transposase, maker-scaffold105_size367834-snap-gene-2.30 (gene) Tigriopus kingsejongensis

Overview
Nametransposase
Unique Namemaker-scaffold105_size367834-snap-gene-2.30
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of transposase vs. L. salmonis genes
Match: EMLSAG00000008303 (supercontig:LSalAtl2s:LSalAtl2s503:210067:213886:1 gene:EMLSAG00000008303 transcript:EMLSAT00000008303 description:"snap_masked-LSalAtl2s503-processed-gene-2.8")

HSP 1 Score: 55.4546 bits (132), Expect = 3.316e-9
Identity = 40/159 (25.16%), Postives = 76/159 (47.80%), Query Frame = 0 
Query:    3 VFDIRRRFREHGTTTRKSGQGRKRSVRTKAIIAAVQSRIKRNPVRTIRGIANSMGIAKTTIERVVKEDIGAKSRARRKKHLINQNTKAKRLARSKVLLNFMK-NGPPVILYLDEKLFRVARVSNSQTDSPIEVQPWKAGLLLGTALYLSTSSLTMITSS 160
            V+ I   +   G    K+   R   +RT   +  ++  IK +P  ++  +  + G++K  + + V ED+G +S    K+H++  + KA RLA    LLN ++ +G  +I + DEK +   R  N + D  +  +  +   +  T    S  +L +I S+
Sbjct:   19 VYRIFNAWEIKGKFCCKAHSMRSDRIRTFRFLEGLRKSIKASPGTSLSRLVKNXGVSKQLVSKAVNEDLGYRSYRMVKQHILTASMKATRLANGMRLLNDLESHGGRIIFFSDEKNWTFNRSYNVRNDKWLAKEKEEVPAVFITKFPASVMTLGVICST 177
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BLAST of transposase vs. L. salmonis genes
Match: EMLSAG00000007738 (supercontig:LSalAtl2s:LSalAtl2s44:1499302:1502018:-1 gene:EMLSAG00000007738 transcript:EMLSAT00000007738 description:"snap-LSalAtl2s44-processed-gene-14.82")

HSP 1 Score: 52.7582 bits (125), Expect = 2.171e-8
Identity = 32/104 (30.77%), Postives = 60/104 (57.69%), Query Frame = 0 
Query:    2 AVFDIRRRFREHGTTTRKSGQGRKRSVRTKAII-AAVQSRIKRNPVRTIRGIANSMGIAKTTIERVVKEDIGAKSRARRKKHLINQNTKAKRLARSKVLLNFMK 104
             +++ ++ + E  +   +   GR +SVRT+++I ++V+++I  N    I  +   + + +T +  VVK+D+G KSR   K   +    + KRL RSK+LLN +K
Sbjct:   47 TLYNTKKIYNETESFVDRDRSGRPKSVRTESLIRSSVKAKIDTNFCDNIWQMVRDLRVHETAVWYVVKKDLGLKSRGVTKVQGLTALQRPKRLERSKILLNKLK 150
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BLAST of transposase vs. L. salmonis genes
Match: EMLSAG00000012106 (supercontig:LSalAtl2s:LSalAtl2s868:259044:273007:1 gene:EMLSAG00000012106 transcript:EMLSAT00000012106 description:"augustus-LSalAtl2s868-processed-gene-1.7")

HSP 1 Score: 50.447 bits (119), Expect = 1.558e-7
Identity = 26/96 (27.08%), Postives = 49/96 (51.04%), Query Frame = 0 
Query:    3 VFDIRRRFREHGTTTRKSGQGRKRSVRTKAIIAAVQSRIKRNPVRTIRGIANSMGIAKTTIERVVKEDIGAKSRARRKKHLINQNTKAKRLARSKV 98
            VF +    +     ++K+G GR    +   I++ ++ +IK NP +++  + N+  +A  TI + VK D+G  S  R  +HL+ +    K    +KV
Sbjct:   35 VFKVANMKKNGEYLSKKAGSGRXNLKKDLEILSNLEKKIKDNPTKSMNHLVNNFFVAARTIRKAVKGDLGFFSYTRTPRHLLTKKKSNKTFFNTKV 130
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BLAST of transposase vs. nr
Match: gi|1273516515|gb|PIC20539.1| (hypothetical protein B9Z55_025705 [Caenorhabditis nigoni])

HSP 1 Score: 75.485 bits (184), Expect = 1.314e-12
Identity = 44/127 (34.65%), Postives = 78/127 (61.42%), Query Frame = 0 
Query:    2 AVFDIRRRFREHGTTTRKSGQGRKRSVRTKAIIAAVQSRIKRNPVRTIRGIANSMGIAKTTIERVVKEDIGAKSRARRKKHLINQNTKAKRLARSKVLLNFMKNGPPVI-LYLDEKLFRVARVSNSQ 127
             V+   +RF E GT + + G+GRK +V T   + A++ RI+R+P R+IR +A  MG+++  I+++V++ +  K     K  ++++  K KRL ++K LL+  + G  ++ ++ DEKLF V    NSQ
Sbjct:   34 VVYRTIKRFTEIGTLSDRIGRGRKPTVTTPEKVKAIRERIRRDPHRSIRKLATDMGMSRVLIQKIVRKKLNLKCYRVTKAAILSERNKQKRLEKAKFLLSGTRRGDHLVTVFSDEKLFTVEAECNSQ 160
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BLAST of transposase vs. nr
Match: gi|597891197|gb|EYC39473.1| (hypothetical protein Y032_0655g1201 [Ancylostoma ceylanicum])

HSP 1 Score: 77.411 bits (189), Expect = 1.796e-12
Identity = 42/128 (32.81%), Postives = 76/128 (59.38%), Query Frame = 0 
Query:    3 VFDIRRRFREHGTTTRKSGQGRKRSVRTKAIIAAVQSRIKRNPVRTIRGIANSMGIAKTTIERVVKEDIGAKSRARRKKHLINQNTKAKRLARSKVLLNFMKNG-PPVILYLDEKLFRVARVSNSQTD 129
            V+   + ++  GT   +   GR R+V TK+ I  V+ +++RNP R++R  +  MGI+++++ R+VK+ +  K+  R K H + ++ K KR  R + LL  ++ G   +I++ DEK+F V +  N Q D
Sbjct:   35 VYKTIKWYKTLGTENDRPRPGRPRTVATKSNIKKVRDKVRRNPARSVRRFSKEMGISRSSMMRIVKDYLKLKAYKRNKCHFLTEDAKKKRKDRCQKLLRRIQGGLHRLIVFTDEKVFTVEQAFNKQND 162
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BLAST of transposase vs. nr
Match: gi|308473717|ref|XP_003099082.1| (hypothetical protein CRE_27721 [Caenorhabditis remanei] >gi|308267736|gb|EFP11689.1| hypothetical protein CRE_27721 [Caenorhabditis remanei])

HSP 1 Score: 77.411 bits (189), Expect = 1.825e-12
Identity = 49/126 (38.89%), Postives = 75/126 (59.52%), Query Frame = 0 
Query:    3 VFDIRRRFREHGTTTRKSGQGRKRSVRTKAIIAAVQSRIKRNPVRTIRGIANSMGIAKTTIERVVKEDIGAKSRARRKKHLINQNTKAKRLARSKVLLNFMKNGPPVI-LYLDEKLFRVARVSNSQ 127
            V+D   RF++ GT   + G+GRK +V T   I AV+ RI+RN  R+IR +A  M I++ ++ R+VK+ +       RK  ++++ T  KRL RSK LL   +NG  ++ ++ DEKLF V    N Q
Sbjct:   35 VYDSISRFKKLGTFLDRCGRGRKPTVVTPDRIKAVKERIRRNAHRSIRKMAEGMKISRRSLGRIVKDKLKLTCYRVRKAAILSEATTKKRLERSKKLLQRTRNGEHLVTVFSDEKLFTVQAEFNPQ 160
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BLAST of transposase vs. nr
Match: gi|308459594|ref|XP_003092114.1| (hypothetical protein CRE_22126 [Caenorhabditis remanei] >gi|308254333|gb|EFO98285.1| hypothetical protein CRE_22126 [Caenorhabditis remanei])

HSP 1 Score: 76.6406 bits (187), Expect = 3.932e-12
Identity = 48/120 (40.00%), Postives = 72/120 (60.00%), Query Frame = 0 
Query:    9 RFREHGTTTRKSGQGRKRSVRTKAIIAAVQSRIKRNPVRTIRGIANSMGIAKTTIERVVKEDIGAKSRARRKKHLINQNTKAKRLARSKVLLNFMKNGPPVI-LYLDEKLFRVARVSNSQ 127
            RF++ GT   + G+GRK +V T   I AV+ RI+RNP R+IR +A  M I+  ++ R+VK+ +       RK  ++++ T  KRL RSK LL   +NG  ++ ++ DEKLF V    N Q
Sbjct:   73 RFKKLGTFLDRCGRGRKPTVVTPDRIKAVKERIRRNPHRSIRKMAKGMKISSRSMGRIVKDKLKLTCYRVRKAAILSEATTKKRLERSKKLLQRTRNGEHLVTVFSDEKLFTVQAEFNPQ 192
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BLAST of transposase vs. nr
Match: gi|748389112|gb|KIH61125.1| (hypothetical protein ANCDUO_08608 [Ancylostoma duodenale])

HSP 1 Score: 75.0998 bits (183), Expect = 6.175e-12
Identity = 46/129 (35.66%), Postives = 77/129 (59.69%), Query Frame = 0 
Query:    3 VFDIRRRFREHGTTTRKSGQGRKRSVRTKAIIAAVQSRIKRNPVRTIRGIANSMGIAKTTIERVVKEDIGAKSRARRKKHLINQNTKAKRLARSKVLLNFMKNG--PPVILYLDEKLFRVARVSNSQTD 129
            V+   +R+   G++ ++ G GR+R+ R  A I  ++ R++RNP ++ R  + S GI+++T+ R+VKED+G K    RK   ++   K  RL RS+ LL    NG    ++L+ DEK+F V +V N + D
Sbjct:   35 VYRAIKRYLGTGSSKKRHGGGRRRTARIAANIGRLRKRLQRNPRQSSRKSSKSTGISRSTVMRIVKEDLGLKPFKLRKVQELSSAQKGNRLTRSRALLKRPANGELENMVLFSDEKIFTVEQVLNRKND 163
The following BLAST results are available for this feature:
BLAST of transposase vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 3
Match NameE-valueIdentityDescription
EMLSAG000000083033.316e-925.16supercontig:LSalAtl2s:LSalAtl2s503:210067:213886:1... [more]
EMLSAG000000077382.171e-830.77supercontig:LSalAtl2s:LSalAtl2s44:1499302:1502018:... [more]
EMLSAG000000121061.558e-727.08supercontig:LSalAtl2s:LSalAtl2s868:259044:273007:1... [more]
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BLAST of transposase vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of transposase vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1273516515|gb|PIC20539.1|1.314e-1234.65hypothetical protein B9Z55_025705 [Caenorhabditis ... [more]
gi|597891197|gb|EYC39473.1|1.796e-1232.81hypothetical protein Y032_0655g1201 [Ancylostoma c... [more]
gi|308473717|ref|XP_003099082.1|1.825e-1238.89hypothetical protein CRE_27721 [Caenorhabditis rem... [more]
gi|308459594|ref|XP_003092114.1|3.932e-1240.00hypothetical protein CRE_22126 [Caenorhabditis rem... [more]
gi|748389112|gb|KIH61125.1|6.175e-1235.66hypothetical protein ANCDUO_08608 [Ancylostoma duo... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold105_size367834supercontigscaffold105_size367834:228665..237828 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
maker2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt2018-04-19
T. kingsejongensis proteins Blastp vs. NR2018-05-15
Properties
Property NameValue
NoteF:DNA binding
Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameSpeciesType
maker-scaffold105_size367834-snap-gene-2.30-mRNA-1maker-scaffold105_size367834-snap-gene-2.30-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold105_size367834:228665..237828+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold105_size367834-snap-gene-2.30 ID=maker-scaffold105_size367834-snap-gene-2.30|Name=transposase|organism=Tigriopus kingsejongensis|type=gene|length=9164bp|location=Sequence derived from alignment at scaffold105_size367834:228665..237828+ (Tigriopus kingsejongensis)
ATGGCTGTGTTTGACATCCGGAGACGATTTAGGGAGCATGGGACAACTAC
AAGAAAGTCCGGACAGGGGAGGAAGAGGTCAGTCCGTACCAAGGCCATCA
TCGCCGCTGTTCAGAGCAGGATCAAGAGGAACCCTGTCCGCACCATTCGA
GGCATTGCAAATTCCATGGGGATCGCCAAAACAACCATTGAGAGGGTTGT
CAAGGAGGACATTGGAGCCAAGTCGAGGGCCAGGAGAAAGAAACACCTCA
TCAACCAAAATACTAAGGCCAAGAGGCTCGCCAGGTCCAAGGTACTCCTC
AACTTTATGAAGAACGGGCCGCCTGTGATCTTGTATTTGGACGAGAAGTT
GTTTCGAGTTGCCCGGGTCTCCAACAGTCAAACCGACAGGTACATCAGTA
CTGACAGGCCCGAGGATGTACCGGATCACGTGAAGTTCACCTTCCGGACC
AAACATGCAGCCTCGGCATCGTGGCCTCCAATGGCAAGGTCTGCCCTCTG
GTCTTCATTCGGAACAATGAAAAGATCAATGCTGATGTTTACATCCGGCT
CCTGGAGCAGGAGGTGATGCCAACAGGACGGTGCACCTTGTCACACCTCC
AACAAGACACAAGCCTGGCTGTCGGCCAACATGATGGCCTTCTGGGACAA
ACAGATGTGGCCACCCAGCTCCCCTGACTTAAACCAGTTGGACTTTAGCA
TCTAGGCACAAGTCGAAGGAGCTGCCTGCAACAAGCCCCACTCATCTACA
GCGTCCTTGGAAAAAGCAATCAGGTCCGCCTGGAGCAACCTGTCCAAGGA
GTACTTCTGCAAGGTGTGCAAGACCTTCCAGAGAAGATTGGAGGCCGTGA
TCGAGGCTGATGGCGGCCATATTGAATGAATCTGTGGCTTTTTCCACGCC
AAAAAATACTTGTTTAATAAAGTATTTGATTCTCCCAATCCCTTTTGTGT
TCTGGCTTAAGTTGTATAAGTCGCTGTGGTACTGAAGTTAATTTCGGGAC
ATGGGGTACGATGCTTCACGCACCTATCGCCCTGCTCAACCACCATTCGA
CGCACAGGCATTCATCACTCTTGCCAAAACCATGGCAAATAGAAGAAATG
AAAAATCGGATATGGTTCGCGGATTCACGAGAGCCTGTGCCATTATCAAC
GGCCGTATCCATCGACACTCCAAAGCTGCAACTGCCAGCACTATCTTTGA
GCAAGTCACACTGGAGGGACACCACATCAGTGGTCCACGACCAAGAGAAA
CGAATTGGCTATGGCGCAAGTTGGGCATCCTACCCCAACGACCATCTCAG
GCATGGTTTGACCCCGATGAGATCAATTACCTCATGTCAACCAGCCTCCG
CAACAATGAGGAAATATGTGTATGGATTGGAGCTCTCATCAACGTGAGCA
TTGCCACGGCGCTGCATGACGCAAACATTGGGGGCAATGACCTTACCAAG
TTTGTGAGCCCAATCAGAGCCCCACCTCACCTACGCATGTACCTCCAGCA
AATGCTTGACATCGAAGACCCCGGGATGACAGCCCCCATGATATATCGAG
TTGTGCTTGGAATCCTCCAGCCCTGCACTCCACTACGCATGCATCCATCG
GCGCTACGCACCCTTTCATGGTGCCACAACCTCACGTCGTGGCCAGTTAC
CAGCAACGCCGGAGAGGAATGGGATTACTTCATTGTGTTGTGTTTGCCTT
GATTACCAACACGCAGCGACTGTTACAGCACGATTGGAACAGCCAAGACA
ATCTGCTGATTGGTGTACTAGTAGATCCTTAAGACTTGATCACGACCAGT
GCACTCGGCTTGATCTTCCTTTTTCCGGCCATTCCCCCATCATGACATCC
ACATAGTTTTTTCAACAAGTAATTAGTAGTGATGATTAATGATGAAACCA
ATAACTAACTCCCACACTGTTGTGGCAACTAAGTGAATTTCCCGCCTTTC
TTCGCCCAGTAATTGGGAAGGTGAGTATGTATGAGCGATAGTCAGCTGCT
CGATTTTAACACCTACCAAGGAATTATAAGAGAGGAAGGATTTCTTCTTC
GTGAGGTGAACAACAGATGGCCGAAAATCAGGGCAAACAGGCGCCGACGG
AGTGGCATGAATTGGCTCCCTCCTTCTCCCCTTTTTCACCTGCTAGGCAT
GAATTGGCTCCCTCCTTCTCCCCTTTTTCACCTGCTAGGCATGAATTGGC
TCCCTCCTTCTCCCCTTTTTCACCTGCTAGTCGGGCCATCTGCTGTACAG
CACACAGAAAAGTAATCCTTCCTCTTAGAATTCCTTGTATGTACACAAAG
ACAACTCGTTGATTAGTGCGACAATCCTCTGAACCTAAATTTGTCAACTA
ATCAACAATTAGATCAAGCTTGATCTAGTTTTTTTTGTTGATGATTGCTT
ACATCCCAGGCTTAGGTACAGAGCAGTAGGATATGTTAATGTCTTAGGAA
ACCAGAGAGAGCGCTATCAGCTGTTCAATAGACACGCCTAAAGCCAAAAC
AACCCTTTGCTCAATCCAAGCCAATCCTTTCCATACCATAGAAACCAAAT
TGGTCAAATTAATGAACAATTGTAAAAAGGTTGTATCTAGCTTAGTGTCG
ATGTTATTCTGTACATCCCCGGCTTTGGACACCAGTGAGTCAACAGTCAC
CTGTGCAATCAGAACACCTACATAGCTAAGACAGACTACGATTTTAACAC
CCATTGGCAAGATAATCTTTTGGTTATTGATTTTCCGTGCCAGACCATAC
ACTAAAGAGATTTAAAGATAATGCGATGGGAGTGCCTATTACAGCGCCCG
AAGGGCGGATGCAACCGCAATGAGCTGCTTGATACTACAGGGATCCTTGG
ATACTTTAACTAAAAGTTACACTTTGTCAACAATAAGAACTCGACATTTT
CTCCCAAGTCCCTACAAGACCTTGGCTAGCGAACCGAAAAATAGTTGAAG
GATGTTATTCCATCGATTCCTGGAGTCCAGAATTTCAACGAGCTTACCAA
GATTAAAAACAACCAACCCCCTGATGCAAAGGCCATTACTCGAAACCAGG
ATAAGATAAACGAGCTCTAAATATTAGCGGCGAGCGGCATCGGTTTTTCA
AATTGATTTGGGAATAATGAATGAACCGTAGAAGCCTCCTCGTGTCTTCC
GAGTGTGTCTCAATATTTCAACGACAACCACGAGTTAAAGAAAGCTAAAG
AGCGGCCTCGAAGGTTGACCTTTACAGGCCGGCCTTCATCAGAAATGTAT
GCCAGGCTTTCCTACAATCAAACCTGTAGCCCTTACGATCAGTGTGTGCT
ACACCCGAGCTCAAAGGACATCCGATGACAGGCTTCAATGTGTGTGAGTC
GAAAATTCAATCACATATGAAAAGACATTCCCACAACTGCCAACTGGATG
ACTTGGGCAAAGTTGAGTCAACAACGCTCTGATTCTTGTCATTCATGGTT
CGATTTGAGTTCAAGCGCAAATCGAAGTGGATTGAAATTTCGGATCCACA
TCACAGAAAAGGGGAGAGAATGGAATCCGGAGATCTTCATCTGGATATCC
AATCTTGAACCATCGTGTCCATTACACCCTCGATGAGGTAAGTTGGCATT
TTCTTTCGAAGGCCAGGCCAGCAACGACAGGCTTGAAGTCGTATTCTTAG
CGTCCAAGACTATATCAGATACGAATCTCCTGATCTCGTTTTGGGGGGAG
CTTTTAAGTGGCAGGCAATGCGTTTCAATAACAATTACATGAATCTGTTT
TTCGTTTTTTGGCATCGGCTTTCAAATTTGTGTTTCAATGTCACATTAAA
AAAGTATTATAACCTGGGAAATTTCAAGTTTAGAAATTTACTTTGCTTTG
CCTCCTGGACTAGGATTGGGTAACAATTTTTTTTTGCTTTCTTTTGCTGC
CCTAGTTATTTGTGAGATAATACGACGCTACTTTTTTTATTTTTTTCAAT
TCAGTCAAACGATGTAGTTCTGCTTTATATAATTTTCCATGGGCCAGGTG
CGTATCTGTGCAAAATAGGCTCGAAGATCTAAATACACATCCATGAAAGT
GGTAGAAGACTGCAGTGACTTAATTTGGGCTCGAAAGAAAAAAAATGGGG
TTCTGGTCAGCCCGGTTTTCCGGTTTTTTCCGGGGTAGGAGGCGAGAAAA
ACACCAAAATTGACAAAAACCGGATTATTTCGGCATTGAAGATGCTCTCC
TTGTGAATCTATCAATTACTAACAAATTGATAATTTTGGCAAAACCTATT
ATACACATTGATTGATAATTATAAAAACCGATTTAGGTTTTATAATTTTT
CCCAACCGAACTTATGCTTTGGGTCAAAATATGAAAACGGGATCTGGTGT
CCATCACGTATGCAGCTCATGCAAAGCTAATTTCTTTACTGTTTTGTATT
CTTTCTAAAAGCAACGTAAAACACACAAGCAAATATAACTGTTGGAACTC
TCCGCCAATGTCTGTCTAGGCTCATGCAAAGAAATACATAATGTTCTGAT
AATGCTTTTTAATAAGTACCAAATTATAGACCAAAATGGGTGTGAACTAC
TGCAAATTGATTGAGTGTACATACAGAAGAGCAACAGATAAGCATGCTAA
TGTTATACGTGTATGACTCTATATGTGTACGAATATATGAGGAAATGATT
TTACAGATTGGAGGGTTGTTTGTCCAAAAGCAACTAATTTCCATTTCAAA
CTTGCACACTGAGGTAGACTTTTTGGCATTTAAAACCGGATTTGGGTCCT
TTTCGTCGGTATTGAAAGCCAAAAAATGTCCTATCTTTCCGAAAAAAGTC
AAAAATGTTTTAAAGTCTCCGAAAAAAGACAAAAAAGGCAGAATGTAGGA
TACACATATTATTCAAAACTGTCTCTTTTTGTGAGTTATTGTCTTACGTA
AACTGCTTTTCAGATCCCATCAGGATGGCATTGAAAATGAGAGTCAAGTG
GCTCGTTCTGGGCAATACAAGACGCATATATTGGATTATTTTGATCGTAT
TAATCAACGTGGTCTGTTTAGTGAATGTCTTCACCAATTACAAACGGAAT
CGGGGTGATCAAAAATATGTGGGGCAAACGTCCAAGGAACAAAATAATCA
CATTGATCCAAGACTATTGATCCCACCACGACCAAGCACACGTCGGCGAA
AGTTGGAACACTTTCCGGGATGGAACAGGGAGGCCAACGGCTTGGAAAAT
TCCGAAGAGACCGGAGGAGAGGCCAAAGAATTGGTGGATGAACAAGAGTT
CCATGTCAAAGACGATCGGTACACCAATAGATGGATGCTTGAAAACACTT
TTGTCGCTCATAGCGGATTGGCTTGTTTTCAGGTTAGCCAATGCTTATCG
CCAAATGGTAAGGGATACAGTGAAGAAATCCGCCAAGATCCTCCATGACA
GATTGAATTCAACCAATCAAGCCATTCAATTCACTTTCGACAACCCAAAG
TCCTATCGAGGTCCAACCGTGGAAGGCTGGCCTCCTTTTAGGAACCGCTC
TCTACCTCTCTACATCAAGCCTGACCATGATAACTTCCTCATCAAACCGT
CTGGTAAATATTGTATTCATATTCACTTGCCCAAAGGCCGCTCTCAGTTG
GGTTTTTTCCTTCTATCAAGGTCTTTCTCGGCCTTCTGACAAACTTACCA
ATTAAACCATTTTCCGGCGTTCAGATTGTAATTCTAAAAATCATAGTGTT
ACTAACATAGGGTGGGCCAGGTTTTCTTAGCCCCTACTAAATTTGTCGAT
GTTGGCAAAAACGTCAGACGAACCAACGAACCAACGAACCAACGAACCAA
CGAACCAACGAACCAACGAACCAACGAACCAACGAACCAACGAGCTAACG
AACCATCGAACCATCGAACCAACGAACCAACGAACCACCAAAACAACAAA
CCAACGAAACAACAAACCAACGAACCAACGAACCAACGAACCAACCAACC
AACCAACCAACGAACCAACCAACGAACCAACCAACCAACGGACCAACGAA
CCAACCAACGAACCAACCAACGAACCAACCAACGAACGAACCAACGAACC
AACGAACCAACGAACCAACGAACCAACGAACCAACGAACCAACGAACCAA
CGAACCAACGAACCAACGAACCAACGAACCAACCAACCAACCAACGAACC
AACGAACCAACGAACCAACCAACCAACGAACCAACGAACCAACCAACCAA
CCAACCAACCAACAAACAAACAAGCAAACAGATTGACCGAGATGTCTTTC
TGACTTTGTCTTGTGTAATGCAGAGTCTGATGACTAAAACTGATAAAACA
GGGTGGGGCGAGGTCAGAATCGAGATTATTTACGTACAGTAAACTAGAAA
AGCCAAAATATGGCACAAAGTAAAAGTTTTGTTAAGTGTGACTTGTCAGA
TGAAACCAGCTGACACTTACAGTAGGTTGACTTTTTTATGGAAAAAAGAA
AATCTGACTTCGAATAAACATGAAAATGTTGCAAAAGCGACGAGAGTTAT
CTTATTTCCTCTCCGCGGGAACAGCCGCCCCAACATTGCCAGCCTCGTGA
ATTTTTCCGAGAGGTCTGAGGACGGTCTACAACGTCAAGAAGGCCACCGA
AGCTGACCAGTCTCCCTCCACGAAGTCCAAGCCCGGTAGTTCAAGAGCAT
TACCATGAAAGAAACCCAAATCGAGCTTTCACGACACATCTCGATACAAT
CCTCGAAGATCAATCAGGAAGATGGCAAAGGAGTCCAGAATCAGCGGACG
TACAGTCAGGAGGGTAATCCACGAAGACCTGGGTTCAACACAAAGCACAT
TTCTGGGACAAGACTGTTTGCCTCCTGAAAGTCCTCAATACTTTTGATTC
TTTTGTTTTGGGAAATATCCAAAAAAAGGCCGAAACGTCCCCCATAGAAG
TGTCAAGCACCTGGAGGCAATCAGGAAAGATTGGACCCAAATGTCCGAGG
ACGAAACTCGCGAGGGCTGAGGAGTGTTCCGCCGCCGGACCGAGGCTGCA
ACCGCTCCAGGTGGAGGCCATATAGTAAATTAAATCATTATGCGATCAGT
TCTTGTCACGGGTTTCAAAAGAACCCAATTGTGACAAAGTTCGAAACGCC
ATTACAAGCGTGTATGATGTGCCATTTAAAGTGTACTGAAATTACATAGA
CCGTACCCTGTAATCAAATAACACCCCACCCGTCCCAGCCCATCTTACAT
GTACCTACATACACTTGAGGTTTTTATACTGTTTGTTGTAGGGAAGGCCG
GGGCCGAGCTTATATTTGTCGTCCATTCCGCCCCGGACCATGTGTCAATG
CGCGACGGCATTCGCAAGTCGTGGTTTTCATACGGACTCGATCGGCCAGG
ATTTATGCAGGCCTTCTTCATGATTGGCGCTCATGTCGACCCAGTTGTCA
ATGCCCAGGTGAAGGATGAGACTGCCACCTTCGATGATATCATTCTCGTG
GACTTTGTGGACCATTACAACAATCTCACCTTGAAGTCCATGTTTACGCT
GAAATTCTTCCTAACTCACCCTTGGAAGGTAACTTTGCGCATCTCATCTC
AAGCTAAGTGGATCAACTCTTGAGTGATCCATATACCCTTCCACAGAGCC
CGCCCAAGTACTTATTCAAACTGGATGACGATTCATTCGTCAATGTTGAG
GCATTGCACAAAGCTCTCGTCGAGCAAGTCCAAAGGGGACCATTCGTCAT
GGGACAATTTCTGGGTGACGGAGGCATTCCAATTATTCCCAAACCAATTT
CGAAAGCCCAAAAACGGAGACGGTTTGTCACCAAGTGGATGTGCCCTTCC
TACATGTTTAATGGTCCCCAATATCCTCCAATGGTTAGTGGGGCTGGATA
CATCATGAACCGCATGGTAATTTCAATCATCCTTGGCGCCAGTCTTCTTA
TGTGTACAGTATAGTGTACAGTATATATTTACTATAAAGTGTGATTATTA
GTGTGAATTGTAAAAAGAAAAAAAAATGTAAATAACTCCATTTCTTTATT
AATTTTTACACATTCAAGTTTCCTTGAGGTCAATTTGCTCATTTTTTCTC
TTTTATCACTTTTCGTACCCACTCGATCACCCCAAAACTGCATTTTTTGG
CCCATTTTTAACTCCCCCCAACCTAGTACGTTCTTGCACCTTCTGGTGGT
GTCGTAACCACCCGGTTGTGAGTAATTTAACATACTTTTTTTATAAAGTT
AACAAAGAAATGGAGTAATTTGATATTTGCAATTGAAAATGAAAATGATT
GAGGTTCGACCACATATTGCAAAAACGAAATTTTAGCTCCATTCACATCA
ATTATTTGGCTTGATATTCGAGCTTTCGAAAATATATTAATATAAGAAAT
ACGCATATCTTAATTTGCAAGTTAAAAAAAAAAAATTCTGGTCATGGTTA
CGTTGAAGTTGTAAAGTTTGTGGATGACGACTAATAAATGGCACCATTTG
ACTGCCTCCATAAGACGTATGTTTTCGATGTATCTAGAAGTAATACATTA
AAACGAGTTGTGCAAAATGAATTATGGAGGAGTTGCATCTGGAACTCCCT
TACATTACTAAATCCTGTCATCTTGGTGTGATGTGTCCTCGAGATGTTGA
TTAGCAAAGAGGTATGATCTACTTGGTTATTATGAATCTGATGGTGGCAT
AATTGCACTCTCAGAGGAGTATTTACAAATTTAAATTATACGGCTTATTT
GAATGTCATTGTCACCGTGCATTCAACGTTATCCTGTCTCCTTTTAGGCT
GCGGAATGCATATACAAAGAGGTCCTCAAGCTTCCATTCTTCCACCTGGA
GGATGTTCTCATCACTGGATTCGGGGCTCAGAACTGTCAGATTCCCATAG
TTCACTCGGACAAGTTCAAGATGAATCCCACTCAACTGAACGAGATCCAT
TCCGACGACATTCTTTTGCACTACGTGAAAAGTCGTGCCAAGAATCGCCT
CCTCAAATTGAGCATGTTTGATGCCCTTCAAGACAAATACAACCATTTAT
TGGAGAGAATGGGCGGCAATGAGAGGCCATTCACAATTGCACCCGACGTC
TACTTCGAATCCAGCGCATTCGAGGAGGAAATCGAGACCAAAAAGCAAAA
ACTGGATCGACTTCGGGCGCGCTATCGCCGAGAGAGAATCCAAAATCACC
TCCCAGTCCTCTGA
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Synonyms
The feature 'transposase' has the following synonyms
Synonym
Tk10191
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