GENSCAN 1.0	Date run:  2-Nov-116	Time: 22:02:58

Sequence gi568815588f:96849058_97055919 : 206862 bp : 42.43% 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 +   2336   2464  129  1  0   62   43   187 0.765  11.80
 1.02 Term +   3588   3713  126  2  0  102   45   121 0.983   6.50
 1.03 PlyA +   4321   4326    6                               1.05

 2.05 PlyA -   4342   4337    6                               1.05
 2.04 Term -   4683   4465  219  0  0   54   37   176 0.732   5.16
 2.03 Intr -   6132   6010  123  0  0   79   98    36 0.738   3.56
 2.02 Intr -  17478  17326  153  0  0   76   65    51 0.075   0.95
 2.01 Init -  37332  37294   39  0  0   45  107    31 0.077   0.94
 2.00 Prom -  75004  74965   40                              -4.75

 3.03 PlyA -  75163  75158    6                               1.05
 3.02 Term -  79068  78962  107  1  2   68   49   130 0.710   4.69
 3.01 Init -  79209  79161   49  0  1   94   65    17 0.729   1.16
 3.00 Prom -  87776  87737   40                              -4.45

 4.00 Prom +  91126  91165   40                              -3.95
 4.01 Init +  91454  91579  126  1  0   68   37    71 0.383   0.21
 4.02 Intr +  95056  95188  133  0  1    6   81   122 0.829   2.60
 4.03 Intr +  99951 100238  288  1  0   58   86   288 0.698  21.89
 4.04 Term + 105877 106865  989  2  2   28   49   698 0.473  51.14
 4.05 PlyA + 108526 108531    6                               1.05

 5.00 Prom + 109501 109540   40                              -7.35
 5.01 Init + 110739 110806   68  2  2   61   93    28 0.241   1.20
 5.02 Intr + 131736 136073 4338  0  0  108   -6  3828 0.004 361.81
 5.03 Intr + 141705 141787   83  0  2  107   88    39 0.017   4.16
 5.04 Term + 143896 144128  233  2  2  106   54   141 0.635   8.15
 5.05 PlyA + 144403 144408    6                               1.05

 6.28 PlyA - 144472 144467    6                               1.05
 6.27 Term - 147390 147254  137  1  2   48   54   126 0.078   2.40
 6.26 Intr - 151657 151534  124  1  1   57   54   135 0.431   6.24
 6.25 Intr - 152293 152097  197  2  2   87   29   153 0.477   7.51
 6.24 Intr - 153312 153101  212  2  2  125   77    48 0.772   5.03
 6.23 Intr - 153935 153647  289  0  1  110   63   370 0.999  32.08
 6.22 Intr - 155165 155011  155  1  2   63   78   172 0.607  12.49
 6.21 Intr - 155766 155636  131  0  2  -13   91   193 0.408   8.07
 6.20 Intr - 157663 157426  238  0  1  113   96   244 0.993  24.39
 6.19 Intr - 162073 161936  138  0  0   89   99   111 0.999  10.96
 6.18 Intr - 164777 164684   94  0  1  138  109    72 0.999  12.40
 6.17 Intr - 165101 164962  140  1  2  107  110   167 0.956  19.99
 6.16 Intr - 169626 169529   98  0  2  100   94   106 0.970  10.29
 6.15 Intr - 170050 169926  125  2  2   93  113   120 0.593  14.38
 6.14 Intr - 172356 172193  164  2  2  101  105   141 0.661  15.80
 6.13 Intr - 181900 181700  201  0  0   72   76   108 0.296   5.48
 6.12 Intr - 182730 182549  182  0  2   92   87    77 0.406   5.74
 6.11 Intr - 185485 185414   72  1  0  110   65    44 0.594   2.98
 6.10 Intr - 188848 188641  208  0  1   29   86   232 0.852  15.26
 6.09 Intr - 191063 190931  133  0  1  109   74    82 0.792   7.68
 6.08 Intr - 193136 193044   93  0  0  113   30    54 0.656   1.12
 6.07 Intr - 194010 193844  167  2  2   84   88   136 0.904  11.88
 6.06 Intr - 194456 194313  144  1  0  116   74   253 0.996  25.18
 6.05 Intr - 197740 197597  144  0  0   93   76   202 0.964  17.98
 6.04 Intr - 198008 197934   75  1  0   79   82    38 0.502   0.01
 6.03 Intr - 198777 198633  145  1  1  106   46   190 0.999  15.02
 6.02 Intr - 200177 199898  280  2  1   81   82   243 0.832  19.13
 6.01 Intr - 201543 201466   78  0  0   71   59    75 0.597   1.73

Suboptimal exons with probability > 0.800

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

S.001 Term + 131736 136077 4342  0  1  108   38  3831 0.985 364.49


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815588f:96849058_97055919|GENSCAN_predicted_peptide_1|84_aa
MWVWKLFKRSFSMKDAMNQDDCDYSDDEDGDVNTAEKVPVDDVGNRLLQKPMEIELHEVE
AMVEVEAMVVVIVKGVKLTRRRVP

>gi568815588f:96849058_97055919|GENSCAN_predicted_CDS_1|255_bp
atgtgggtgtggaagcttttcaaacgaagttttagcatgaaggatgccatgaatcaagat
gattgtgattatagtgacgatgaagatggtgatgttaacactgccgaaaaagtgcctgtg
gatgacgtgggaaacaggcttcttcagaagcccatggagatagagctccatgaagtagaa
gcaatggtagaagtagaagcaatggtggtggtgatagttaagggagtgaaattaactaga
aggagagttccatga

>gi568815588f:96849058_97055919|GENSCAN_predicted_peptide_2|177_aa
MLIGGFQIRNAKLDPAIPLLGMYPREMNNGPQKDLYKNVYSSIIYNSPQTTEMLISKRMD
KRTEAISLATLEKRNLFPKNSTNQISEGSLNHSLTVTNGQTSVPGQCENRLKYVVTGPSY
PAEGEKRRTETSCPSYPNLGQPTSAKSPQTWSKSSQNQQSCLVNNNTADYMSKPRPD

>gi568815588f:96849058_97055919|GENSCAN_predicted_CDS_2|534_bp
atgctcattggaggatttcagattagaaatgctaaactggacccagcaattccacttcta
ggtatgtacccaagagaaatgaataatggtccacaaaaagacttgtacaaaaatgtttat
agcagcattatttataacagcccccaaacaaccgaaatgctcatcagcaaaagaatggat
aaacgaactgaggctattagcttagctaccctagagaaaagaaatctctttcccaagaac
tccaccaaccaaatctcagaaggatccctgaaccactcactcactgtgaccaatggccag
acatcagtcccagggcagtgtgagaacagactaaaatacgtggtaacaggcccaagctat
cctgctgaaggtgagaaacgtagaacagagactagttgccccagttatcccaacttaggt
caacctacatcagccaaatcaccccagacatggagcaagtccagccaaaatcagcagagc
tgcctagtcaacaacaacacagctgactacatgagcaagcctagaccagattag

>gi568815588f:96849058_97055919|GENSCAN_predicted_peptide_3|51_aa
MGFERTGSNFERSSTTEIATATPTFSNHQLDQLAAVNIKTRPFTSKKIPIY

>gi568815588f:96849058_97055919|GENSCAN_predicted_CDS_3|156_bp
atggggtttgagagaactggctccaattttgaaagaagttctactacggaaattgccaca
gccaccccaactttcagcaaccaccaacttgatcagttggcagcagtcaacatcaagaca
agacctttcaccagcaaaaagattccaatttactga

>gi568815588f:96849058_97055919|GENSCAN_predicted_peptide_4|511_aa
MTLNEHAAFKHLFNKAHLAPPLIHLTLSGHSTCFREHRVGDKGHLVGLDEPASGAGQEAL
LKQEQAKIIRFERQAEEFLNAVFYRKDSPWVSDPNIPLVAREIMQRMIQQFAAEYTSKNS
STQDPSQPNSTKNQSLPKASPVTTSPTAATTQNPVLSKLLMADQDSPLDLTVRKSQSEPS
EQVSFHPIRRPGRPSQYRPDGLRSGDGVPPRSLQDGTREGFGHSTSLKVPLARSLQISEE
LLSRNQLSTAASLGPSGLQNHGQHLILSREASWAKPHYEFNLSRMKFRGNGALSNISDLP
FLAENSAFPKMALQAKQDGKKDVSHSSPVDLKIPQVRGMDLSWESRTGDQYSYSSLVMGS
QTESALSKKLRAILPKQSRKSMLDAGPDSWGSDAEQSTSGQPYPTSDQEGDPGSKQPRKK
RGRYRQYNSEILEEAISVVMSGKMSVSKAQSIYGIPHSTLEYKVKERLGTLKNPPKKKMK
LMRSEGPDVSVKIELDPQGEAAQSANESKNE

>gi568815588f:96849058_97055919|GENSCAN_predicted_CDS_4|1536_bp
atgactcttaacgagcatgctgccttcaagcatctgtttaacaaagcacatcttgcaccg
cccttaatccatttaaccctgagtggacacagcacatgtttcagagagcacagggttggg
gataagggacacttagtcggtctggatgaaccagcttcgggagctgggcaagaagctctg
cttaaacaagagcaagcaaaaatcattcgattcgagagacaagcagaagaattcctcaat
gcagtcttttatagaaaagacagtccctgggtctccgaccccaatattcccctagtggcc
cgtgagatcatgcagcgaatgatccaacaatttgctgctgaatatacctcaaaaaatagc
tctactcaggaccccagccagcccaatagcacaaagaaccaaagcctgccgaaagcatct
ccagtcaccacctctcccacggctgcaactactcagaaccctgtgctcagcaaacttctc
atggctgaccaagactcacctctggaccttactgtcagaaagtctcagtcagaacctagc
gaacaagtttccttccatccaattaggcgacctgggagacccagccagtaccgcccagac
ggacttcggagtggtgatggggtacctccaagaagcttacaggatggaaccagggaaggt
tttggacactccacatcactcaaagttccactggctcgatccctgcagattagtgaagaa
ctactgagcagaaaccaattgtccacagctgccagccttgggccatctggattacagaat
catggacaacacttaatattatccagggaagcctcttgggcaaaaccacattacgagttc
aacctcagccgtatgaagttcaggggaaatggtgcactcagcaacatcagtgaccttcct
tttcttgcagaaaactctgcctttccaaaaatggcacttcaagcaaaacaagatggaaaa
aaggatgtgagccattcatctcctgtagatttaaagataccacaagttcgaggaatggat
ctttcttgggagtctcgcactggtgatcagtacagctatagctctttggtaatgggttca
caaacggagagcgcgcttagtaaaaaattaagggctattcttccaaaacaaagtagaaaa
agcatgttagatgctggacccgattcttggggctcagatgctgagcagtctacctctgga
cagccatatcccacatcggatcaagaaggagaccctggctccaagcagcctcggaagaaa
agagggcgttacagacagtacaacagtgagatactggaggaagcaatctcagtggttatg
agtggaaaaatgagtgtttccaaagctcagagtatttatgggattccccacagtacactg
gagtacaaagtaaaggagaggctgggcactttgaaaaaccctccaaagaaaaagatgaaa
ttaatgaggtcggaggggccagatgtttctgtaaagattgaattagatccccagggagag
gcagcacaaagtgcaaatgaatcaaaaaacgagtag

>gi568815588f:96849058_97055919|GENSCAN_predicted_peptide_5|1573_aa
MNMSKALCDNRGPYVKLITVQFCENSTEAKAVDSNNQSKSPLEKFMVKLCTHHQKQFIRV
LNDLYTESQPGTEDLQPSDSGAMDVSTCNAGCAQLSTKHKEKDALCLDMKSSASVDLFVD
SSDSHSPLHLTEQTPKKPPPEINPVDGRENALTVVQKDSSELPTTKSNSINSSSVDSFTP
GYLTASNCSSVNFHHIPKILEGQTTGQEQDTNVNICEDGKDHMQSSALVESLITVKMAAE
NSEEGNTCIIPQRNLFKALSEEAWNSGFMGNSSRTADKENTLQCPKTPLRQDLEANEQDA
RPKQENHLHSLGRNKVGYHLHPSDKGQFDHSKDGWLGPGPMPAVHKAANGHSRTKMISTS
IKTARKSKRASGLRINDYDNQCDVVYISQPITECHFENQKSILSSRKTARKSTRGYFFNG
DCCELPTVRTLARNLHSQEKASCSALASEAVFTPKQTLTIPAPRHTVDVQLPREDNPEEP
SKEITSHEEGGGDVSPRKEPQEPEVCPTKIKPNLSSSPRSEETTASSLVWPLPAHLPEED
LPEGGSTVSAPTASGMSSPEHNQPPVALLDTEEMSVPQDCHLLPSTESFSGGVSEDVISR
PHSPPEIVSREESPQCSENQSSPMGLEPPMSLGKAEDNQSISAEVESGDTQELNVDPLLK
ESSTFTDENPSETEESEAAGGIGKLEGEDGDVKCLSEKDTYDTSIDSLEENLDKKKKGKK
FPEASDRCLRSQLSDSSSADRCLRNQSSDSSSACLEIKVPKNPSAKRSKKEGHPGGTTPK
GLLPDSFHTETLEDTEKPSVNERPSEKDAEQEGEGGGIITRQTLKNMLDKEVKELRGEIF
PSRDPITTAGQPLPGERLEIYVQSKMDEKNAHIPSESIACKRDPEQAKEEPGHIPTQHVE
EAVNEVDNENTQQKDDESDAPCSSLGLSSSGSGDAARAPKSVPRPKRLTSSTYNLRHAHS
LGSLDASKVTSEKEAAQVNPIMPKENGASESGDPLDEDDVDTVVDEQPKFMEWCAEEENQ
ELIANFNAQYMKVQKGWIQLEKEGQPTPRARNKSDKLKEIWKSKKRSRKCRSSLESQKCS
PVQMLFMTNFKLSNVCKWFLETTETRSLVIVKKLNTRLPGDVPPVKHPLQKYAPSSLYPS
SLQAERLKKHLKKFPGATPAKNNWKMQKLWAKFRENPDQVEPEDGSDVSPGPNSEDSIEE
VKEDRNSHPPANLPTPASTRILRKYSNIRGKLRAQQRLIKNEKMECPDALAVESKPSRKS
VCINPLMSPKLALQVDADGFPVKPKSTEGMKGRKGKQVSEILPKAEVQSKRKRTEGSSPP
DSKNKGPTVKASKEKHADGATKTPAAKRPAARDRSSQPPKKTSLKENKVKIPKKSAGKSC
PPSRKEKENTNKRPSQSIASETLTKPAKQKGAGESSSRPQKATNRKQSSGKTRARPSTKT
PESSAAQRKRKLKAKLDCSHSKRRRLDAKASVLDAQCSGDVLCSILQRGSCVVMLPVCIC
ADVGQSPCNQWLQNDTICSKMWSALLLRSPVLQFRAPLDGMEPVLYDHVPLLCALSFGTP
MLVMILIVQGWLD

>gi568815588f:96849058_97055919|GENSCAN_predicted_CDS_5|4722_bp
atgaatatgagtaaggctttgtgtgataataggggtccttatgtgaagttaattactgtt
cagttctgtgagaactcaacagaggcaaaagcagtagattctaacaatcagtcgaagtcc
ccactggagaaatttatggtcaaactgtgtactcatcatcaaaagcaattcattcgtgtt
ctgaacgacctgtacactgaatctcaaccaggcactgaggacctgcagccttctgattcg
ggagcaatggatgtatccacttgcaatgctggctgtgcccagctcagcaccaaacataag
gaaaaagatgctctgtgtctcgatatgaagtcttctgcttctgtagatttgttcgtagac
tcgtcagactctcacagccctctacacttgacggaacagaccccgaagaagcctcctcct
gagataaaccctgtagatggaagagagaatgccttgactgttgtccagaaagattcctct
gaacttccaaccactaaatcgaattctattaatagcagttcagtggatagtttcactccg
ggatacctcactgcatctaattgttcctcagtgaacttccaccacatccctaaaatcttg
gaggggcagaccactggacaagagcaagacacaaatgtgaacatatgtgaggatggtaaa
gaccatatgcagagttcagctttagtagaaagtctaattacagtaaaaatggcagctgag
aatagtgaggaaggcaatacctgtattattcctcaaagaaatttgttcaaagctttatca
gaagaggcttggaactcagggtttatggggaactcatctagaactgctgacaaagagaat
actttacagtgtccaaaaacacctttgcgccaggatttagaggcaaatgaacaagatgca
aggccaaagcaagagaaccatcttcactctctgggaagaaataaggtgggttaccattta
catcccagtgataagggccagtttgatcattccaaagatggttggttaggccccggccct
atgccagctgtacacaaagcggcaaatggacactcaagaaccaagatgatatcaacctcc
atcaagacagctcggaaaagtaaaagggcatcagggctgaggataaatgattatgataac
cagtgtgatgttgtttatatcagtcaaccaataacagaatgccactttgagaatcaaaaa
tcaatattatcttctcggaaaacagccagaaagagtactcgaggatactttttcaatggt
gactgttgtgagctgccaactgttcgtacactggccagaaatttacactcccaggaaaaa
gcaagctgctcagcattggcatcagaggcagttttcactcctaagcagacccttacaatt
ccagcccctagacatacagtagatgtgcagcttcccagagaagacaaccctgaagaacct
agcaaggaaatcacctctcacgaggaaggaggtggagacgtttcacctcgaaaagaacct
caagagcctgaggtttgccccacaaagattaagccgaacctgagcagctcccctaggtca
gaggaaacgacagcctccagcctggtgtggcctctccctgctcaccttcctgaagaggac
ctgccagaaggtggctccacagtctcagctcccacagcaagtgggatgtcttctcctgaa
cacaaccaaccaccagttgcactgttggatacggaggagatgagtgtaccccaggactgt
cacctccttccctccactgaaagcttttccgggggagtcagtgaagatgtcatttctagg
cctcattctcctcctgaaatagtcagtagagaagaaagtcctcagtgctcagaaaatcag
agttccccaatgggcttggagccccccatgagtctgggaaaggctgaggacaaccaaagc
atcagtgctgaggttgagtctggagacacccaggagctaaatgtcgacccactcttgaag
gaaagcagcacttttactgatgaaaaccccagtgaaactgaggaaagtgaggcagcaggt
ggtataggaaaattagagggagaggacggtgatgtaaaatgcctgtcagaaaaagacacg
tatgatacaagcattgactcactcgaagagaatttggacaagaagaaaaaaggtaaaaaa
ttccctgaggcctctgataggtgcctaagaagtcaactttcggattcttcctctgctgac
agatgcctaagaaatcagagttcagattcttcctcagcttgtcttgaaatcaaagttcct
aaaaatcctagtgcaaaacgttcaaaaaaagaagggcaccctggtgggacaacacctaag
ggccttctacctgacagtttccacacggaaactctggaggacacagaaaagccaagtgtc
aatgaacgcccctctgagaaagatgctgagcaggagggcgaaggcggggggatcatcacc
aggcagactttgaaaaacatgctggacaaagaagtcaaggagttacgaggagagattttc
cccagcagggaccccataaccacagctggacagccactgcctggagagagattggaaatc
tatgttcagtctaaaatggatgagaagaatgctcatatcccctcagaaagtattgcttgt
aagagggacccagaacaggcaaaagaagagccagggcatattcccacacagcatgtggag
gaggctgtgaatgaggtagacaacgaaaacacccagcagaaagatgatgagagtgatgcc
ccatgcagctctcttgggttgtcgagtagtggaagtggtgatgctgctagggcaccaaaa
tcggtgccaaggcctaaaagattgacctcttcaacctacaacctaagacacgctcattct
ctgggctccttggatgcttcaaaagtgacttcagaaaaggaagctgcacaagtaaacccc
ataatgccaaaggaaaatggagcttcagagagtggagaccccctagatgaggacgatgtt
gacaccgtggtagatgaacagccaaagtttatggaatggtgtgctgaggaggagaaccaa
gagctcatcgccaacttcaatgcccagtacatgaaagttcagaagggctggatccagttg
gagaaagaaggacagccaacaccaagagcaaggaacaaatcagataaactgaaagagatt
tggaaaagcaagaaaaggtcacggaaatgtaggagttcattggagagtcagaagtgttct
cctgttcagatgctctttatgacaaactttaaattatctaatgtttgtaaatggttctta
gagacaactgaaacccggtctctagtcattgtgaagaagctcaatactcgccttccagga
gacgttccccctgtcaagcatcctcttcagaaatacgctccttccagcctatatcccagt
tcactacaggctgagcgcttgaaaaagcacttgaagaaatttcctggagctacccctgct
aagaataattggaaaatgcagaagctctgggccaaatttcgagagaatcctgatcaagtg
gagccagaagatggcagtgatgtcagccccggccctaattctgaagacagcatagaggaa
gtcaaggaagatagaaacagtcatcctccagcaaacctgcccactccagccagtacccgg
attcttagaaaatattccaatattcgaggaaagctcagagcccagcaacgtttaatcaag
aatgagaaaatggaatgcccagatgctctggctgtggaaagtaagccaagtcgtaagagc
gtatgcatcaaccctctgatgtcccccaagcttgccctgcaagtggatgcagatgggttt
cctgttaagcccaagagtactgaaggaatgaagggaaggaaggggaagcaggtgtctgaa
atcttgcctaaagcagaagttcagagtaaacgcaagagaacagaaggcagcagccctcca
gatagtaagaacaaggggcctacggtgaaagccagcaaagaaaagcatgctgatggagcc
accaaaacccctgctgccaagaggccagctgcaagggacagaagcagccaaccccccaaa
aagacgtctttgaaagagaataaagtgaagatccctaaaaagtccgctgggaagagctgc
cctccctccaggaaagaaaaagagaatacaaacaaaaggccttcccagtctattgcctcg
gaaacactgacgaaacctgcaaaacagaagggggccggtgaatcctcttcaaggcctcag
aaagccacgaataggaagcagagtagtggaaagactcgggccagaccctcaacgaaaacc
ccagagagcagtgcagctcagagaaagcgaaagctgaaggcaaagctggactgttcgcac
agcaaacggaggcggctggatgcaaaagcctcagtgcttgatgctcagtgctcaggagat
gtcctttgctccatccttcagaggggcagttgtgtagttatgctgccggtgtgcatctgt
gcagatgtgggccagtccccctgtaaccagtggttacagaatgataccatctgttctaag
atgtggtcagctttacttctcaggagtcctgtcctacaattcagagcacccctagatggg
atggaaccagtgctttatgatcatgttcctcttctctgtgccctgtccttcggcaccccc
atgttagtcatgatcctcattgtgcagggctggctggactga

>gi568815588f:96849058_97055919|GENSCAN_predicted_peptide_6|1387_aa
DISKHILSVQTESLKGEMNVELDAEEAPGHRQPPWPQPQRGPVPVEVSAGLQPLFLIADL
PALDRHLAQNPFICDCNLKWLADFLRTNPIETSGARCASPRRLANKRIGQIKSKKFRCSG
TEDYQLNSECNSDVVCPHKCRCEANVVECSSLKLTKIPERIPQSTAELRLNNNEISILEA
TGMFKKLTHLKKINLSNNKVSEIEDGAFEGAASVSELHLTANQLESIRSGMFRGLDGLRT
LMLRNNRISCIHNDSFTGLRNVRLLSLYDNQITTVSPGAFDTLQSLSTLNLLANPFNCNC
QLAWLGGWLRKRKIVTGNPRCQNPDFLRQIPLQDVAFPDFRCEEAYSQWQLHPQLAWPGH
VAVESFDFHPKKHHQGQEEGGCLPRPQCPQECACLDTVVRCSNKHLRALPKGIPKNVTEL
DSGPIVWPMWRRGNESEVPGCREGCPQHGAPPEVEMGTNAAVFSLQLFGREPVHAGSGTA
VYLQVPAARGPEQQQDQFLKQFLLHQHEPADHSSPRRLLGERDLHVLGGGCAHRGQALTQ
CPSSISFLRRILSYNALQCIPPLAFQGLRSLRLLSLTERPRGKARPVPSLQRAGPLPPAG
LPSLSLDKAPAASSLLRSLHGNDISTLQEGIFADVTSLSHLAIGANPLYCDCHLRWLSSW
VKTGYKEPGIARCAGPQDMEGKLLLTTPAKKFECQGPPTLAVQAKCDLCLSSPCQNQGTC
HNDPLEVYRCACPSGYKGRDCEVSLDSCSSGPCENGGTCHAQEGEDAPFTCSCPTGFEGP
TCGVNTDDCVDHACANGGVCVDGVGNYTCQCPLQYEGKACEQLVDLCSPDLNPCQHEAQC
VGTPDGPRCECMPGYAGDNCSENQDDCRDHRCQNGAQCMDEVNSYSCLCAEGYSGQLCEI
PPHLPAPKSPCEGTECQNGANCVDQGNRPVCQCLPGFGGPECEKLLSVNFVDRDTYLQFT
DLQNWPRANITLQVSTAEDNGILLYNGDNDHIAVELYQGHVRVSYDPGSYPSSAIYSAET
INDGQFHTVELVAFDQMVNLSIDGGSPMTMDNFGKHYTLNSEAPLYVGGMPVDVNSAAFR
LWQILNGTGFHGCIRNLYINNELQDFTKTQMKPGVVPGCEPCRKLYCLHGICQPNATPGP
MCHCEAGWVGLHCDQPADGPCHGHKCVHGQCVPLDALSYSCQCQDGYSGALCNQAGALAE
PCRGLQCLHGHCQASGTKGAHCVCDPGFSGELCEQESECRGDPVRDFHQVQRGYAICQTT
RPLSWVECRGSCPGQGCCQGLRLKRRKFTFECSDGTSFAEEAGLELGLWPQKPLTPLRAT
MKYCQPPREASLVHSAATESAGVMAQSDEPLVGPYADPLQAELKEYNEKLMRLANRRTFS
AILQQGH

>gi568815588f:96849058_97055919|GENSCAN_predicted_CDS_6|4164_bp
gatatcagcaaacacatcctctctgtgcaaactgaaagtttaaaaggggaaatgaatgtt
gagcttgatgcagaagaggctccaggccacaggcagcctccttggccccagccacaacga
ggccctgtcccggtggaggtcagcgcgggtttgcagcccttgtttctcatagctgatctg
cctgctttggacaggcacctggcgcagaaccctttcatttgcgactgtaacctcaagtgg
ctggcagacttcctgcgcaccaatcccatcgagacgagtggtgcccgctgtgccagtccc
cggcgcctcgccaacaagcgcatcgggcagatcaagagcaagaagttccggtgctcaggc
acggaggattaccagctgaacagcgagtgcaacagcgacgtggtctgtccccacaagtgc
cgctgtgaggccaacgtggtggagtgctccagcctgaagctcaccaagatccctgagcgc
atcccccagtccacggcagaactgcgattgaataacaatgagatttccatcctggaggcc
actgggatgtttaaaaaacttacacatctgaagaaaatcaatctgagcaacaacaaggtg
tcagaaattgaagatggggccttcgagggcgcagcctctgtgagcgagctgcacctaact
gccaaccagctggagtccatccggagcggcatgttccggggtctggatggcttgaggacc
ctaatgctgcggaacaaccgcatcagctgcatccacaacgacagcttcacgggcctgcgc
aacgtccggctcctctcgctctacgacaaccagatcaccaccgtatccccaggagccttc
gacaccctccagtccctctccacactgaatctcctggccaaccctttcaactgcaactgc
cagctggcctggctaggaggctggctacggaagcgcaagatcgtgacggggaacccgcga
tgccagaaccctgactttttgcggcagattcccctgcaggacgtggccttccctgacttc
aggtgtgaggaagcctactcccagtggcagctccaccctcagctggcctggccaggccac
gtggcagtggagagctttgactttcaccccaagaaacaccatcagggccaggaggagggg
ggctgcctgccccgcccacagtgcccacaggagtgcgcctgcctggacaccgtggtccga
tgcagcaacaagcacctgcgggccctgcccaagggcattcccaagaatgtcacagaactt
gattctgggcccatcgtgtggcctatgtggaggagaggaaatgagagcgaagtccctggc
tgcagggaaggctgtccccagcatggggcaccaccagaggtggagatgggcactaacgcc
gctgtgttctctctgcagctatttggacgggaaccagttcacgctggttccgggacagct
gtctaccttcaagtacctgcagctcgtggacctgagcaacaacaagatcagttccttaag
caattcctccttcaccaacatgagccagctgaccactctagcccgaggaggctgctgggt
gagagggacctccacgtcctgggcggcggctgtgcccacaggggccaggcactaacacag
tgcccttcctccatctccttcctccgcaggatcctcagctacaatgccctgcagtgcatc
ccgcctttggccttccagggactccgctccctgcgcctgctgtcactgactgagaggcct
agagggaaggcacggcctgtcccctctctgcagagggctgggcctctccctccagcaggt
ctcccatctctgtccctggataaggcaccagcagcctcttcccttctcaggtctctccac
ggcaatgacatctccaccctccaagagggcatctttgcagacgtgacctccctgtctcac
ctggccattggtgccaaccccctatactgtgactgccacctccgctggctgtccagctgg
gtgaagactggctacaaggaaccgggcattgctcgttgtgctgggccccaggacatggag
ggcaagctgctcctcaccacgcctgccaagaagtttgaatgccaaggtcctccaacgctg
gctgtccaggccaagtgtgatctctgcttgtccagtccgtgccagaaccagggcacctgc
cacaacgacccccttgaggtgtacaggtgcgcctgccccagcggctataagggtcgagac
tgtgaggtgtccctggacagctgttccagtggcccctgtgaaaatgggggcacctgccat
gcacaggagggcgaggatgccccgttcacgtgctcctgtcccaccggctttgaaggacca
acctgtggggtgaacacagatgactgtgtggatcatgcctgtgccaatgggggcgtctgt
gtggatggtgtgggcaactacacctgccagtgccccctgcagtatgagggaaaggcctgt
gagcagctggtggacttgtgctctccggatctgaacccatgtcaacacgaggcccagtgt
gtgggcaccccggatgggcccaggtgtgagtgcatgccaggttatgcaggtgacaactgc
agtgagaaccaggatgactgcagggaccaccgctgccagaatggggcccagtgtatggat
gaagtcaacagctactcctgcctctgtgctgagggctacagtggacagctctgtgagatc
cctccccatctgcctgcccccaagagcccctgtgaggggactgagtgccagaatggggcc
aactgtgtggaccagggcaacaggcctgtgtgccagtgcctcccaggcttcggtggccct
gagtgtgagaagttgctcagtgtcaactttgtggatcgggacacttacctgcagttcact
gacctgcaaaactggccacgggccaacatcacgttgcaggtctccacggcagaggacaat
gggatccttctgtacaacggggacaacgaccacattgcagttgagctgtaccagggccat
gtgcgtgtcagctacgacccaggcagctaccccagctctgccatctacagtgctgagacg
atcaacgatgggcaattccacaccgttgagctggttgcctttgaccagatggtgaatctc
tccattgatggcgggagccccatgaccatggacaactttggcaaacattacacgctcaac
agcgaggcgccactctatgtgggagggatgcccgtggatgtcaactcagctgccttccgc
ctgtggcagatcctcaacggcaccggcttccacggttgcatccgaaacctgtacatcaac
aacgagctgcaggacttcaccaagacgcagatgaagccaggcgtggtgccaggctgcgaa
ccctgccgcaagctctactgcctgcatggcatctgccagcccaatgccaccccagggccc
atgtgccactgcgaggctggctgggtgggcctgcactgtgaccagcccgctgacggcccc
tgccatggccacaagtgtgtccatgggcaatgcgtgcccctcgacgctctttcctacagc
tgccagtgccaggatgggtactcgggggcactgtgcaaccaggccggggccctggcagag
ccctgcagaggcctgcagtgcctgcatggccactgccaggcctcaggcaccaagggggca
cactgtgtgtgtgaccccggcttttcgggcgagctgtgtgagcaagagtccgagtgccgg
ggggaccctgtccgggactttcaccaggtccagaggggctatgccatctgccagaccacg
cgccccctgtcatgggtggagtgccggggctcgtgcccaggccagggctgctgccagggc
cttcggctgaagcggaggaagttcacctttgagtgcagcgatgggacctcttttgccgag
gaggctggcttggaactgggtctgtggccccagaagcctcttacccctctgcgggcaacc
atgaagtactgtcagcctccccgggaagccagcctggttcattctgctgctacagaatct
gctggtgtgatggcacagtcagatgagccgcttgtgggcccttacgctgacccacttcaa
gcagagttgaaagaatataatgaaaaactcatgaggctagcaaatcgaaggactttttct
gccatactccaacaagggcattga