GENSCAN 1.0	Date run:  4-Nov-116	Time: 06:12:58

Sequence gi568815594r:75760670_75996325 : 235656 bp : 40.92% 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 +   5755   5874  120  0  0   42   25   114 0.246   0.27
 1.02 Intr +  10153  10255  103  0  1   81  106    12 0.576   1.13
 1.03 Intr +  10413  10468   56  1  2   86   95    45 0.842   2.78
 1.04 Intr +  14007  14127  121  2  1  122   65   119 0.282  12.15
 1.05 Intr +  22011  22189  179  1  2  103   74     2 0.641  -0.98
 1.06 Intr +  26393  26533  141  1  0   96   88   110 0.997  11.43
 1.07 Intr +  29481  29569   89  2  2  115   70    74 0.975   6.15
 1.08 Intr +  29974  30128  155  1  2   44   54   107 0.597   1.69
 1.09 Intr +  39924  40130  207  1  0   48  116   150 0.345  11.93
 1.10 Intr +  40410  40531  122  1  2   54  111   163 0.999  14.49
 1.11 Intr +  43465  43603  139  0  1  104   87   105 0.999  11.12
 1.12 Intr +  44471  44634  164  0  2   94   58   197 0.998  16.07
 1.13 Intr +  45817  45903   87  0  0   77   91    54 0.933   3.85
 1.14 Intr +  48284  48382   99  1  0  108   78    59 0.987   6.29
 1.15 Intr +  49763  49870  108  1  0   61   76    87 0.953   4.36
 1.16 Intr +  51491  51706  216  1  0   87   63   233 0.999  18.48
 1.17 Term +  52537  52626   90  0  0   98   29   197 0.967  11.54
 1.18 PlyA +  52706  52711    6                               1.05

 2.29 PlyA -  52828  52823    6                               1.05
 2.28 Term -  64565  64485   81  2  0   97   43    73 0.662   0.41
 2.27 Intr -  69616  69479  138  1  0   53   98    92 0.642   6.44
 2.26 Intr -  84383  84265  119  0  2   79   58    94 0.261   4.76
 2.25 Intr - 100251 100009  243  1  0   49   55   285 0.321  17.85
 2.24 Intr - 103670 103655   16  2  1   91  116    29 0.617   0.20
 2.23 Intr - 105683 105520  164  0  2   21   82   149 0.411   6.37
 2.22 Intr - 106785 106644  142  0  1   51  103   125 0.040   9.31
 2.21 Intr - 111498 111385  114  0  0   89   55   114 0.993   7.92
 2.20 Intr - 112643 112458  186  2  0   33   98   189 0.863  13.36
 2.19 Intr - 116004 115618  387  0  0   46   99   444 0.006  35.36
 2.18 Intr - 122406 122257  150  0  0  102   67    56 0.172   4.34
 2.17 Intr - 124072 123936  137  2  2   32   21   123 0.176  -0.63
 2.16 Intr - 127659 127545  115  0  1   52   83   125 0.617   7.50
 2.15 Intr - 129429 129288  142  2  1    6   82    98 0.582   0.43
 2.14 Intr - 130210 130026  185  1  2   28   32   163 0.336   2.36
 2.13 Intr - 131036 130923  114  2  0   99   89    99 0.895  10.82
 2.12 Intr - 131351 131182  170  0  2   53   82   144 0.698   9.04
 2.11 Intr - 133095 132936  160  0  1    1   72   127 0.706   1.04
 2.10 Intr - 135674 135602   73  1  1   95   94    87 0.401   8.49
 2.09 Intr - 143806 143633  174  0  0   77   86    78 0.464   4.63
 2.08 Intr - 145556 145387  170  2  2   77   99    69 0.016   4.72
 2.07 Intr - 159306 159240   67  2  1  128   93    51 0.156   7.59
 2.06 Intr - 160131 160069   63  2  0   70   80   101 0.950   4.41
 2.05 Intr - 160454 160282  173  2  2   70   94   139 0.435  10.52
 2.04 Intr - 175566 175440  127  2  1  104   75    89 0.975   8.96
 2.03 Intr - 179496 179332  165  2  0  108   67   202 0.624  18.25
 2.02 Intr - 180001 179844  158  1  2   -8   48   165 0.605   0.79
 2.01 Init - 180280 180104  177  1  0   84   58   407 0.597  34.61
 2.00 Prom - 189390 189351   40                              -3.45

 3.10 PlyA - 190403 190398    6                               1.05
 3.09 Term - 190993 190931   63  1  0  121   44    39 0.482  -0.29
 3.08 Intr - 195467 195306  162  2  0   16  109   171 0.992  11.25
 3.07 Intr - 196740 196656   85  2  1  100  101   127 0.999  14.10
 3.06 Intr - 197039 196849  191  2  2   27   98   303 0.938  22.66
 3.05 Intr - 197272 197178   95  2  2   64   97   149 0.998  12.16
 3.04 Intr - 199523 199397  127  2  1   71   10   218 0.975  11.63
 3.03 Intr - 200435 200359   77  0  2   32   77   100 0.962   1.62
 3.02 Intr - 200639 200542   98  1  2  113   63   125 0.976  11.23
 3.01 Init - 202300 202239   62  1  2   73   75    58 0.768   3.77
 3.00 Prom - 202354 202315   40                              -5.65

 4.12 PlyA - 202470 202465    6                               1.05
 4.11 Term - 203927 203868   60  2  0  119   42    66 0.668   1.93
 4.10 Intr - 205153 205095   59  2  2  123   78    31 0.745   3.28
 4.09 Intr - 209709 209640   70  0  1  125  102    15 0.990   4.44
 4.08 Intr - 210789 210688  102  0  0   65   81    90 0.976   5.45
 4.07 Intr - 212722 212648   75  1  0   65   88    87 0.973   5.19
 4.06 Intr - 213464 213287  178  1  1   96   74    63 0.636   4.70
 4.05 Intr - 215175 215075  101  0  2  128   32    51 0.727   1.49
 4.04 Intr - 215326 215255   72  1  0   95   86    29 0.808   2.08
 4.03 Intr - 217087 216977  111  1  0   37   98    89 0.956   4.46
 4.02 Intr - 221368 221264  105  1  0   70  110    99 0.983   9.79
 4.01 Init - 230172 230083   90  0  0   82   59    70 0.070   4.04

Suboptimal exons with probability > 0.800

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

S.001 Intr - 106750 106644  107  0  2   99  103   155 0.936  17.04
S.002 Intr - 108760 108636  125  1  2   26   83    50 0.915  -3.24
S.003 Init - 115992 115618  375  0  0   96   99   446 0.900  43.48
S.004 Init - 145703 145387  317  2  2   75   99   136 0.900  10.27


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815594r:75760670_75996325|GENSCAN_predicted_peptide_1|731_aa
YIPQRLETFLVVTVRGSKRVLLRLVGKARDSAKHLKLHEEEFDFHVRWPGVKLLTSLLKQ
LGPQVQQIILVSPMGVSRLMDLLADSREVIRNDGVLLLQALTRSNGAIQKIVAFENAFER
LLDIISEEGNSDGGIVVEDCLILLQNLLKNNNSNQNFFKEGSYIQRMKPWFEVGDENSGW
SAQKVTNLHLMLQLVRVLVSPTNPPGATSSCQKAMFQCGLLQQLCTILMATGVPADILTE
TINTVSEVIRGCQVNQDYFASVNAPSNPPRPAIVVLLMSMVNERQPFVLRCAVLYCFQCF
LYKNQKGQGEIVSTLLPSTIDASQYAYLRREKLKQLIEKRIGKENFIEKLGFISKHELYS
RASQKPQPNFPSPEYMIFDHEFTKLVKELEGVITKAIYKSSEEDKKEEEVKKTLEQHDNI
VTHYKNMIREQDLQLEELRQQVSTLKCQNEQLQTAVTQQVSQIQQHKDQYNLLKIQLGKD
NQHQGSYSEGAQMNGIQPEEIGRLREEIEELKRNQELLQSQLTEKDSMIENMKSSQTSGT
NEQSSAIVSARDSEQVAELKQELATLKSQLNSQSVEITKLQTEKQELLQKTEAFAKSVEV
QGETETIIATKTTDVEGRLSALLQETKELKNEIKALSEERTAIKEQLDSSNSTIAILQTE
KDKLELEITDSKKEQDDLLVLLADQDQKILSLKNKLKDLGHPVEEEDELESGDQEDEDDE
SEDPGKDLDHI

>gi568815594r:75760670_75996325|GENSCAN_predicted_CDS_1|2196_bp
tacattccgcaacgtctggagacatttttggttgtcacagtaagaggaagtaagagagtg
ctactgcgtctagtgggtaaggccagggacagtgctaaacatcttaaactgcacgaggag
gagtttgatttccatgtccgctggcctggtgtgaagcttcttacttctcttttaaaacaa
ctagggcctcaggtgcaacaaattattttagtcagtcctatgggtgtttcaagattgatg
gacttactagcggattccagggaagttatacgtaatgatggcgtcttactactgcaggca
ctaacaagaagcaatggtgcaatccagaaaattgttgcttttgaaaatgctttcgagaga
ctactggacattatttcagaggaggggaacagtgatggaggtatagtagttgaagattgt
ttgattttgctccaaaacttattaaaaaacaacaactccaatcaaaatttttttaaagaa
ggctcatatattcaacgtatgaaaccttggtttgaagttggagatgaaaattctggctgg
tctgcacagaaagtgaccaatctacatctaatgctacagcttgttcgtgtattggtatct
cccaccaaccctcctggtgctaccagtagctgccagaaggctatgttccagtgtgggtta
ttgcagcagctttgtactatcctaatggctactggggttcctgctgatatcctgactgag
accataaatactgtatcagaagttattcgaggctgccaagtaaaccaagactactttgca
tctgtaaatgcaccttcaaacccaccaagaccggcaattgtagtacttctcatgtccatg
gttaatgaaaggcagccatttgttttgcgctgtgctgttctctattgtttccagtgtttc
ttgtataaaaaccaaaaaggacaaggagaaatcgtgtcaacacttttaccttctaccatt
gatgcatctcaatatgcttatctccgtagagagaagctaaaacaactgattgagaagagg
attggcaaagagaatttcatagagaaactaggatttattagcaaacatgagttgtattcc
agagcatctcagaaaccccagccaaactttcccagtccagaatacatgatatttgatcat
gagtttacgaagctggtaaaagaacttgaaggtgttataactaaggctatttataagtcc
agtgaagaagataaaaaagaagaagaggtgaaaaaaacattagaacagcatgacaatatt
gtgactcactacaaaaatatgattcgagagcaggatctccaacttgaggaattaaggcag
caggtttctacattaaaatgtcaaaatgaacagctccagacggcagtcacacagcaagta
tcacagatccagcagcacaaagaccagtataatcttcttaaaatacagctaggaaaagac
aatcagcatcaaggttcttacagtgagggggctcagatgaatggcattcagccagaagaa
attggtagattgcgagaagagatagaagaattaaaacgtaatcaggaacttttacaaagc
cagctgactgaaaaggactctatgattgaaaatatgaaatcttcccaaacatctggcaca
aatgaacagtcttcagcaatagtttcagctagagattctgaacaagttgcagaattaaaa
caggaactggcaactttaaagtctcagttaaactcacaatctgtggagatcaccaaacta
cagacagaaaagcaggaactgttacagaaaacagaagcgtttgcaaaatcagttgaggta
caaggagagaccgagactataatagccaccaaaactactgatgtagaaggaagactgtca
gcattattacaagagaccaaagagttaaagaatgaaattaaagctctgtctgaggaaaga
actgccattaaagagcagctggattcatctaatagtaccattgccattttacaaactgag
aaagacaaactagagttggaaattacagattctaaaaaagaacaagatgatctcttggtg
ctcttggccgatcaagatcagaaaatactgtcattgaagaataaactcaaggatcttggt
catccagttgaagaagaggatgaacttgaatctggagaccaagaggatgaggatgatgaa
agtgaagatcctggcaaggatctagatcatatctag

>gi568815594r:75760670_75996325|GENSCAN_predicted_peptide_2|1369_aa
MRTADREARPGLPSLLLLLLAGAGLSAASPPAAPRFNVSLDSVPELRWLPVLRHYDLDLS
ALNGDALLPATLGELVLAAALSSVRVGENPARQVRLSSSVSPVARQSLSHSGDRVPKWVH
VLIGKVVLELERFLPQPFTGEIRGMCDFMNLSLADCLLVNLAYESSVFCTSIVAQDSRGH
IYHGRNLDYPFGNVLRKLTVDVQFLKNGQTLSESENFEAAVGKLAKTPLIADVYYIVGGT
SPREGVVITRNRDGPADIWPLDPLNGAWFRVETNYDHWKPAPKEDDRRTSAIKALNATGQ
ANLSLEALFQFFGSSAHLLMDPGIRGLYGYRMWGVAGQDATFGHENRNACSHLGPRVSRL
EGGAFGRYDKANRSGDNCHLKDSLLLLVPKRRGHTCTATGENTEVGHRQRTGELWFSREG
MGEAGSIALKLWEAAPPPNIILLSRMQRENAQGKVLADNIDVHDLLQWSLNFSTSMNYVW
SLLNLQIPSWIPAVEILMLQVQGSPSSQACFSIGVIAFKAAALIQRWYRRYVARLEMRRR
CTWSIFQSIEYAGQQDQVKLHDFFSYLMDHFIPSSHNDSEYELPHVMSSCRKAIDYTHFW
PAIRIQEISPQSGDANAGSWKLLEGTARSDAPVALTKCNINTCDFSTLAFPFPSACKSRF
AQDSEMKKCSDYESIEVPDSYTGPRLSFPLLPDHATALVEAFRLKQQLHARYVLNLLYET
KKHLVQLPNINRVSTCYSEEITVCERSYVFNGDFVDRGKDSVEILMILFAFMLVYPKEFH
LNRGNHEDHMVHGKEILRTLQDVFCWLPLATLIDEKVLILHGGVSDITDLELLDKIERSK
IVSTMRCKTRQKSEKQMEEKRRANQKSSAQGPIPWFLPESRSLPSSPLRLGSYKAQKTSR
SSSIPCSGSLDGRELSRQVRSSVELELERCRQQAGLLVTGEKEEPSRSASEADSEAGELR
KPTQEEWRQVVDILWSDPMAQEGCKANTIRGGGCYFGPDVTQQLLQKYNMQFLIRSHECK
PEGYEFCHNRKVLTIFSASNYYEVGSNRGAYVKLGPALTPHIVQYQANKCVKMSLFISCP
RISRVEESALRALREKLFAHSSDLLSEFKKHDADKVGLITLSDWAAAVESVLHLGLPWRM
LRPQLVNSSADNMLEYKSWLKNLAKEQLSREAFGEQGFISLDEFRQTWKLFSSHMNIDIT
DDCICDLARSIDFNKDGHIDINEFLEAFRLVEKSCPEGDASECPQATNAKDSGCSSPVFL
NIGHIGKYLGLGVTPDQLNPNLWEWVLGIRILKEILQMYNPSPISILFPMADITKGAGHL
APLSKMWSHNLNQIAPVHQVVIQIHILYFSVYSSGEDIYSTALSPHLPG

>gi568815594r:75760670_75996325|GENSCAN_predicted_CDS_2|4110_bp
atgcggaccgcggaccgggaggcgcgcccggggcttccgtccctgctgctgctgctgctg
gccggggccgggctgtcagccgcctcgcccccagcagcgccgcgcttcaacgtgagcctg
gactcggtccccgagctgcgctggctgcccgtgctgcggcactacgacttggacttgagt
gctttaaacggggacgctttactccccgccacccttggagaactggttttggctgccgcc
ctgagcagcgtccgggttggggagaatccagcgcggcaggttcggctttcaagttcggtg
tcacccgtggcacgccagtccttgagccattccggggacagagtccccaagtgggtgcac
gtgttaatcggaaaagtggtcctggagctggagcgcttcctgccccagcccttcaccggc
gagatccgcggcatgtgtgacttcatgaacctcagcctggcggactgccttctggtcaac
ctggcctacgagtcctccgtgttctgcaccagtattgtggctcaagactccagaggccac
atttaccatggtcggaatttggattatccttttgggaatgtcttacgcaagctgacagtg
gatgtgcaattcttaaagaatgggcagaccctgagtgagtcggaaaacttcgaagcagct
gttggcaagttggccaagactccccttattgctgatgtttattacattgttggtggcacg
tccccccgggagggggtggtcatcacgaggaacagagatggcccagcagacatttggcct
ctagatcctttgaatggagcgtggttccgagttgagacaaattacgaccactggaagcca
gcacccaaggaagatgaccggagaacatctgccatcaaggcccttaatgctacaggacaa
gcaaacctcagcctggaggcacttttccagttctttggctcttctgctcatctcctcatg
gacccagggattcggggtttatatgggtacaggatgtggggtgtggcgggccaagatgca
acatttgggcacgaaaacaggaatgcctgttcccatttggggcctcgggtttccaggctt
gagggtggggcttttggcaggtatgataaggccaacagatcaggggacaattgccattta
aaagatagcttattactcctcgttcccaagaggagaggtcacacctgcacagccacggga
gagaacactgaggttggtcacaggcagaggacaggagaactgtggttttcgagggaagga
atgggtgaggcagggagcattgcgcttaaactatgggaagcggcacctccacccaacatc
attttgctttccagaatgcagagagagaatgctcagggcaaggtgttagcagacaacatt
gatgtccatgatcttcttcagtggtccttaaactttagcacaagtatgaattatgtatgg
agcttgttaaaccttcagattccttcctggattccagcggtagagattctgatgttacag
gtccaggggagtccgagctcacaggcttgcttctccatcggtgtcatagccttcaaggca
gcagccctgatccagagatggtaccggcgctacgtggcccgcctggagatgaggcggcgt
tgcacctggagcatcttccagtctatagaatatgctgggcagcaagaccaagtcaagctc
catgacttcttcagctatctcatggatcacttcatccccagcagccacaacgacagtgag
tatgaactgccacatgtcatgtcctcctgtcgcaaggccatagattacacgcatttctgg
cctgccatccggatccaggaaataagtcctcagtctggagatgccaatgctggcagctgg
aagctgctggaaggcactgccaggtctgatgcacctgttgcgctcactaaatgcaacata
aatacctgtgatttttccacactggctttcccctttccttctgcttgcaaatccagattc
gcccaggactccgagatgaagaaatgcagtgactatgaatccatagaggtacccgacagt
tacacggggccacgcctctccttcccactcctgcctgaccatgcaactgccctggtagaa
gcattcagactgaaacaacagctccatgctcgctacgtcttgaaccttttgtatgaaacc
aagaaacatctggtacagctgccaaacatcaaccgggtctcaacctgttacagtgaggag
atcacagtgtgtgaacggtcatatgtgttcaacggtgactttgtggatcgaggcaaggat
tcagtagagatcctgatgattctttttgccttcatgctggtttaccccaaagagttccat
cttaacagaggaaaccatgaggaccatatggtacacgggaaggaaatactaagaaccctg
caagatgttttctgttggcttccactggccactctgatagatgagaaagttctaattctt
catggtggggtgtcagacataactgatctggagcttttggacaaaatagagaggagcaag
atagtttccaccatgaggtgcaaaacgagacagaagagtgagaagcagatggaggagaag
agaagagccaaccagaagagctctgcacagggacccatcccatggtttctccccgaaagc
cgctctcttccctcttcgccccttcggcttggctcctacaaggcccagaaaaccagcagg
tcctccagcatcccctgcagcggttccctggacgggcgggagctctcccggcaggtgcgg
agctccgtggaactggagctagagcggtgccggcagcaagcaggcctcctggtgaccgga
gagaaagaggagccctcccgctcagcctcagaagcagactctgaagccggagagctgcgg
aagcccactcaggaggagtggaggcaggttgtagatatcctgtggagtgatcccatggct
caagagggctgcaaggccaacactattcgaggaggaggctgttattttgggcctgatgtg
acacaacagttgctacaaaaatacaacatgcaattcctgatccgttcacatgaatgcaaa
cctgaaggctatgaattctgtcacaaccgcaaggtattaacaatcttttctgcctccaac
tactatgaagttggcagcaacagaggggcctatgtcaaactggggccagccctgacccca
catattgtgcagtatcaagctaacaagtgtgttaaaatgtcgcttttcatctcctgtccc
aggattagcagagtggaggagtcggctctgagagctctgagggagaagctgtttgctcat
tcttcagatcttctcagtgaatttaagaagcatgatgcagataaagtcggtttaatcacc
ttgagtgactgggcagcagcggtggagtctgtgttgcacctaggactgccatggcggatg
ctgaggccacagctggtgaacagctcagcagacaacatgctggagtacaagtcttggctg
aagaacttggccaaggaacaactgagtcgcgaggcatttggagagcaagggttcatctca
ctggacgagttcaggcagacctggaagctgttcagctctcacatgaatatcgacattaca
gatgactgcatctgtgaccttgctcggagcattgatttcaacaaagatggccacattgat
atcaatgagttcctggaggccttccgccttgtggagaaatcctgcccagagggcgatgcc
tcagaatgcccacaagctacaaatgctaaagacagtggctgcagcagtccagtgtttctc
aacattggacacattggaaaatacctgggcctgggtgtcactccagaccaattaaatcca
aatctctgggaatgggtcctgggcatccggattcttaaagaaattttacagatgtacaac
ccatcaccaatatccattctctttcccatggcagacatcactaagggagcaggacatctt
gccccactgagcaaaatgtggtctcataatctcaaccaaattgcaccagtgcaccaagtt
gtcatacagatacacattctctacttctctgtgtactcatctggtgaagacatctactcc
acagctctcagcccacatcttcctggttaa

>gi568815594r:75760670_75996325|GENSCAN_predicted_peptide_3|319_aa
MDKDFISKTPKAMATKAKIDRINAIKEITARCPLAMTEELLQDLAQYKTHKDKNVMMSAR
TLIHLFRTLNPQMLQKKFRGKPTEASIEARVQEYGELDAKDYIPGAEVLEVEKEENAEND
EDGWESTSLSEEEDADGEWIDVQHSSDEEQQEISKKLNSMPMEERKAKAAAISTSRVLTQ
EDFQKIRMAQMRKELDAAPGKSQKRKYIEIDSDEEPRGELLSLRDIERLHKKPKSDKETR
LATAMAGKTDRKEFVRKKTKTNPFSSSTNKEKKKQKNFMMMRYSQNVRSKNKRSFREKQM
LNSSPSSSTLGILKNPASG

>gi568815594r:75760670_75996325|GENSCAN_predicted_CDS_3|960_bp
atggacaaggacttcatatctaaaacaccaaaagcaatggcaacaaaagccaaaattgac
agaatcaatgctataaaggagataacagctcgatgtcctctggccatgactgaagaactt
ctccaagacctggctcagtataaaacacacaaggataagaatgtaatgatgtctgctaga
actttgattcacctcttccgaacactgaatcctcagatgctgcagaagaaattccggggt
aagcctacagaggcctccatagaagcaagagtacaagaatatggagaattagatgctaaa
gattacattccaggagcagaagttctggaagttgagaaagaagagaatgctgaaaatgat
gaagatggatgggaaagtaccagtctcagtgaggaggaggatgctgatggtgaatggatt
gatgtgcaacactcttccgatgaagaacagcaagaaatctccaagaagctgaacagcatg
cccatggaggagcggaaggccaaagctgcagccatcagcactagccgagttttaactcag
gaagacttccagaaaatccgcatggcccaaatgagaaaagaacttgatgctgcccccggg
aaatcccagaagaggaaatacattgaaatagacagtgatgaagagcccaggggtgaatta
ctttctcttcgggacattgaacgccttcataaaaagccaaagtctgacaaagagacaaga
ctagcaactgcaatggctggaaagacagaccgaaaagaatttgtgaggaagaaaaccaaa
acaaatccattttccagttcgacaaataaagagaagaaaaaacagaagaactttatgatg
atgcggtatagccagaatgtccggtcaaaaaataagcgttccttccgagaaaaacagatg
ttaaattcttcaccttccagttctaccctggggatcttgaagaacccagcctctggttag

>gi568815594r:75760670_75996325|GENSCAN_predicted_peptide_4|340_aa
MSNRNNNKLPSNLPQLQNLIKRDPPAYIEEFLQQYNHYKSNVEIFKLQPNKPSKELAELV
MFMAQTFCKALILLRNKNLINPSSLLELFFELFRCHDKLLRKTLYTHIVTDIKNINAKHK
NNKVNVVLQNFMYTMLRDSNATAAKMSLDVMIELYRRNIWNDAKTVNVITTACFSKVTKV
STYRAVCKLCLWMVCFCMQLEESITQHKLHACTPGMQLEILVAALTFFLGKDEDEKQDSD
SESEDDGPTARDLLVQYATGKKSSKNKKKLEKAMKVLKKQKKKKKPEVFNFSAIHLIHDP
QEVTKILLFAAQASHHLVPPEIEETLTLKGIYTEVQLYVS

>gi568815594r:75760670_75996325|GENSCAN_predicted_CDS_4|1023_bp
atgtccaacagaaacaacaacaagcttcccagcaacctgccgcagttacagaatctaatc
aagcgagacccgccggcctacatcgaggagtttctacagcagtataatcactacaaatcc
aatgtggagattttcaaattgcaaccaaataaacccagcaaagaactagcagagctggtg
atgtttatggcacagacattttgcaaagctttgatcttgctgagaaataagaatctcatc
aatccatcaagcctgctagaactcttctttgaactttttcgttgccatgataaacttctg
cgaaagactttatacacacatattgtgactgatatcaagaatataaatgcaaaacacaag
aacaataaagtgaatgtagtattgcaaaatttcatgtacaccatgttaagagatagcaat
gcaaccgcagccaagatgtctttagatgtaatgattgaactctacagaaggaacatctgg
aatgatgcaaaaactgtcaatgttatcacaactgcatgtttctctaaggtcaccaaggtg
agcacctatagggctgtgtgtaagctctgtctgtggatggtctgcttctgcatgcagtta
gaagaaagcatcactcagcataaactgcatgcctgcacaccaggcatgcagttagaaata
ttagttgccgctttgacattctttcttgggaaagatgaagatgaaaaacaggacagtgac
tccgaatctgaggatgatggaccaacagcaagagacctgctagtacaatatgctacaggg
aagaaaagttccaaaaacaagaaaaagttggaaaaggcaatgaaagtgctcaagaaacaa
aaaaagaagaaaaaaccagaggtgtttaacttttcagccattcacttgattcatgatccc
caagaagtaaccaagatccttctgtttgctgcacaagcatctcatcacctagtaccccca
gagatagaagagacactaactcttaaggggatctacacagaagttcagttgtacgtctca
taa