GENSCAN 1.0	Date run:  6-Nov-116	Time: 19:27:44

Sequence gi568815597r:24020808_24243082 : 222275 bp : 48.94% 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 Intr +   1150   1250  101  2  2  -19   92   116 0.197   1.13
 1.02 Intr +  15291  15396  106  2  1   62   78    93 0.219   5.49
 1.03 Term +  28922  28971   50  0  2   94   49    34 0.026  -2.43
 1.04 PlyA +  30818  30823    6                               1.05

 2.39 PlyA -  31113  31108    6                               1.05
 2.38 Term -  36820  36557  264  1  0   79   48   466 0.641  37.21
 2.37 Intr -  38172  38117   56  1  2   84   79    66 0.870   4.00
 2.36 Intr -  40275  40148  128  2  2  104    9   103 0.491   4.32
 2.35 Intr -  40502  40466   37  0  1  107  100    38 0.999   4.22
 2.34 Intr -  41302  41139  164  0  2   62  105   203 0.989  19.02
 2.33 Intr -  42427  42319  109  2  1   94  108   205 0.999  22.44
 2.32 Intr -  42723  42685   39  1  0  110   91    64 0.993   7.10
 2.31 Intr -  43352  43265   88  2  1  107   70    98 0.659   9.44
 2.30 Intr -  43784  43681  104  0  2   54   59     7 0.354  -5.71
 2.29 Intr -  45194  45080  115  2  1  102    8   153 0.748   8.72
 2.28 Intr -  45805  45768   38  2  2   51  107    21 0.479  -1.72
 2.27 Intr -  47270  47163  108  0  0  109   90    25 0.605   5.06
 2.26 Intr -  47560  47416  145  1  1   44   61   233 0.940  16.06
 2.25 Intr -  50446  50310  137  2  2   83   48   178 0.976  13.59
 2.24 Intr -  51206  51162   45  0  0   87  115    42 0.972   5.18
 2.23 Intr -  53462  53353  110  1  2  104   90   167 0.999  18.43
 2.22 Intr -  54668  54512  157  0  1  100  108   213 0.999  23.57
 2.21 Intr -  55466  55352  115  2  1  110   91   127 0.993  15.22
 2.20 Intr -  59387  59209  179  0  2   91  110   176 0.999  19.74
 2.19 Intr -  60649  60523  127  1  1   98   94   142 0.999  16.05
 2.18 Intr -  61381  61194  188  2  2   79   97   216 0.969  21.01
 2.17 Intr -  61907  61786  122  1  2   71   92    78 0.995   6.64
 2.16 Intr -  63814  63661  154  2  1   89   98    61 0.805   6.33
 2.15 Intr -  66020  65837  184  2  1   62   80   213 0.994  17.26
 2.14 Intr -  68858  68731  128  0  2   38   97   178 0.999  14.10
 2.13 Intr -  69311  69258   54  0  0  106  107    72 0.989   9.85
 2.12 Intr -  70189  69990  200  0  2   50   94   166 0.999  12.39
 2.11 Intr -  71508  71367  142  1  1   56  101   136 0.994  11.11
 2.10 Intr -  72301  72140  162  2  0  113   78   284 0.929  29.85
 2.09 Intr -  74183  74046  138  0  0   65   91   179 0.999  16.34
 2.08 Intr -  74734  74635  100  1  1   26  106   121 0.831   7.38
 2.07 Intr -  75767  75679   89  0  2   96   77    30 0.685   2.39
 2.06 Intr -  77204  77116   89  1  2   99   92   164 0.995  17.51
 2.05 Intr -  78968  78873   96  1  0  103   78   163 0.846  15.92
 2.04 Intr -  85270  85113  158  1  2  103  107   173 0.997  19.51
 2.03 Intr -  86425  86266  160  0  1   88   90   291 0.999  29.29
 2.02 Intr -  87320  87186  135  1  0    1   97   201 0.818  11.98
 2.01 Init -  87829  87669  161  1  2   94   75   223 0.920  19.26
 2.00 Prom -  94799  94760   40                              -4.06

 3.23 PlyA -  94812  94807    6                               1.05
 3.22 Term - 100930  99998  933  1  0   71   55   413 0.782  28.43
 3.21 Intr - 102616 102495  122  2  2   78   93   136 0.974  13.31
 3.20 Intr - 107472 107334  139  0  1   65  109   114 0.960  11.24
 3.19 Intr - 113579 113404  176  0  2  103  101   178 0.936  20.26
 3.18 Intr - 116502 116324  179  2  2   98   79   185 0.998  18.16
 3.17 Intr - 117907 117775  133  2  1  116   29   210 0.995  17.60
 3.16 Intr - 121442 121303  140  1  2   36   48    36 0.002  -5.49
 3.15 Intr - 122310 122233   78  2  0   65  105    65 0.003   4.57
 3.14 Intr - 136486 136327  160  2  1  -11   99   135 0.182   3.75
 3.13 Intr - 136997 136799  199  2  1   75   44   176 0.463  10.82
 3.12 Intr - 138375 138245  131  1  2  105   40    67 0.971   4.01
 3.11 Intr - 138826 138667  160  1  1  116   94   121 0.977  15.06
 3.10 Intr - 140877 140735  143  1  2   99   81   155 0.983  15.97
 3.09 Intr - 148794 148610  185  2  2  121  100   139 0.797  17.83
 3.08 Intr - 160047 159924  124  1  1  119   65    93 0.971   9.74
 3.07 Intr - 166448 166384   65  1  2   16  110    92 0.002   2.56
 3.06 Intr - 167196 166864  333  2  0   95  -13   245 0.002   9.79
 3.05 Intr - 178842 178794   49  1  1  100  110   113 0.980  12.44
 3.04 Intr - 182419 182382   38  0  2   92   49    13 0.216  -4.29
 3.03 Intr - 185868 185799   70  1  1  141   97    33 0.333   7.74
 3.02 Intr - 187560 187406  155  2  2   63   26   154 0.061   6.42
 3.01 Init - 191861 191026  836  2  2   91  -27   646 0.030  47.58
 3.00 Prom - 192736 192697   40                              -2.26

 4.03 PlyA - 192867 192862    6                               1.05
 4.02 Term - 194154 194049  106  2  1   93   49    99 0.977   4.38
 4.01 Init - 199779 199610  170  0  2   83   81   106 0.966   8.41

Suboptimal exons with probability > 0.800

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

S.001 Init - 122275 122233   43  1  1   73  105    82 0.993   8.63
S.002 Init - 166441 166384   58  1  1   92  110   148 0.996  16.89
S.003 Term - 167196 166860  337  2  1   95   42   249 0.906  15.04
S.004 Sngl - 191861 191010  852  2  0   91   49   672 0.965  59.40


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815597r:24020808_24243082|GENSCAN_predicted_peptide_1|85_aa
XIKVDEAVAPGVQAVKEVESFLRQQQTVSCRVKYVHIHVTTIRIKKGDIDSKPASLCVPL
SHLYYPPIGESIRKNFSEMHAKIYV

>gi568815597r:24020808_24243082|GENSCAN_predicted_CDS_1|258_bp
ngcataaaagttgatgaagctgtagcaccaggagtccaagctgtgaaggaagttgagtcc
ttcctccgccagcagcagactgtgagctgcagagtcaaatatgtacacatccatgtgacc
accatccgaataaagaaaggggacattgacagcaagccagcgagcctctgtgtgcccctt
tcccatctatactatcctcctattggagagtctatccgaaagaatttttcagagatgcac
gcaaagatttatgtataa

>gi568815597r:24020808_24243082|GENSCAN_predicted_peptide_2|1574_aa
MTLPHSLGGAGDPRPPQAMEVHRLEHRQEEEQKEERQHSLRMGSSVRRRTFRSREPPANP
ARAIYSPPSGSSEEEHEFSAADYALAAALALTASSELSWEAQLRRQTSAVELEERGQKRV
GFGNDWERTEIAFLQTHRLLRQRRDWKTLRRRTEEKVQEAKELRELCYGRGPWFWIPLRS
HAVWEHTTVLLTCTVQASPPPQVTWYKNDTRIDPRLFRAGKYRITNNYGLLSLEIRRCAI
EDSATYTVRVKNAHGQASSFAKVLVRTLRRQILLPGQALVQKFELSPQSMPRVKPKHRNV
GSEPSPTLFAFGFSAYLGKDAGFDSEIFKRSTFGPSVEFTSVLKPVFAREKEPFSLSCLF
SEDVLDAESIQWFRDGSLLRSSRRRKILYTDRQASLKVSCTYKEDEGLYMVRVPSPFGPR
EQSTYVLVRDAEAENPGAPGSPLNVRCLDVNRDCLILTWAPPSDTRGNPITAYTIERCQG
ESGEWIACHEAPGGTCRCPIQGLVEGQSYRFRVRAISRVGSSVPSKASELVVMGDHDAAR
RKTEIPFDLGNKITISTDAFEDTVTIPSPPTNVHASEIREAYVVLAWEEPSPRDRAPLTY
SLEKSVIGSGTWEAISSESPVRSPRFAVLDLEKKKSYVFRVRAMNQYGLSDPSEPSEPIA
LRGPPAQVQAFRDTQTSVSLTWDPVKDPELLGYYIYSRKVGTSEWQTVNNKPIQGTRFTV
PGLRTGKEYEFCVRSVSEAGVGESSAATEPIRVKQALATPSAPYGFALLNCGKNEMVIGW
KPPKRRGGGKILGYFLDQHDSEELDWHAVNQQPIPTRVCKVSDLHEGHFYEFRARAANWA
GVGELSAPSSLFECKEWTMPQPGPPYDVRASEVRATSLVLQWEPPLYMGAGPVTGYHVSF
QEEGSEQWKPVTPGPISGTHLRVSDLQPGKSYVFQVQAMNSAGLGQPSMPTDPVLLEDKP
GAHEIEVGVDEEGFIYLAFEAPEAPDSSEFQWSKDYKGPLDPQRVKIEDKVNKSKVILKE
PGLEDLGTYSVIVTDADEDISASHTLTEEELEKLKKLSHEIRNPVIKLISGWNIDILERG
EVRLWLEVEKLSPAAELHLIFNNKEIFSSPNRKINFDREKGLVEVIIQNLSEEDKGSYTA
QLQDGKAKNQITLTLVDDDPHSSRLMPVPPSVFTDFDKLLRKADAKRRDWKRKQDEKTNG
EIAQGHTVTNTKKETRFQWFFQRAEMPDGQYDPETGTGLLCIEEARENTLPPGELQVVGV
PPSRSPQGVKGGPGPDKLCKLSKKDKGIYRAMVSDDRGEDDTILDLTGDALDAIFTELGR
IGALSATPLKIQGTEEGIRIFSKVKYYNVEYMKTTWFHKDKRLESGDRIRTGTTLDEIWL
HILDPKDSDKGKYTLEIAAGKEVRQLSTDLSGQAFEDAMAEHQRLKTLAIIEKSKSADIS
VVFVSEFGANFLEAQPSWWAAEGLIPQWDRAKVVRGLPDVATIMEDKTLCLTCIVSGDPT
PEISWLKNDQPVTFLDRYRMEVRGTEVTITIEKVNSEDSGRYGVFVKNKYGSETGQVTIS
VFKHGDEPKELKSM

>gi568815597r:24020808_24243082|GENSCAN_predicted_CDS_2|4725_bp
atgactctgccgcacagcttgggaggtgcgggggacccccggcccccccaggccatggag
gttcacaggctggagcaccggcaggaggaggagcagaaggaggagcggcagcacagcctg
cgcatgggctcctctgtgcggaggcggaccttccgcagcagggagcccccagccaatcct
gcaagagccatttactcccctccttctgggagcagcgaagaagagcatgagttcagcgcc
gcggactacgccctggcagcagccctggctctgacggcctcctccgagctgtcttgggaa
gcccagctgagacgccagacctctgccgtggagctggaggagcgagggcagaagcgggtg
ggcttcggcaatgactgggagaggactgagatcgccttcctgcagacccaccggctgctg
cgccagaggcgggactggaagacgctgaggcggcggacagaggagaaggtccaggaggcc
aaggagctgagggagctgtgctacggccgcgggccctggttctggatccctcttcgctcc
cacgccgtctgggagcacaccacggtcctgctgacctgcactgtccaggcctcaccacca
ccccaggtcacctggtacaaaaatgacacacggattgatccccgcctctttcgtgccgga
aaataccgaatcaccaacaactacgggctgctgtccctggagattaggagatgcgccatt
gaggactcagcaacttacactgtgcgagtgaagaacgcccacggccaggcctcctccttc
gccaaagtcctcgtccgcactcttaggaggcagatcctgctgccaggccaagctcttgtg
cagaaatttgagctgtccccacagtccatgcccagagtcaagcccaagcataggaatgtg
ggctctgaaccttctccaactctgtttgcctttggtttttcagcttacctggggaaggat
gctggcttcgattcagagatcttcaaaagatcgacgtttggccccagcgtggaattcacc
tcggtgctgaagccagtctttgctcgtgagaaggaacccttctccctgtcatgcttgttt
tcggaagatgtgttagatgctgagagcatccagtggttccgagatgggagcctactgagg
tcctcgagacgtcggaagatcctctacacagaccgccaggcatccctgaaggtgtcctgc
acctacaaggaggacgaggggctctacatggtccgggtgccctcgcccttcggaccccgg
gaacagagcacctacgtgcttgtgagagatgccgaggccgagaaccccggggccccaggc
tccccactgaacgtccgatgcctggatgtgaacagagactgcctcatcctgacttgggcc
ccgcccagtgacacccggggcaaccccatcactgcctacaccattgagcggtgccagggc
gagtctggggaatggatcgcctgccatgaggcccccggagggacttgtcggtgcccaatc
caaggcctcgtcgaaggtcagagctatcggttccgggtgagagccatcagcagggtaggc
agcagcgtcccctccaaggcctcagagttggttgtcatgggtgaccatgatgcagcccgg
aggaagacagagatcccctttgatctgggaaacaagatcaccatcagcacagacgctttt
gaagatactgtgaccatcccctcaccgccaaccaatgtccatgccagcgagatccgagag
gcctatgtggttctggcctgggaggagcccagcccccgggacagagcaccactgacgtac
tccctggagaagtcagtcataggtagtggcacctgggaggccatcagctcggaaagccct
gtgagatccccgagattcgccgttctggacctggagaaaaagaagtcgtatgtcttcaga
gtgcgagcaatgaaccagtatggcctgagcgatccctcggagcccagcgaacccatcgcc
ttgcggggcccgccagctcaagttcaagctttcagagacacacagacctctgtctccctg
acatgggatcctgtgaaagacccagagctcctgggttattacatctactcccggaaggtg
gggacatctgagtggcaaacagttaacaacaaacccatccaaggcaccaggtttacagtt
cccgggctgaggacggggaaggagtacgagttttgtgtcaggtcagtcagcgaggctggg
gtaggcgagagctcagccgccaccgagcccatcagggtcaagcaggctctggctaccccg
tctgccccatatggctttgccctcctgaactgcgggaagaatgaaatggtcattgggtgg
aaaccccccaagcgtcgtggaggtggcaagatcctgggctacttcctggaccagcatgac
tcggaagagctggactggcatgcggtcaatcagcagcccatccccacccgggtctgcaag
gtcagtgaccttcatgaaggccacttctatgagttccgtgcccgggctgccaactgggca
ggtgttggcgagctgtcggcacccagcagcctgtttgagtgcaaagagtggacaatgccc
cagccaggccccccgtacgatgtacgggcatccgaggtgcgggccacatccctggtgctg
cagtgggaacccccactgtatatgggggctgggcctgtcacaggctatcacgtcagtttc
caggaggaaggctctgagcagtggaagccggtcaccccaggccccatctctggcacccac
ctgagggtttccgacttgcagccaggaaagagttacgtgttccaggtacaggccatgaat
tcagctggtctggggcaaccgtccatgcccactgatcccgtgctcctggaggacaagcca
ggtgcccatgagatcgaggttggtgtggatgaagagggctttatctatttggcttttgaa
gcccctgaagcccccgactcctcagagtttcagtggtccaaagactacaagggcccactg
gacccccagagggtcaagatcgaggataaagttaacaagtccaaggtcatcctgaaagaa
cccggcctcgaggatttgggcacctactcagtcatagtcactgatgccgatgaagacatc
tccgcaagccacacgctaaccgaggaagagctggagaagctgaagaagctgagtcatgag
atcagaaacccagtgatcaaactgatctccggctggaacattgacatcctggagcgaggg
gaggtgcggctttggctggaagtagaaaagttatctccagccgctgagctacatctaatc
ttcaacaacaaggagatcttcagctcgccgaaccgcaaaatcaattttgaccgagagaag
ggcctggtggaagtgatcatccagaacttgtctgaggaggacaaagggtcgtacaccgct
caactccaagatggaaaagccaaaaaccagattaccttgacactggtggatgacgaccca
cactcctctcggctcatgccagttcctccctctgtgttcacagattttgacaagcttctg
aggaaggcagatgctaagagaagggactggaagagaaaacaggatgagaaaacaaatgga
gaaatagctcaaggccacacggtgaccaacaccaagaaggagactcgctttcagtggttc
ttccagagggcagagatgccagatggtcagtatgacccagagacgggaacgggacttctc
tgcattgaagaggcaagagaaaacacgcttcctcctggggaactgcaggtggtgggggtc
cctccatccaggagcccccagggagtgaaaggtgggccaggcccagacaagctctgcaaa
ttgtccaaaaaggacaagggaatttacagagcgatggtttctgacgatcgaggggaggac
gacaccatattggacctcacgggtgacgccctggatgccatcttcaccgagttgggcagg
attggtgccctctctgcaactccactgaaaatccaggggaccgaggaagggatccggatc
ttcagcaaggtcaagtactacaacgtggagtacatgaaaaccacctggttccacaaagac
aaacgtctggagagtggtgatcggataaggacgggcaccaccctggatgagatctggctt
cacatcctggaccccaaagactcagacaagggcaaatacactctggaaatagctgcaggg
aaggaagtccggcagctctcaacagatctctcagggcaagcttttgaggatgcaatggct
gaacaccagagactgaaaaccttggccatcatcgagaagagtaagtcggccgatatttct
gttgtttttgtttctgaatttggggcaaacttcctggaagctcaaccctcttggtgggct
gctgaaggcctcattccacagtgggatcgtgccaaagtggtgagaggtctgccggatgtg
gccactatcatggaagataagaccctgtgcttgacttgcatcgtctcaggagaccccacc
cctgaaatctcttggctgaagaatgaccagcctgtcaccttccttgaccgataccgcatg
gaagtgagggggacagaggtcaccatcaccattgagaaggtcaacagtgaagacagcggc
cgctacggcgtcttcgtcaagaacaagtatggctccgagacgggccaggtcaccatcagt
gtgttcaagcacggggacgagcccaaggagctgaagagcatgtga

>gi568815597r:24020808_24243082|GENSCAN_predicted_peptide_3|1515_aa
MASSIIHPTTTNIPSTSPVSPPLPSPPASPPSPSPPLSPSPPPSSSPTPSPSPPPSPPPS
PSPPPSPPPSPSPPPSPPPSPSPPPSPPPSPSPPPSPPPSPSPPPSPPPSPSPPPSPPLS
LPPSLTPPPSPPSSPSPSPSPPLLLPPSPSPPPSPPLSLPVTLTTSTTTSITLTTSITTS
ITTSITLTTSITTFITLTTSLTTSITLTTSITTSLTTSITLTTSITTSITLTTSLTTSIT
LTTSITSITLITFITTSITTSITVTTPITTTTTFVQEMHLQMKPKCAAGQKPAFRFLPVR
RKGVYGGPVQAYTQHQYIHKVGKILKRFHTGLEPSPESALGFLLGAQTLPAQGRAFPEVH
LMLSSRASYGYIRESPKRLQNVSVLQTPRCRYTPFGNVLLKGRIILRVVACALLGSYCCP
GEHHSLRGQKDSFPQNKHLKLWGLPLPGREVRGEGQHGSAGIPGGIKGNRVCKARSSASG
SETRSDPANGIEAAKAMAGPERWGPLLLCLLQAAPGRPRLAPPQNVTLLSQNFSVYLTWL
PGLGNPQDVTYFVAYQSSPTRRRWREVEECAGTKELLCSMMCLKKQDLYNKFKGRVRTVS
PSSKSPWVESEYLDYLFEVEPAPPVLVLTQTEEILSANATYQLPPCMPPLDLKYEVAFWK
EGAGNKTLFPVTPHGQPVQITLQPAASEHHCLSARTIYTFSVPKYSKFSKPTCFLLEVPE
ANWAFLVLPSLLILLLVIAAGGVIWKTLMGNPWFQRAKMPRALELTRGVRPTPRVRAPAT
QQTRWKKDLAEDEEEEDEEDTEDGVSFQPYIEPPSFLGQEHQAPGHSEAVSLQTLTFCWE
SSPEEEEEARESEIEDSDAGSWGAESTQRTEDRGRTLGHYMARVEAKGGLCASPDEDAAD
HLDCGIPGWTRPTKRQSFPPSLPLSRQGCLRLQGFQLCGTPSSLLPSIKLGVPGRSHAPE
DPSDLLQHVKFQSSNFENILTWDSGPEGTPDTVYSIEYKTYGERDWVAKKGCQRITRKSC
NLTVETGNLTELYYARVTAVSAGGRSATKMTDRFSSLQHTTLKPPDVTCISKVRSIQMIV
HPTPTPIRAGDGHRLTLEDIFHDLFYHLELQVNRTYQMHLGGKQREYEFFGLTPDTEFLG
TIMICVPTWAKESAPYMCRVKTLPDRTWTYSFSGAFLFSMGFLVAVLCYLSYRYVTKPPA
PPNSLNVQRVLTFQPLRFIQEHVLIPVFDLSGPSSLAQPVQYSQIRVSGPREPAGAPQRH
SLSEITYLGQPDISILQPSNVPPPQILSPLSYAPNAAPEVGPPSYAPQVTPEAQFPFYAP
QAISKVQPSSYAPQATPDSWPPSYGVCMEGSGKDSPTGTLSSPKHLRPKGQLQKEPPAGS
CMLGGLSLQEVTSLAMEESQEAKSLHQPLGICTDRTSDPNVLHSGEEGTPQYLKGQLPLL
SSVQIEGHPMSLPLQPPSRPCSPSDQGPSPWGLLESLVCPKDEAKSPAPETSDLEQPTEL
DSLFRGLALTVQWES

>gi568815597r:24020808_24243082|GENSCAN_predicted_CDS_3|4548_bp
atggcttcatctatcatccaccccactacgactaacatcccatcaacctcaccagtatca
ccacctctaccatctcctccagcatcacctccatcaccatcaccacctctatcaccatca
ccacctccatcatcatcaccaactccatcaccatcaccacctccatcaccacctccatca
ccctcaccacctccatcaccacctccatcaccctcaccacctccatcaccacctccatca
ccctcaccacctccgtcaccacctccatcaccctcaccacctccatcaccacctccatca
ccctcaccacctccatcaccacctccatcaccctcaccacctccatcaccacctctatca
ctgcctccatcactcacaccacctccatcaccaccttcatcaccctcaccatctccatca
ccacctctattactacctccatcaccctcaccacctccatcaccacctctatcactacct
gtcaccctcaccacctccaccaccacctccatcaccctcaccacctccatcaccacctct
atcaccacctccatcaccctcaccacctccatcaccaccttcatcaccctcaccacctcc
ctcaccacctccatcaccctcaccacctccatcaccacctccctcaccacctccatcacc
ctcaccacctccatcaccacctccatcaccctcaccacctccctcaccacctccatcacc
ctcaccacctccatcacctctatcaccctcatcaccttcatcaccacctccatcactacc
tctatcaccgtcaccacccccatcaccactaccaccacctttgtgcaagagatgcatttg
caaatgaaaccaaaatgtgctgctggacagaaaccagcattccgcttcctcccagtgcgc
aggaagggtgtttatggtggtccggtccaggcctacactcagcaccagtacatccacaaa
gttggcaaaatattgaaacgcttccacactggtctagaaccatctcctgagtcagctctg
ggcttcctgctaggagctcagacccttcctgctcagggaagggccttcccagaagttcac
ctgatgctaagcagcagggcctcctatgggtacatccgagagtctcccaagaggctgcag
aacgtcagtgtgttgcaaacacctcggtgtcgatacacaccattcggcaacgtcctccta
aagggccgcataatattgcgcgtcgtggcgtgtgccttactgggaagctactgctgtcca
ggtgaacaccacagccttcggggtcagaaagacagctttccccagaacaagcacctgaag
ctctggggcctgccgctccccgggagagaagtacgtggagaagggcagcacggatccgcc
gggatccccgggggcattaaagggaatcgcgtgtgtaaggcgcggagctcagcatccggc
tcagaaacgcgctcggatcccgccaatggcattgaggccgcgaaggccatggcggggccc
gagcgctggggccccctgctcctgtgcctgctgcaggccgctccagggaggccccgtctg
gcccctccccagaatgtgacgctgctctcccagaacttcagcgtgtacctgacatggctc
ccagggcttggcaacccccaggatgtgacctattttgtggcctatcagagctctcccacc
cgtagacggtggcgcgaagtggaagagtgtgcgggaaccaaggagctgctatgttctatg
atgtgcctgaagaaacaggacctgtacaacaagttcaagggacgcgtgcggacggtttct
cccagctccaagtccccctgggtggagtccgaatacctggattacctttttgaagtggag
ccggccccacctgtcctggtgctcacccagacggaggagatcctgagtgccaatgccacg
taccagctgcccccctgcatgcccccactggatctgaagtatgaggtggcattctggaag
gagggggccggaaacaagaccctatttccagtcactccccatggccagccagtccagatc
actctccagccagctgccagcgaacaccactgcctcagtgccagaaccatctacacgttc
agtgtcccgaaatacagcaagttctctaagcccacctgcttcttgctggaggtcccagaa
gccaactgggctttcctggtgctgccatcgcttctgatactgctgttagtaattgccgca
gggggtgtgatctggaagaccctcatggggaacccctggtttcagcgggcaaagatgcca
cgggccctggaactgaccagaggggtcaggccgacgcctcgagtcagggccccagccacc
caacagacaagatggaagaaggaccttgcagaggacgaagaggaggaggatgaggaggac
acagaagatggcgtcagcttccagccctacattgaaccaccttctttcctggggcaagag
caccaggctccagggcactcggaggctgtttctcttcagacactgaccttctgctgggaa
agcagccctgaggaggaagaggaggcgagggaatcagaaattgaggacagcgatgcgggc
agctggggggctgagagcacccagaggaccgaggacaggggccggacattggggcattac
atggccagagtagaggccaagggagggctctgtgccagccccgatgaggacgctgctgac
catcttgactgtgggatccctggctggacgaggcccacgaaaaggcagagcttcccacct
tctctgccactgtcccgccagggctgcctgcgtctccagggcttccagctctgtgggacc
ccctccagtctgcttcccagcatcaagctgggcgttccaggaagatctcacgcccctgag
gacccctcggatctgctccagcacgtgaaattccagtccagcaactttgaaaacatcctg
acgtgggacagcgggccggagggcaccccagacacggtctacagcatcgagtataagacg
tacggagagagggactgggtggcaaagaagggctgtcagcggatcacccggaagtcctgc
aacctgacggtggagacgggcaacctcacggagctctactatgccagggtcaccgctgtc
agtgcgggaggccggtcagccaccaagatgactgacaggttcagctctctgcagcacact
accctcaagccacctgatgtgacctgtatctccaaagtgagatcgattcagatgattgtt
catcctacccccacgccaatccgtgcaggcgatggccaccggctaaccctggaagacatc
ttccatgacctgttctaccacttagagctccaggtcaaccgcacctaccaaatgcacctt
ggagggaagcagagagaatatgagttcttcggcctgacccctgacacagagttccttggc
accatcatgatttgcgttcccacctgggccaaggagagtgccccctacatgtgccgagtg
aagacactgccagaccggacatggacctactccttctccggagccttcctgttctccatg
ggcttcctcgtcgcagtactctgctacctgagctacagatatgtcaccaagccgcctgca
cctcccaactccctgaacgtccagcgagtcctgactttccagccgctgcgcttcatccag
gagcacgtcctgatccctgtctttgacctcagcggccccagcagtctggcccagcctgtc
cagtactcccagatcagggtgtctggacccagggagcccgcaggagctccacagcggcat
agcctgtccgagatcacctacttagggcagccagacatctccatcctccagccctccaac
gtgccacctccccagatcctctccccactgtcctatgccccaaacgctgcccctgaggtc
gggcccccatcctatgcacctcaggtgacccccgaagctcaattcccattctacgcccca
caggccatctctaaggtccagccttcctcctatgcccctcaagccactccggacagctgg
cctccctcctatggggtatgcatggaaggttctggcaaagactcccccactgggacactt
tctagtcctaaacaccttaggcctaaaggtcagcttcagaaagagccaccagctggaagc
tgcatgttaggtggcctttctctgcaggaggtgacctccttggctatggaggaatcccaa
gaagcaaaatcattgcaccagcccctggggatttgcacagacagaacatctgacccaaat
gtgctacacagtggggaggaagggacaccacagtacctaaagggccagctccccctcctc
tcctcagtccagatcgagggccaccccatgtccctccctttgcaacctccttcccgtcca
tgttccccctcggaccaaggtccaagtccctggggcctgctggagtcccttgtgtgtccc
aaggatgaagccaagagcccagcccctgagacctcagacctggagcagcccacagaactg
gattctcttttcagaggcctggccctgactgtgcagtgggagtcctga

>gi568815597r:24020808_24243082|GENSCAN_predicted_peptide_4|91_aa
MVNTLRLESCIPLSTNEVPTVCQVQFLAPRKQQQTGQSPLHEKLTILAGEDYEEARKTIK
GQIKDVAIEAKEKVREMEFSEDSKGGIRSPT

>gi568815597r:24020808_24243082|GENSCAN_predicted_CDS_4|276_bp
atggtcaatactttacggctggagtcttgcattccactgagcactaatgaggtgcctact
gtgtgccaggtacagtttttggctccaaggaagcagcagcagacaggacagagtcccctg
catgagaagctgaccattctggctggggaagactatgaagaggcaaggaaaaccataaaa
ggccagatcaaagatgtagcaatagaagcaaaagaaaaagtgagagagatggaattttct
gaagatagtaaaggagggattcggagccccacatga