GENSCAN 1.0	Date run:  3-Nov-116	Time: 21:02:29

Sequence gi568815585r:28601500_28817998 : 216499 bp : 41.50% 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 Init +   7489   7652  164  0  2   43   94   102 0.001   5.55
 1.02 Intr +  23842  23935   94  1  1   13   40   116 0.052  -1.65
 1.03 Intr +  28840  28989  150  0  0   79   69   156 0.937  12.24
 1.04 Intr +  29842  29941  100  0  1   16  109   108 0.910   4.46
 1.05 Intr +  31939  31999   61  2  1   69   89    54 0.783   0.47
 1.06 Term +  35303  35534  232  2  1   81   55   127 0.729   3.66
 1.07 PlyA +  36104  36109    6                               1.05

 2.04 PlyA -  36631  36626    6                               1.05
 2.03 Term -  39974  39843  132  2  0   96   55    79 0.767   2.51
 2.02 Intr -  41057  40997   61  1  1   44   95    36 0.806  -2.28
 2.01 Init -  43242  43133  110  0  2   36   80   166 0.959  10.34
 2.00 Prom -  55966  55927   40                              -6.75

 3.05 PlyA -  56812  56807    6                               1.05
 3.04 Term -  57676  57474  203  2  2   60   49   165 0.773   6.37
 3.03 Intr -  58124  57983  142  2  1   51   80   155 0.910  10.01
 3.02 Intr -  59729  59603  127  1  1   72   68    78 0.606   3.96
 3.01 Init -  84562  83433 1130  1  2   43   94   336 0.174  23.37
 3.00 Prom -  87089  87050   40                              -3.75

 4.11 PlyA -  87845  87840    6                               1.05
 4.10 Term -  90171  89772  400  2  1   37   53   244 0.970   9.40
 4.09 Intr -  92025  91465  561  2  0   34   72   300 0.423  14.00
 4.08 Intr - 100082 100002   81  1  0  109   62   116 0.813   8.93
 4.07 Intr - 102600 102444  157  1  1   98   80   -11 0.252  -2.75
 4.06 Intr - 109344 109261   84  1  0  104  113    18 0.774   4.77
 4.05 Intr - 111300 111181  120  1  0   15   95    89 0.086   1.85
 4.04 Intr - 112051 111481  571  1  1  102   99    97 0.076   3.60
 4.03 Intr - 116523 116311  213  0  0   97   94   143 0.170  13.79
 4.02 Intr - 121778 121195  584  0  2   50   89   307 0.011  18.46
 4.01 Init - 122540 122462   79  2  1   69   56   163 0.934  10.47
 4.00 Prom - 127466 127427   40                              -7.95

 5.00 Prom + 128265 128304   40                              -6.55
 5.01 Init + 134172 134229   58  2  1   63   66    61 0.389   2.92
 5.02 Term + 139544 139647  104  0  2  112   45   132 0.969   8.76
 5.03 PlyA + 143263 143268    6                               1.05

 6.15 PlyA - 144517 144512    6                               1.05
 6.14 Term - 146919 146737  183  0  0   33   49   153 0.349   2.46
 6.13 Intr - 150277 150107  171  1  0   25   79   104 0.105   2.42
 6.12 Intr - 153537 153289  249  0  0   24   33   211 0.063   5.91
 6.11 Intr - 155870 155767  104  0  2   24   95    47 0.027  -2.03
 6.10 Intr - 165000 164605  396  1  0   53  109   183 0.100  10.53
 6.09 Intr - 169249 169152   98  0  2   86   42    62 0.133   0.13
 6.08 Intr - 174454 174297  158  1  2   71   72   104 0.013   4.99
 6.07 Intr - 177572 176776  797  0  2   81   15   466 0.231  28.85
 6.06 Intr - 177821 177709  113  1  2   58   77    48 0.111  -0.20
 6.05 Intr - 181758 181604  155  0  2   66   72    91 0.017   3.25
 6.04 Intr - 182374 181982  393  1  0   88   -3   207 0.030   5.52
 6.03 Intr - 190132 189974  159  1  0    7   95   121 0.683   3.96
 6.02 Intr - 191878 191753  126  1  0   29   80   107 0.681   3.96
 6.01 Init - 194860 194717  144  1  0   70   59   171 0.540  10.57
 6.00 Prom - 197549 197510   40                              -4.45

 7.00 Prom + 198242 198281   40                              -6.15
 7.01 Init + 199039 199041    3  0  0  102   27     0 0.660  -4.65
 7.02 Intr + 201815 202156  342  1  0   96   53   207 0.445  12.70
 7.03 Intr + 202324 202375   52  0  1   90   50    49 0.334  -1.14
 7.04 Intr + 205263 205549  287  1  2   50   86   172 0.371   9.34
 7.05 Intr + 213787 213958  172  0  1  125   76    57 0.376   6.79
 7.06 Intr + 216160 216485  326  2  2   61   65   299 0.864  19.47

Suboptimal exons with probability > 0.800

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

S.001 Term - 121778 121048  731  0  2   50   38   366 0.959  20.44
S.002 Term - 182374 181922  453  1  0   88   43   247 0.858  14.37
S.003 Init + 207019 207154  136  0  1   73   86   167 0.904  15.35


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815585r:28601500_28817998|GENSCAN_predicted_peptide_1|266_aa
MQILRPHQNLLNQKRCGGVQQSVLYQAFQGVLMLESPGRHQTGRLATGFPFGLGSGKDLS
PKEERGNGHRAHSAALQPVPPITFTAPVCKRIVYTAAAAEDRDTPTFPNLPLKLRFFQMQ
ILRKGFMRGLLIWEVQTLKAGAVYQGLEMSYVFKDIGSLPVLRAKQNTTGTQSSPASTTH
RVPASTTTVEQHSPPVPLHQTTHDSDLELPERMAGLEAWLLITTHCLLQELQEHFKTTRA
GDSPNRRKRKCTRIERKNKTEEQMSI

>gi568815585r:28601500_28817998|GENSCAN_predicted_CDS_1|801_bp
atgcaaattctcaggcctcaccagaacctactgaatcagaaacggtgtggtggggtccag
caatctgtgttgtaccaggccttccagggagtgctgatgttagagagccctggacgacat
cagacaggccgcttagccacgggtttccctttcggccttggcagtggcaaggacctaagc
cccaaggaggagcggggaaacggccacagagcccactccgctgccctgcagccagtgcct
cccatcaccttcacagctcctgtgtgcaaacgcatcgtctacacagcagcagcagcagaa
gacagagatacacccacattccctaacctgccattgaagctgagatttttccagatgcag
atcctgcgaaaaggattcatgagaggattattgatttgggaagttcagactctaaaagca
ggagctgtataccagggactggaaatgtcatatgtttttaaagatattggaagtcttcca
gtcctacgagccaagcagaataccacagggacacagtcctccccagccagcaccactcat
agagtaccagccagcaccactaccgtagagcagcattcgccccctgtcccattacatcag
accactcacgattctgacctggaacttccagaaagaatggctggcttggaggcatggctt
cttatcaccacccactgtctgctccaagaactgcaggagcatttcaaaaccaccagggca
ggtgactctcccaaccgcagaaagaggaaatgtactagaatagaaagaaagaataaaacg
gaagaacaaatgagcatctga

>gi568815585r:28601500_28817998|GENSCAN_predicted_peptide_2|100_aa
MRVPGDYAGLEESQCGRIRKARLFEVGNGPEHAGSCRKRQDMKIKMNWEIWLKGVADVKM
SHTFDDNSWSRVFKQVKESLAGHYLSKRFCREEGCSLSCC

>gi568815585r:28601500_28817998|GENSCAN_predicted_CDS_2|303_bp
atgagggtgcctggtgactatgcgggactagaagaaagccagtgtggccgcatcagaaaa
gcaaggctgtttgaggttggcaacggtcccgaacacgcagggtcttgcaggaagaggcaa
gacatgaaaatcaagatgaattgggagatctggcttaaaggagttgcagatgtcaaaatg
tcacacacatttgatgacaattcatggagtcgtgtcttcaaacaggtgaaagagagccta
gcggggcattacctcagtaagcgtttctgtcgtgaggagggctgcagcttgtcctgctgt
tga

>gi568815585r:28601500_28817998|GENSCAN_predicted_peptide_3|533_aa
MTVYLENPKDSSKRLLRLINEFSKVSGYKINIHKSVALIYTNNDHAEDQIKNSIPFIKAA
KNKQTNNLGLYLTKEVKELYKENHKTLRKEITDDTNKWKYDPCSWMGKISIVKMTIPPKA
IYRFNAIPIKIPSSFFTELEKTILKFIWNQKRAHMAKTISSKQNKSGGIKLPDFKLYCHR
ILRVSLFQLEASVAVAPLREFCLGPLGSFCPLGLAGCAWLVPPAQIPFLPRASQAQCGKG
CVSERARGLATVHRQAHWLLWRGRQLQAPAQALALCEAVAGPGIPQVASTAGSKKCGGIW
KLGDARNHRVPKRVSQPWLGELLGLGFPEGHSSSLLLLLTTWPVGWGVCFSPVCVIDLSV
LPFVRSQVLVPCPERMSTPQSAGITGVSQHARPKTLTLNHLLLKSNIPVILQKNVKQLQA
VTRAGAGGDEESESSGLPEVTRQGKGRQRHPTERCTFTAAFSTSAPTLRTASLPRYRQST
PPLTSVSEGWPPHPPEVRPSWRGRKEGAGRRRELRGAEAPTLAIPRDPGPRAQ

>gi568815585r:28601500_28817998|GENSCAN_predicted_CDS_3|1602_bp
atgactgtatacctagaaaaccctaaagactcatccaaaaggctcctacgtctgataaat
gaattcagtaaagtctcaggttacaaaatcaacatacacaaatcagtagcactgatatac
accaacaatgaccatgctgaggatcaaatcaagaactcaatcccttttataaaagctgca
aaaaacaaacaaacaaacaacctaggactctacttaaccaaggaggtgaaagagctctac
aaggaaaaccacaaaacactgcggaaagaaatcacagatgacacaaacaaatggaaatat
gacccatgctcatggatgggaaaaatcagtattgtgaaaatgaccataccgcccaaagca
atctacagattcaatgcaattcccatcaaaataccatcatcatttttcacagaactagaa
aaaacaatcctaaaattcatatggaaccaaaaaagagcccacatggccaaaacaatatca
agcaaacagaacaaatctggaggcataaagttaccggacttcaaattatactgtcacagg
atccttagggtgtcgcttttccagctggaagcctctgtggctgtggcgcctttgcgggag
ttttgtttgggcccactgggctcattctgcccactcggcctggcaggctgcgcttggctt
gtgccaccagcccagatcccattcctgccaagggcaagccaggcacagtgtggcaagggg
tgcgtgagtgagcgagcacggggtctggccactgtgcacaggcaggcacactggctgctg
tggcggggcagacagctccaggcacccgcacaggcactggctctgtgcgaggctgtggct
ggaccaggcataccgcaagtagcttccactgcaggatccaagaaatgtggtggcatctgg
aagcttggagatgccaggaaccacagggttccaaagagggtatcacagccctggctcggg
gagctcttaggtctgggcttcccagagggccacagctcttctctccttctccttctcaca
acatggccagtgggttggggggtgtgtttcagccctgtttgtgttatagatctttcagtt
ctgccatttgtcaggtcccaagttcttgttccatgtccagaaagaatgagcaccccccaa
agtgctggaattacaggtgtcagccagcatgcacggcccaagacgctaactttaaatcac
ttgttgctcaagtccaatatccctgtgattctgcagaaaaatgtaaaacagctacaggca
gttacaagggcgggggctgggggagatgaggagtctgagagctctgggctcccagaggtt
acccgtcaaggaaagggtcgccagcgccaccccacagaacgttgcactttcacggctgcc
ttttccacttctgcgccaactctgcgaacagcctctctgccccgttaccgtcagtcgacc
ccgccgctcacttccgtttccgagggctggcccccacatccgccggaagtgcgtccgtcc
tggcgaggaaggaaggagggcgcgggacgccggagggagctgcgcggggccgaggctccc
acgcttgcaatcccaagggacccagggccaagggcgcagtaa

>gi568815585r:28601500_28817998|GENSCAN_predicted_peptide_4|949_aa
MAAAAGMMLLGLLQAGWVGAGPGDGEASHCLHGKEIRSQLNEKVAQLYADLDGGFSHAAW
LLPGWLPLPSFRCRDRAHWEIKDIFYKAIQKRRQSQEKIDDILQTLLDATYKDGRPLTDD
EVAGMLIGLLLAGQHSSSTTSAWMDFFLARDKTLQEKCYLEQKTVCGENLPPLTYDQLKD
LNLLDRCIKETLRLRPPIMIMMRMARTPQTVVGYTIPPGHQNTATYPGNMKILFVEPAIF
LSAFAMTLTGPLTTQYVYRRIWEETGNYTFSSDSNISECEKNKSSPIFAFQEEVQKKVSR
FNLQMDISGLIPGLVSTFILLSISDHYGRKFPMILSSVGALATSVWLCLLCYFAFPFQLL
IASTFIGAFCGNYTTFWGACFAYIVDQCKEHKQKTIRIAIIDFLLGLVTGLTGLSSGYFI
RELGFEWSFLIIAVSLAVNLIYILFFLGDPVKECSSQNVTMSCSEGFKNLFYRTYMLFKN
ASGIWLFSYCMEDIHMAFIGIFTTMTGMAMTAFASTTLMMFLARVPFLFTIVPFSVLRSM
LSKVVRSTEQGTLFACIAFLETLGGVTAVSTFNGIYSATVAWYPGFTFLLSAGLLLLPAI
SLCVVKCTSWNEGSYELLIQEESSEDASDSLTGRHLPVRSNRHLIEESSGWHLAGAPLGQ
SFQRKDKAAVFAVLQTPLVISRQTGSGVDLQQTPTDLQLRDLLEGKLTDEKNSININKKD
IHTKTPSVGHQHQRPKVDKTTKMGRNQCRKTEHSKNQNTSSPPKNHNFSPAREKNWTENK
FDELTEVGFRRWVITNSSKLKEHVLTQHKEAKNLEKRLMRQKITKDIQDLNSALDQVDLI
DIYRTLYSRLTEYTFFSAPHCTCSKIDHIIGSKTLLSKCEKTEITTNCLSDQSAIKLELK
IKKLTQNHTTTRKLNNLLLNDYWVNNEMKAEIKMLFETSENNDTAYQNL

>gi568815585r:28601500_28817998|GENSCAN_predicted_CDS_4|2850_bp
atggcggcagcggcggggatgatgttgctgggcttgctgcaggcggggtgggtcggtgct
gggccaggcgatggagaagctagccactgtttgcatggaaaggaaatcagaagtcaactc
aatgaaaaggtagcacagctgtatgcagatttggatggaggtttcagccatgcagcctgg
ctcttaccaggttggctgcctttgcctagtttcagatgcagggacagagctcattgggaa
atcaaggatattttctataaggcaatccagaaacgcagacagtctcaagaaaaaattgat
gacattctccaaactttactagatgctacatacaaggatgggcgtcctttgactgatgat
gaagtagcagggatgcttattggattactcttggcagggcagcattcatcctcaactact
agtgcttggatggacttctttttggccagagacaaaacacttcaagaaaaatgttattta
gaacagaaaacagtctgtggagagaatctgcctcctttaacttatgaccaactcaaggat
ctaaatttacttgatcgctgtataaaagaaacattaagacttagacctcctataatgatc
atgatgagaatggccagaactcctcagactgtggtagggtataccattcctccaggacat
cagaatacagctacctacccaggcaatatgaagattttatttgtagaacctgccattttc
cttagtgcatttgctatgactttgaccggtccactgacaacgcaatatgtttatcggaga
atatgggaagaaactggcaactacactttttcatctgatagcaatatttctgagtgtgaa
aaaaacaaaagcagcccaatttttgcattccaggaggaagttcagaaaaaagtgtcacgt
tttaatctgcagatggacataagtggattaattcctggtctagtgtctacattcatactt
ttgtctattagtgatcactacggacgaaaattccctatgattttgtcttccgttggtgct
cttgcaaccagcgtttggctctgtttgctttgctattttgcctttccattccagcttttg
attgcatctaccttcattggtgcattttgtggcaattataccacattttggggagcttgc
tttgcctatatagttgatcagtgtaaagaacacaaacaaaaaacaattcgaatagctatc
attgactttctacttggacttgttactggactaacaggactgtcatctggctattttatt
agagagctaggttttgagtggtcgtttctaattattgctgtgtctcttgctgttaatttg
atctatattttattttttctcggagatccagtgaaagagtgttcatctcagaatgttact
atgtcatgtagtgaaggcttcaaaaacctattttaccgaacttacatgctttttaagaat
gcttctggaatatggcttttttcttattgtatggaagatattcatatggccttcattggg
atttttaccacgatgacaggaatggctatgaccgcgtttgccagtacaacactgatgatg
tttttagccagggtgccgttccttttcactattgtgccattctctgttctacggtccatg
ttgtcaaaagtggttcgttcgactgaacaaggtaccctgtttgcttgtattgctttctta
gaaacacttggaggagtcactgcagtttctacttttaatggaatttactcagccactgtt
gcttggtaccctggcttcactttcctgctgtctgctggtctgttactacttccagccatc
agtctatgtgttgtcaagtgtaccagctggaatgagggaagctatgaacttcttatacaa
gaagaatccagtgaagatgcttcagacagcctgactgggagacacctcccagtaaggtcc
aacagacacctcatagaggagagctctggctggcatctggcaggtgcccctctgggacaa
agcttccagaggaaggataaggcagcagtatttgctgttctgcagactccactggtgata
tcccggcaaacagggtctggagtggacctccagcaaactccaacagacctgcagctgagg
gacctgttagaagggaaactaacagatgaaaagaatagcatcaacatcaacaaaaaggac
atccacaccaaaaccccatctgtaggtcaccaacatcaaagaccaaaggtagataaaacc
acaaagatggggagaaaccagtgcagaaagactgaacattccaaaaaccagaacacctct
tctcctccaaagaatcataacttctcgccagcaagagaaaaaaactggacggagaataag
tttgacgaattgacagaagtaggcttcagaaggtgggtaattacaaactcctccaagcta
aaggagcatgttctaacccaacacaaggaagctaagaaccttgaaaaaagattgatgaga
cagaagattaccaaggatatccaggacttgaactcagctctggaccaagtggacctaata
gacatctacagaactctctactccagattaacagaatatacattcttctcagcaccacat
tgcacttgttctaaaattgaccacataattggaagtaaaacactcctcagcaaatgtgaa
aaaacagaaatcacaacaaactgtctctcagaccagagtgcaatcaaattagaactcaag
attaagaaactcactcaaaaccacacaactacgcggaaactgaacaacctgctcctgaat
gactactgggtaaataacgaaatgaaggcagaaataaagatgttatttgaaaccagtgag
aacaatgacacagcttaccagaatctctga

>gi568815585r:28601500_28817998|GENSCAN_predicted_peptide_5|53_aa
MAALLLEIKVKSRSCDPGERSGNLDLEDMDVVLVYDLEKLTSIVVADFLVKWK

>gi568815585r:28601500_28817998|GENSCAN_predicted_CDS_5|162_bp
atggcagccttgcttctggaaatcaaagtgaagtccaggtcttgtgacccaggggaacgg
agtgggaatctggacttggaagatatggacgtagtgttggtgtatgaccttgagaaattg
accagtattgtggttgctgacttcttagtaaaatggaaatga

>gi568815585r:28601500_28817998|GENSCAN_predicted_peptide_6|1081_aa
MPGPAPTLPCPSGGGRQGHRVGPLRMKGSSSSEQEQEQEQVTQTQVREGTSVLFDCSVSI
SSSATEKQFGFGKLPLSPLEMEMEKLLMHMRELPKRGNLRADGTAGKDPFTTDKRPPELF
SVAAMGGSFSGLPELLAFPTSPQGISEKKAAAPVRDLQIKPPSPWDRAPEGRGGCGHSFS
RLKRPCMMALKRAADLPAQRSSSANGQTASSSGSLAPVYPEWETPPSRGRQTPHTGELRL
ASGRCPSGMKLPEERTGSNLCCSAASAGDTQENRDHNSPATEQNWMENEFEEFTEVGFRR
WVITNYSQLKEHDLTQCKGAKNLEKRASKCIVFIFTLIKDSTLLSTGICSFQDLAEILSS
TLKAAPCDVPDSTRCRPGPCGTLWPEGAQRAMFCALCSVLRPAVTKLSTLGPGGRLRKLL
EAEFLTEGPDHCTAVMGNYLSWFLGWPRARVLPRAQKHRSPPSRPVLRSQVQDCCKVVYV
HGKLGVHTRPLPTAPLDWDYARTRREMVPEAWRCFPNRPPLLSLTGPDFSEAHLAYMKRW
FWKAQHPRPVRSLVTVKIAPPEHRGEPIQASPPPEAPAPWARETMLKALSQCNKGKRKFD
EPLWFEVPDTKQSPSPRLSAFKPIRRHGEDQNSSPAREQNWMENDFDELTEVGFRRWVIT
NSSKLKKHVLTQCKEAKNLEKRDIDEAGNHHPQQTNTGTENQTLHALTHKWELNITPEGI
WAFQNMAATSPIHMLLYNVILPLPLQEVEANSPSLGSGLPLNGFHITKRMHQNQNGALWL
PRLGWKEPCSFSLGLLICPVSRHLLSEPSSTLEGAQVNLMERPHGGLQFTAQLIPTFRPS
QPRRQTDKENVVHTYKGVLLSLKKGNHVICYNMDETCRDVMHHCRRWPAGSGMRGHPVKA
PNTAEQRPRNKTLLKPSRFAQGSTGRTYRWLEWPDPRGPHCPLVEAYSKHHPRGQFGAVG
LRNRMRKQKHREDISLPEATDVVRQHGLYRRLCSDAFFLAYAGYNAFNTCNVPSTFQRTL
QVYVHMGKGPDGTGSEWPMTTETRTTETCHAVSSLRTCNWILKLPDAYGSRGHREGGIFE
F

>gi568815585r:28601500_28817998|GENSCAN_predicted_CDS_6|3246_bp
atgcctggccctgcccccaccctgccctgcccgtctggtggagggcggcaggggcaccgt
gtcgggcctctcaggatgaagggcagcagcagttctgagcaggagcaggagcaggaacag
gtgacccagacccaagtccgcgaggggacatctgtcctttttgactgctcagtatccatt
tcttcttctgcaactgagaaacagtttggctttggaaaattaccactctctccactggag
atggagatggagaaactgctcatgcacatgagagaattacctaaaaggggaaacttgaga
gcagatgggactgctggaaaagatcccttcacgactgacaagcggccacctgaacttttc
agtgttgctgcaatgggtgggtctttctctggcctccctgagctgctcgccttccccacc
tcaccacagggcatctctgaaaaaaaggcagcagccccagtgagggacttacagataaaa
cccccatctccctgggacagagcacctgagggaaggggtggctgtgggcacagcttcagc
agacttaaacgtccctgcatgatggctctgaagagggcggcggacctcccagcacagcgt
tcgagctctgctaatggtcagactgcctcctcaagtgggtccctggcccccgtgtatcct
gaatgggagacacctcccagtaggggccgacagacacctcatacaggagagctcaggctg
gcatctggcaggtgcccctctgggatgaagcttccagaggaaagaacaggcagcaatctt
tgctgttctgcagcctctgctggtgatacccaggaaaacagggatcacaactccccagca
acagaacaaaactggatggagaatgagtttgaagaatttacagaagtaggcttcagaagg
tgggtaataacaaactactcccagctaaaggagcatgatctaacccaatgcaagggagct
aagaaccttgaaaaaagagcatccaagtgtattgtgttcattttcacactgatcaaagac
agcacccttctgtcaacaggcatctgcagttttcaggacctggcagaaattctatcttct
accttgaaagctgcgccctgtgacgtccccgattccacgaggtgccgtcctggcccgtgc
gggaccctatggccagagggtgcccaacgcgcgatgttttgcgcgctttgtagcgtcctg
aggccagcggtcaccaagctcagcacacttggccctggcggcagacttcggaaacttctg
gaagccgaatttctaacagaaggtcccgaccattgcactgctgtcatgggcaactacctg
agctggttcctgggctggccccgggccagggtgctgccccgagcccagaagcaccggtcc
ccgccgtccaggccggtcctccgctcccaggtccaggactgctgcaaagttgtctacgtc
catgggaagctcggggtccacacccggcccctccccaccgctcctctcgattgggactat
gcccgcacccggagagagatggtcccagaggcctggaggtgctttcccaacaggccacca
ctcctaagcctcactgggccagacttttccgaggctcacctggcctacatgaagcggtgg
ttttggaaggcccagcacccccggcccgtccgcagcctggtgaccgtgaaaatcgccccg
ccggagcacagaggggagcctatacaagcgtcacctccccccgaggccccagctccctgg
gccagggagaccatgctgaaggccctcagccagtgcaacaagggaaaaaggaaattcgac
gagccactctggtttgaggtcccagacaccaagcagagcccgtcacccaggctatcagct
ttcaagcccatcaggagacatggagaggatcaaaactcctcgccagcaagggaacaaaac
tggatggagaatgattttgatgaattgacagaagtaggcttcagaaggtgggtaataaca
aactcctccaagctaaagaagcatgttctgacccaatgcaaggaagctaagaaccttgaa
aaaagggacatagatgaagctggaaaccatcatcctcagcaaactaacacaggaacagaa
aaccaaacactgcatgctctcactcataagtgggagttgaacatcacccctgagggcata
tgggcttttcaaaatatggctgccacatctcccatccacatgctgctctacaatgtcatc
ttgcctctcccccttcaagaggtggaggctaattcaccttctcttggatctgggctgcct
ctgaatggcttccacataaccaagaggatgcatcagaaccaaaatggtgctctgtggctt
ccaaggctagggtggaaggagccttgcagcttcagcctgggtctcttgatatgcccagtc
tccagacacttactctcagaacccagcagcacactggaaggagcccaagtcaacctcatg
gagaggccacatggtggtctccagttcacagcccagttgattccaaccttcaggccatcc
cagcccaggcgccagacagataaggaaaatgttgtacatacctacaaaggagtattattg
agcctcaaaaaaggaaatcatgttatatgctacaacatggatgaaacttgtcgggatgtt
atgcatcactgcagaagatggccggctggctctgggatgcgggggcatccagttaaggca
ccgaacaccgcagaacagagacccagaaataaaacccttctcaaaccgtcccgttttgct
cagggctccacaggaagaacctaccgttggctagaatggcctgatcctcgtggaccacac
tgcccactggtggaggcgtactcgaagcaccatccacgggggcagttcggagccgtgggc
ctgaggaaccggatgaggaaacagaagcatagagaggacatttccttgcctgaggccaca
gatgtggtcagacaacatggcctgtaccgtcggctctgctctgatgccttctttctggcc
tatgcagggtacaatgcttttaacacttgcaatgtcccaagcacctttcaaaggacttta
caggtatatgtgcacatggggaaagggccagatggaactggcagtgagtggccaatgact
acagagacaaggacaacagaaacctgccatgctgtttccagtttaagaacttgcaactgg
atcctgaagttgccagatgcctatgggtctcgaggtcacagagagggtggtatatttgaa
ttttag

>gi568815585r:28601500_28817998|GENSCAN_predicted_peptide_7|394_aa
MDERITILPGTRLVVAKQQRKDEEKLGGPEPLYVEQDLWGTRTQELGSVFEMGRYGSPSL
DGDACTHTPSLTQIQDKTPRKTKIPLILDAVGALVKIAPLPSILFQSLVTFLKIMPLATT
IRLLVSINLTSLAKIYWSKNHRTEEGVGPLINTPSDPLIMCASSETLDFAGLEALITAIV
PKNLKVQLPSGHFELPMPIDQQAKKVVIILAGDVDPGYREELQLLLRKAFPTGISSFWNF
TRQMPLFYPHAPQSSKALGKGSSRHLCCPAHLLGSLSAIVLMGAPYQIEGKERAIKGEDE
NDTVLTGRRRTHPLHAKKGMLPKNYLESLACVTWSVGTCMNPEMAEKLQGKRPVRVTCDQ
RRRKENCSDSGLHFYSVMGQMPVGVRGSARTWWK

>gi568815585r:28601500_28817998|GENSCAN_predicted_CDS_7|1182_bp
atggatgaaaggattaccattctccctggaaccaggttggtggtggcaaagcagcagcgg
aaggatgaggagaagctgggcggtcctgagcctctgtatgtggagcaggacttatggggc
acacgtacccaggagctgggcagtgtgtttgaaatggggaggtatggctccccatcactg
gatggagatgcctgcacacacacccccagccttacgcagatccaggacaaaacgcctagg
aagacaaagatcccattgatccttgatgccgtgggtgctcttgtgaaaatcgcccctttg
ccttctatattatttcaatccctggttacgtttctaaaaattatgcccctggcaaccacc
atccgacttcttgtctccatcaacttgactagtctagctaaaatatattggtccaagaac
cacagaacagaagaaggagtaggtcctctcatcaatactcccagtgacccactcataatg
tgtgcttcctctgaaaccttggactttgctggattagaggctctgatcactgcaatagtt
ccaaagaacttgaaggtacaactaccatctggtcactttgagcttcccatgccaatagac
cagcaggcaaagaaagtagttattattctggcaggagatgttgatcctggttatcgtgag
gagctacaattgttgctgcgcaaggcttttcccactggcatttcatcattttggaatttc
acaaggcagatgcctctgttctacccacatgctcctcagtctagtaaggccctgggaaaa
ggctccagcagacacctgtgctgccctgcacatctccttggctccctctcagccatagtt
ctgatgggtgctccctaccaaattgaaggaaaggagagagcaatcaagggagaagatgag
aacgacacggtgctgacagggagaaggaggacccacccacttcatgcaaagaaaggcatg
cttccaaagaactacttggagagcctggcatgtgtcacctggagtgtggggacatgcatg
aacccagagatggctgagaagcttcaaggaaagaggccggtcagagttacctgtgaccag
agaagaagaaaagagaactgcagtgacagtggcctgcacttctatagcgtgatgggccaa
atgccagttggtgtccgtgggtcagcacgcacgtggtggaag