtacatagagatgga
agagtaattacactgtcttatcaggagcaggagctacaggattttcttctgtctcagatg
tcacagcaccaggtacatgcagttcagcaactcgccaaggttatgggctggcaagtactg
agcttcagtaatcatgtgggacttggacctatagagagcattggtaatgcatctgccatc
acggtggcctccccaagtggtgactatgctatttcagttcgtaatggacctgaaagtggc
agcaagattatggttcagtttcctcgtaaccaatgtaaagaccttccaaaaagtgatgtt
ttacaagataacaaatggagtcatcttcgtgggccattcaaagaagttcagtggaataaa
atggaaggtcgaaattttgtttataaaatggagctgcttatgtctgcacttagcccttgt
ctactatga

>gi568815587r:93636164_93839304|GENSCAN_predicted_peptide_5|212_aa
MVEERAHKSDSSYMLEVKLTGPCDRWDVVDEEGEGVRMVSCGADWLGEPFTEATINATVK
EDILLSVEYSCHGVPTIEWTYSSNWGTQKIVEWKPGTQANISQSHKDRVCTFDNGSIQLF
SVGVRDSGYYVITVTERLGSSQFGTIVLHVSEILYEDLHFVAVILAFLAAVAAVLISLMW
VCNKCAYKFQRKRRHKLKESTTEEIELEDVEC

>gi568815587r:93636164_93839304|GENSCAN_predicted_CDS_5|639_bp
atggtagaagaaagagcacacaaatcagattcaagttacatgttggaggtaaaattgaca
ggaccctgtgacagatgggatgtagtggatgaggaaggagaaggtgtcaggatggtgtcc
tgtggagctgactggctgggagagcctttcactgaggccaccatcaatgccactgtcaaa
gaagacatcctgctctcagttgagtactcctgtcatggagtgcccaccatcgaatggaca
tattcatccaattggggaacgcagaagatcgtggagtggaaaccagggactcaggccaac
atctctcaaagccacaaggacagagtctgcacctttgacaacggctccatccagctcttc
agcgtgggagtgagggattccggctactatgtcatcaccgtgacggagcgcctggggagc
agccagtttggcaccatcgtgctgcacgtctctgagatcctctatgaagacctgcacttt
gtcgctgtcatccttgcttttctcgctgctgtggccgcagtattaatcagcctcatgtgg
gtttgtaataagtgtgcatataaatttcagaggaagagaagacacaaactcaaagaaagc
acaactgaggagattgagctggaagatgttgagtgttag