ID   MAGGY_LTR   repbase;    DNA;    FNG; 253 BP.
XX
AC   L35053;
XX
DT   30-MAY-2000 (Rel. 5.04, Created)
DT   30-MAY-2000 (Rel. 5.04, Last updated, Version 1)
XX
DE   MAGGY_LTR is a long terminal repeat from MAGGY, a gypsy-like LTR
DE   retrotransposon.
XX
KW   Gypsy; LTR Retrotransposon; Interspersed Repeat; MAGGY_I;
KW   MAGGY_LTR; endonuclease; gag gene; homologue; POL gene; protease;
KW   reverse transcriptase.
XX
OS   Magnaporthe grisea
OC   Eukaryota; Fungi; Ascomycota; Pezizomycotina; Sordariomycetes;
OC   Sordariomycetes incertae sedis; Magnaporthaceae; Magnaporthe.
XX
RN   [1]
RP   1-253
RA   Farman L.M., Tosa Y., Nitta N., Leong A.S.;
RT   "MAGGY, a retrotransposon in the genome of the rice blast fungus,
RT   Magnaporthe grisea.";
RL   Unpublished (1994).
XX
DR   GenBank; L35053; Positions       1     253.
XX
SQ   Sequence 253 BP; 51 A; 87 C; 59 G; 56 T; 0 other;
     tgtcacagac ctgaaggaca gccactgggc tgtcgcttag tcatgacccc tgtcacgtga        60
     aggcgcgagg gccgagcgcc tcgcgcgcgt atatctacgc gaaatctctg cagtctccga       120
     tatgtagctc ctcgagctac gtcttcgtca acaaccacct gctaccctgt acctggaaga       180
     ctagatagcc aatatactct gtcctgttac ctgatcgccc gcacctacct gtccgccctg       240
     cctgcccgtg aca                                                          253
//
ID   TF2         repbase;    DNA;    FNG; 4220 BP.
XX
AC   L10324;
XX
DT   07-FEB-1997 (Rel. 2.01, Created)
DT   07-FEB-1997 (Rel. 2.01, Last updated, Version 1)
XX
DE   Internal part of TF2 retrotransposon, protease, reverse
DE   transcriptase, RNAse H, integrase gene, complete cds.
XX
KW   Gypsy; LTR Retrotransposon; Interspersed Repeat; LTR; RNase H;
KW   TF2; TF2 retrotransposon; integrase; protease;
KW   reverse transcriptase.
XX
OS   Schizosaccharomyces pombe
OC   Eukaryota; Fungi; Ascomycota; Schizosaccharomycetes;
OC   Schizosaccharomycetales; Schizosaccharomycetaceae;
OC   Schizosaccharomyces.
XX
RN   [1]
RP   1-4220
RA   Weaver C.D., Shpakovski V.G., Caputo E., Levin L.H., Boeke D.J.;
RT   "Sequence analysis of closely related retrotransposon families
RT   from fission yeast.";
RL   Gene 131(1), 135-139 (1993).
XX
RN   [2]
RP   1-4220
RA   Boeke D.J.;
RT   "TF2.";
RL   Direct Submission to Genbank (04-FEB-1993)Jef D. Boeke, Mol.
RL   Biol. Genetics, Johns Hopkins University, Baltimore, MD 21205.
XX
DR   GenBank; L10324; Positions     349    4568.
XX
CC   LTRs of TF2 are named as LTRTF2.
CC   TF2 contains a single ORF encoding a protein with regions
CC   similar to protease, reverse transcriptase, RNase H (RH) and
CC   integrase from other retrotransposons and retroviruses.
CC   CDS 167..4168.
XX
SQ   Sequence 4220 BP; 1629 A; 766 C; 667 G; 1158 T; 0 other;
     aataactgaa ctcttgtgat ctacaattaa ctccttttag gaaaaaggaa ttattgaata        60
     aatatatatc ataaatatat atatttctct ccttctgggt tcaaaggaga aggaactttg       120
     gaaggactgt tatccctttt gaaatctccc aaagggaaac atatacaatg tcctacgcaa       180
     attatcgtta tatgaaagca agagcaaaac gatggagacc agagaatttg gatggaattc       240
     aaacatcaga cgaacattta ataaaccttt ttgcaaaaat attatcgaag catgtaccag       300
     agatagggaa attcgatcca aataaggatg ttgaaagtta catttcaaaa cttgatcaac       360
     actttactga atacccttca ttattcccaa atgagcatac taaaagacag tatacattga       420
     atcacctaga agaattagag caacaattcg ctgaacgcat gttttctgag aatggaagtc       480
     ttacatggca agaattactc agacaaacag ggaaagtaca aggatccaac aaaggtgatc       540
     gtttaactaa aacatttgaa ggttttagaa atcaattgga caaagttcaa tttataagga       600
     aactcatgtc aaaagcaaat gttgatgatt tccatactcg cttgtttata ttatggatgc       660
     tgccatattc cttaaggaaa ttaaaggaaa gaaattactg gaaatcagaa atcagtgaaa       720
     tttatgactt tttagaggac aaaagaacag cctcgtatgg taaaactcac aagcgttttc       780
     aaccgcaaaa taaaaatcta ggaaaagagt ccctttcaaa gaaaaataac accactaata       840
     gcagaaacct gaggaagaca aatgtttcga gaatagaata ctcatctaac aaattcctaa       900
     atcatactag gaaacgttac gaaatggtat tacaagctga acttccagac ttcaagtgct       960
     caataccctg tctaatcgat acgggcgctc aagcaaatat tataacagaa gaaactgttc      1020
     gagcacataa actgcctacc agaccctggt caaaaagtgt gatatatggt ggagtttatc      1080
     caaataagat taatcgcaaa acaataaaac ttaacataag tctaaatgga atatcaatca      1140
     aaacagaatt cttggttgta aagaaatttt cgcatccagc tgctatctcc ttcacaacat      1200
     tatatgacaa taacattgaa atatctagca gtaaacacac gctctctcaa atgaacaaag      1260
     tttcaaatat tgtcaaggaa cctgagttac cagatatcta taaagaattc aaagacatta      1320
     ctgcagaaac caatacggaa aagctaccaa agccaataaa agggttagaa tttgaagttg      1380
     aactaactca agaaaactac agattaccta tcagaaatta cccgctacca ccgggaaaaa      1440
     tgcaagctat gaatgatgaa attaatcaag gattaaaaag tggaattata cgagaatcta      1500
     aagccattaa cgcctgtcca gtaatgttcg ttccgaaaaa ggaaggcacc ttgagaatgg      1560
     tggttgacta caaaccttta aataagtatg tcaaacccaa tatatatccg ttaccactta      1620
     ttgaacaatt acttgctaaa atacaaggtt ctacaatttt tactaaactt gacctcaaaa      1680
     gtgcctatca cttgatacga gtaagaaaag gagatgaaca taaacttgct tttcgctgtc      1740
     ctcgtggagt ttttgaatat ctagtaatgc cttatggcat atctacagct ccagcacatt      1800
     ttcaatactt tatcaataca atacttggtg aagccaaaga atcacatgta gtatgttata      1860
     tggatgatat tttaattcat tcaaaatcgg aatctgaaca tgtaaaacat gttaaagacg      1920
     ttctacagaa attgaaaaat gcgaacttaa ttatcaatca agcaaaatgt gaatttcacc      1980
     aatcacaagt aaaatttata gggtatcaca tttcggaaaa aggatttacg ccttgtcaag      2040
     aaaatataga caaagtctta caatggaagc aacctaagaa tcgtaaagaa ttacgacaat      2100
     ttctaggttc tgtcaattat cttaggaaat tcattccaaa gacatcacaa ttaacacatc      2160
     cactcaataa tcttttgaaa aaggatgtac gctggaaatg gacaccaaca caaacccaag      2220
     cgatagaaaa cattaaacaa tgtttagttt ctcctccggt gctacgacac tttgatttca      2280
     gtaaaaagat tctactggaa actgatgctt cagatgtcgc tgtaggagcc gtattgtctc      2340
     aaaaacatga tgatgataaa tactatcctg ttggatacta ttcagcaaag atgtctaaag      2400
     cacaattaaa ttatagcgta tcggacaaag aaatgcttgc aatcattaag tctctcaaac      2460
     attggagaca ctatttagaa tccactatcg aacctttcaa aattttaaca gaccatcgaa      2520
     acttaattgg tcgcattact aacgaatccg agcctgaaaa caaacgttta gctcgttggc      2580
     aattattttt acaagacttc aactttgaaa ttaactacag acctggatca gcaaatcaca      2640
     tagctgatgc cttatccaga attgttgacg aaacagaacc aattccaaaa gattcagaag      2700
     acaatagtat caactttgtt aatcaaatct cgataaccga tgattttaaa aaccaagtgg      2760
     ttacagaata tacgaatgat acaaaattgt tgaatttact aaacaatgaa gacaaacgag      2820
     tggaagagaa tatccaactc aaagatggct tactaattaa cagtaaagac caaatcttat      2880
     tacctaatga tactcagctg actaggacaa ttattaaaaa gtatcatgaa gaaggtaaat      2940
     tgattcatcc aggcattgaa cttcttacaa acattatatt acgtagattt acgtggaaag      3000
     gaataagaaa acaaatacaa gaatatgtac agaactgcca tacatgtcaa ataaacaaat      3060
     ctaggaatca taaaccttat ggacctttac aaccaattcc cccatcagaa agaccttggg      3120
     aatctttatc aatggatttt attacagctt taccagaatc atctggttat aatgcacttt      3180
     tcgtggtagt tgaccgattt tcaaaaatgg caatcttagt accttgtacg aaatccatta      3240
     cagcagagca aacagctcga atgtttgatc aacgagttat tgcttatttc ggcaatccaa      3300
     aagaaatcat tgcagataat gatcatattt ttacttccca aacgtggaaa gatttcgcac      3360
     ataaatataa tttcgttatg aaattttcgt taccatacag accacaaact gatggacaaa      3420
     ctgagcgtac aaaccaaact gtggagaaat tactaagatg tgtatgtagc acacatccaa      3480
     atacatgggt agatcatata tccctagtgc aacaatctta caacaatgcg atacattcag      3540
     caactcaaat gacacctttt gagatagtac atcgctattc accagcttta tcacctttag      3600
     agttacctag ctttagtgac aaaactgacg aaaactctca ggaaacgatc caagtatttc      3660
     aaacagttaa agaacacttg aatacaaaca acataaagat gaaaaagtat ttcgatatga      3720
     aaatacaaga aattgaagaa tttcaacctg gagacctagt tatggtcaaa agaacgaaaa      3780
     caggttttct tcataaatcc aataaattag cacctagttt tgcaggaccg ttctatgtgt      3840
     tacagaagtc gggtccaaac aactatgaat tggatcttcc agattcaatc aagcacatgt      3900
     tttcatctac ttttcatgtt tctcacctag aaaagtatcg acataattca gaactcaatt      3960
     acgctaccat tgatgagtct gatattggaa caattcttca tatcctagaa cataaaaaca      4020
     gagaacaagt actctactta aatgtcaagt acatttcgaa tctaaatccg agtactatta      4080
     tgtcaggatg gactacatta gctacagcgc tacaagcgga caaagcaatt gtcaatgatt      4140
     atattaaaaa caataatcta aatatctgag aacatatgac ttatcctcag atttacatag      4200
     aaaatcttgg ggagggcaat                                                  4220
//
ID   copia-2-I_AN repbase;    DNA;    FNG; 4788 BP.
XX
AC   .
XX
DT   09-DEC-2003 (Rel. 8.11, Created)
DT   09-DEC-2003 (Rel. 8.11, Last updated, Version 1)
XX
DE   Internal portion of copia-2_AN LTR retrotransposon - a consensus
DE   sequence.
XX
KW   LTR retrotransposon; COPIA superfamily; copia-2-I_AN;
KW   copia-2-LTR_AN; internal portion.
XX
OS   Emericella nidulans
OC   Eukaryota; Fungi; Ascomycota; Pezizomycotina; Eurotiomycetes;
OC   Eurotiales; Trichocomaceae; Emericella.
XX
RN   [1]
RP   1-4788
RA   Kapitonov V.V., Jurka J.;
RT   "copia-2_AN, a family of copia LTR retrotransposons in the
RT   Aspergillus nidulans genome.";
RL   Repbase Reports 3(11), 199-199 (2003).
XX
CC   [1] (Consensus)
XX
CC   The 1412-aa copia2_AN-Ip polyprotein is encoded by ORF1
CC   (pos. 187-4422).
XX
SQ   Sequence 4788 BP; 1531 A; 1205 C; 993 G; 1059 T; 0 other;
     ggtcatgagc cctctacgct gaaggaatac gatttgtttg ctagatatag atacgcagaa        60
     tcgattcttg acgctctgag caacttgcta tacaaaattt tagacacccc gcacctgtac       120
     gagggggggt agcaacagtt ttggggatta ccccagaatc aggatcataa ggcacctttc       180
     gctaggatgc cgccaaaagc ctcacgaggc accaagtcaa acgacgtacc gtttcaaatg       240
     acaacaaggc atcgtacgta cgagccggaa acaccagtat ctgctgacaa ccagatatcg       300
     aacgattcga cggacgaaga ccaaccggac gaaccaacca caatggaaga tatgcgagca       360
     ggattactcc gtcaactacg agatgaacta cgagaagaac tacgtgagga gatggctcag       420
     caattgcgca gcgagatcag gcatgagata cgcgcagagc aacaacatca gtcccctacg       480
     cagcaactac accaggaaat caatcagaat gcctcctatg gtcgaaatac agacattcaa       540
     caacgagacc ttatatattg cgaaaaacaa gacattcgga aattggccaa atcaaaattt       600
     ggtacccaag catcaatact gcttaatggt cgatcaaact atacagcatg gcgcgattct       660
     atgcttatgg atacctatat gattgaagca aaggacatcc tcgatgaaac caagccaccc       720
     gatggcagca atgaaatcga catcgcccgc tgggaaacga agaatgaaat tttgcataca       780
     aggattctcc agtcaacggc aaggcacgta cgacaaacaa tcagttggaa aggctctaca       840
     cttgcatccg agctatgggc tagaataaca tcaacatatg gcctatcaat ggccgaggag       900
     cgccttatga ctgtcaaagc cctgcttgat atcaacccac aaggcaatta cccagcgatg       960
     gtacgggatt ttcaaagaat agctgcaaag attaaagaaa tgaaactatc cctggatgat      1020
     gttatccatg acatttttat ctgttctcta ggccaatggc agcagaactt cgtacgtaca      1080
     aaactagacg agttctattc ctgcggccga ggaccaatca aaaacctaga tattgacacc      1140
     tttgcggatc aattggttgc tcgatcatca tcttccaaca acaaatatat cccccaggaa      1200
     ccacaagaat tcaaactcga gcccagatat cggataatcc ttacagaacc aaaggactct      1260
     tcccggacga agcgcgacgg tcaagaccaa aagccggcac gtacgaaaac cctctgtcaa      1320
     gcttgtggca aaggatatca taagcccgat gattgttgga cattgcatcc cgaaaaggcg      1380
     cctaaacgcc atggaaacca agcatctgga acctccaatg ataataagaa ccaacaacca      1440
     acaggacagg agcttgttct acggaaccat ccgcaagcca actcgattgc aatcgtacca      1500
     gccaaagagc cggaaaatga tgaggagccc caatggctct tggatactgc tgcagccttc      1560
     catatatcca ataaatatca tgttttcatc aatctccgag gccacaaagc atatataaat      1620
     gacgccggtg gtcgtacgca tcagattatt ggaatcggaa ccgcattagt ttatggggta      1680
     gagattccag acgtccggta tgcgccaaca acaacagcag acctactgtc attcagccaa      1740
     ttggatgacc aggattttga tgtatccacg caaggcactg tcaacaagaa gcacttctat      1800
     attacatcac ccacaggagc ttctcttgat gccttcaaag agcaaaatac atgcctatat      1860
     caaatcaaac cagttgcata cgcaatacag ccaatcctac acgcaaagga cacccaaaaa      1920
     gaaacaaata acataatacc tacagcaact atggaggaat ggcaccagca cctatcccat      1980
     gtccatttac aagccatatt aaagatggca caacagaaaa tcatcaaaat caaagggcca      2040
     aaaaccttgg ctttctgcga catctgtcga caggctaagg agaggagaaa gagcaccaag      2100
     gagccagcct cacgcgccac aaagatcctg gtgcgaatct atattgatat tgcaggaggg      2160
     ggagcaatat tggactgcaa ggataagcaa gcccctcccg gcatcagaaa tattcgatat      2220
     ttcttgttga ttactgatga tgcaacccaa tatcaatggg tttataccct tcgaaccaga      2280
     gatgaggcta ttcccacctt ccagggatgg cttgagcata tcaaaaacca aggatacagc      2340
     ccaccagctt tcgtacgaag tgatcgcgaa tttctaaccg aacacgtcaa gaagctctgc      2400
     caaacctatg gcctaatttg ggagccaacc gctgcagact ccccatggca agatggcgtc      2460
     agtgagcgcg gaatacagac ggttttacaa tatacaaggg caatgttata tgactccgga      2520
     ttaccacgat ggctatggcc acaggctcta caaacagctg tctatcacat gaaccggtta      2580
     cctacaagag ttcccttgta caatgatcga cggcctatgg caccaaccag cgatccggaa      2640
     atccagccat gtgcccattt tacgccctat tccgcctgga ccaatggtga caccgatatc      2700
     aagcatcttg tcaaatttgg gtcacctgct tggatgcacc tacatggagc ttcaaaatat      2760
     gctggcaagc caaccagtaa gattgaccca aaggccaaga aggtccatgt tgttgggtat      2820
     caaggccgcc atatctatgt tatttgggac cctgaaatca accaactacg cgataccagt      2880
     gatatctcca tcaaggagga gtttaacccg ccacagagca agccgtacga agctgccaaa      2940
     gctcccgaag ctgctaaagc tctcgaaact gtcaaacctg gcgaaactgc cgaagctgca      3000
     gaaccaaaaa ccaatgaaga ccttcttata caggatatat cagatattac ctccagagaa      3060
     gagctatacc gacctgccaa aggatttgct atccaaaaat ctgtcgaatc acctctacct      3120
     gagcccaaat cgtacaatga ggctatcaaa ggccctgaat cagctcaatg gcatgcagca      3180
     atgcaagaag agattaatac cttgaaacag aaacaatgtt gggatttgat ccgaaaatct      3240
     gacatgcctg ctggcgcacg cgccatacca ggaagatggg tttataaaaa gaagcttaat      3300
     cctgacaact ccatccgtta caaagcacaa tgggtaatca gggggaatct tcttgataaa      3360
     tcagaatttg aaggagcaac gtacgcccca gttgttgatc ctattacttc acgaatcttg      3420
     tttggtgtca gcgcccaaaa aggctggcat attattcagg cagatgcagt tctagcattt      3480
     ctaaatgcaa agttaaaagg ccaaccgatt tatatgcatc aaccacttgg attcgctgaa      3540
     ggggagccag ggaccctagt ttgcctgctc cgccaatcac tatatggcct aaccccgtcc      3600
     gcgcgcctat ggtacgatga tctacgagca tatcttgaat ctataggatt taaggtttcc      3660
     ccgcatgacc caggcctatt cgtacatgtt acagaaaagc tctatatcac cacccatgtt      3720
     gatgacttca tgattgttgg tgaaaaggcc caaaacgccg tacaagcgct cgaaagcttg      3780
     aaatcccgat ttgaaattaa agaagcgccg gaattcaagc gatatctagg catgaatatc      3840
     aaaacaacgc ctacaggcat ccacctgtca caggaggatc aaattgatga cattatcaac      3900
     tcttttaggc ttcataatgc ccatcctacc aaatcacccc ttgatcctgg aacagttatc      3960
     gatgatgctc cagatccaaa aatcaatatc aaagaatacc agcacggtac tggcagcttg      4020
     cagtatctag ctacaaaaac taggccagat atcagccgag ccgcctgctt tcttgctgaa      4080
     tttaatacag cacctacagc caaatgctgg gcagctctta tacatattat caaataccta      4140
     aaaggcaccc gcagtctagg aatcagatat caacatgatc ctgcagccaa tatcaagccc      4200
     cctaaagcct ttagtgattc tgattggggt ggacctcata caaaagcacg tcggtcagtt      4260
     ggcagatatg ttttcaaact tgccggagga ccaattgctt ggcaatcaaa gcgccaaacc      4320
     tgcgtagcaa ccagctccaa tgaagctgaa tatattgctg catccgaagc ctcgcgcgaa      4380
     gcctattgga tatactctcc tcaaacttca aaggacagac aaaagttcat caaaatccag      4440
     agactcgcga aattatgaag gatcttcgat tatttgatga ccagcatgca cctggtatcc      4500
     tattatatat ggacaacaaa ggagctattg atcttacaat gtccaacata caaaccaaaa      4560
     gatcaaagca tattgacatc cgctaccatt acacccgtga tatggtcgac caaggcatca      4620
     tccatatcaa gcagatccct actgccgaaa tggttgcaga tggctgtacg aagcctctgg      4680
     gatctgaagc tcactcccat ttcattcgtt tattaggtct ccacaacgat gattgatatt      4740
     ttcatgtaat taggcccgct ggtgatgaca atctcgctcg aggggggg                   4788
//
ID   TY          repbase;    DNA;    FNG; 6536 BP.
XX
AC   X02417;
XX
DT   11-NOV-1996 (Rel. 1.1, Created)
DT   11-NOV-1996 (Rel. 1.1, Last updated, Version 1)
XX
DE   Yeast Ty transposable element Ty-pY109 near tRNA-Lys1 gene.
XX
KW   DNA transposon; Interspersed Repeat; TY; direct repeat; enhancer;
KW   Inverted repeat; reverse transcriptase; transposase; transposon;
KW   Ty1 transposon; unidentified reading frame.
XX
OS   Saccharomyces cerevisiae
OC   Eukaryota; Fungi; Ascomycota; Saccharomycotina; Saccharomycetes;
OC   Saccharomycetales; Saccharomycetaceae; Saccharomyces.
XX
RN   [1]
RP   1-6536
RA   Hauber J., Nelboeck-Hochstetter P., Feldmann H.;
RT   "Nucleotide sequence and characteristics of a Ty element from
RT   yeast.";
RL   Nucleic Acids Res 13, 2745-2758 (1985).
XX
DR   GenBank; X02417; Positions       1    6536.
XX
SQ   Sequence 6536 BP; 2331 A; 1398 C; 1046 G; 1759 T; 2 other;
     agatctctta ttctatataa gagaagtata gaatacagcc ttattagtaa tattaaacat        60
     tgctcatatg attatcatga aagcatatta tgatttcaat gtcatgactc acatccgtat       120
     tgttggaata aaaatccact atcgtctatc aactaatagt tatattatca atatattatc       180
     atatacggtg ttaagatgat gacataagtt atgagaagct gtcatcgagg ttagaggaag       240
     ctgaagtgca aggattgata atgtaatagg ataatgaaac atataaaacg gaatgaggaa       300
     taatcgtaat attagtatgt agaaatatag attccatttg aggattccta tatcctcgag       360
     gagaacttct agtatattct gtatacctaa tattatagcc tttatcaaca atggaatccc       420
     aacaattatc taattaccca catatatctc atggtagcgc ctgtgcttcg gttacttcta       480
     aggaagtcca cacaaatcaa gatccgttag acgtttcagc ttccaaaatt caagaatatg       540
     ataaggcttc cactaaggct aactctcaac agacaacaac acctgcttca tcagctgttc       600
     cagagaaccc ccatcatgcc tctcctcaac ctgcttcagt accacctcca cagaatgggc       660
     cgtacccaca gcagtgcatg atgacccaaa accaagccaa tccatctggt tggtcatttt       720
     acggacaccc atctatgatt ccgtatacac cttatcaaat gtcgcctatg tactttccac       780
     ctgggccaca atcacagttt ccgcagtatc catcatcagt tggaacgcct ctgagcactc       840
     catcacctga gtcaggtaat acatttactg attcatcctc agcggactct gatatgacat       900
     ccactaaaaa atatgtcaga ccaccaccaa tgttaacctc acctaatgac tttccaaatt       960
     gggttaaaac atacatcaaa tttttacaaa actcgaatct cggtggtatt attccgacag      1020
     taaacggaaa acccgtacgt cagatcactg atgatgaact caccttcttg tataacactt      1080
     ttcaaatatt tgctccctct caattcctac ctacctgggt caaagacatc ctatccgttg      1140
     attatacgga tatcatgaaa attctttcca aaagtattga aaaaatgcaa tctgataccc      1200
     aagaggcaaa cgacattgtg accctggcaa atttgcaata taatggcagt acacctgcag      1260
     atgcatttga aacaaaagtc acaaacatta tcgacagact gaacaataat ggcattcata      1320
     tcaataacaa ggtcgcatgc caattaatta tgagaggtct atctggcgaa tataaatttt      1380
     tacgctacac acgtcatcga catctaaata tgacagtcgc tgaactgttc ttagatatcc      1440
     atgctattta tgaagaacaa cagggatcga gaaacagcaa acctaattac aggagaaatc      1500
     cgagtgatga gaagaatgat tctcgcagct atacgaatac aaccaaaccc aaagttatag      1560
     ctcggaatcc tcaaaaaaca aataattcga aatcgaaaac agccagggct cacaatgtat      1620
     ccacatctaa taactctccc agcacggaca acgattccat cagtaaatca actactgaac      1680
     cgattcaatt gaacaataag cacgaccttc atcttaggcc agaaacttac tgaatctaca      1740
     gtaaatcata ctaatcattc tgatgatgaa ctccctggac acctccttct cgattcagga      1800
     gcatcacgaa cccttataag atctgctcat cacatacact cagcatcatc taatcctgac      1860
     ataaacgtag ttgatgctca aaaaagaaat ataccaatta acgctattgg tgacctacaa      1920
     tttcacttcc aggacaacac caaaacatca ataaaggtat tgcacactcc taacatagcc      1980
     tatgacttac tcagtttgaa tgaattggct gcagtagata tcacagcatg ctttaccaaa      2040
     aacgtcttag aacggtctga cggcactgta cttgcaccta tcgtaaaata tggagacttt      2100
     tactgggtat ctaaaaagta cttgcttcca tcaaatatct ccgtacccac catcaataat      2160
     gtccatacaa gtgaaagtac acgcaaatat ccttatcctt tcattcatcg aatgcttgca      2220
     catgccaatg cacagacaat tcgatactca cttaaaaata acaccatcac gtattttaac      2280
     gaatcagatg tcgactggtc tagtgctatt gactatcaat ggcctgattg tttaatcggc      2340
     aaaagcacca aacacagaca tatcaaaggt tcacgactaa aataccaaaa ttcatacgaa      2400
     ccctttcaat acctacatac tgacatattt ggtccagttc acaacctacc aaaaagtgca      2460
     ccatcctatt tcatctcatt tactgatgag acaacaaaat tccgttgggt ttatccatta      2520
     cacgaccgtc gcgaggactc tatcctcgat gtttttacta cgatactagc ttttattaaa      2580
     aaccagtttc aggccagtgt cttggttata caatggaccg tggttctgag tatactaagc      2640
     agaactctcc ataaattcct tgaaaaaaat ggtataactc catgctatac aaccacagcg      2700
     gattcccgag cacatggagt cgctgaacgg ctaaaccgta ccttattaga tgaactgccg      2760
     tactcaaact gcaaatgtag tggtttaccg aaccatttat ggttctctgc aatcgaattt      2820
     tctactattg tgagaaattc actagcttca cctaaaagca aaaaatctgc aagacaacat      2880
     gctggcttgg caggacttga tatcagtact ttgttacctt tcggtcaacc tgttatcgtc      2940
     aatgatcaca accctaactc caaaatacat cctcgtggca tcccaggcta cgctctacat      3000
     ccgtctcgaa actcttatgg atatatcatc tatcttccat ccttaaagaa gacagtagat      3060
     acaactaact atgttattct tcagggcaag gaatccagat tagatcaatt caattacgac      3120
     gcactcactt tcgatgaaga cttaaaccgt ttaactgctt catatcaatc gttcattgcg      3180
     tcaaatgaga tccaacaatc cgatgatctt aacatagaat ctgaccatga cttccaatct      3240
     gacatcgaac tacatcctga gcaaccgaga aatgtccttt caaaagctgt gagtccaacc      3300
     gattccacac ctccgtcaac tcatactgaa gattcgaaac gtgtttctaa aaccaatatt      3360
     cgcgcaccca gagaagttga ccccaacata tctgaatcta atattcttcc atcaaagaag      3420
     agatctagcg gcccccaaat ttccaatatc gagagtaccg gttcgggtgg tatgcataaa      3480
     ttaaatgttc ctttacttcg tcccatgtcc caatctaaca cacatgagtc gtcgcacgcc      3540
     agtaaatcta aagatttcag acactcagac tcgtacagtg aaaatgagac taatcataca      3600
     aagctaccaa tatccagtac gggtggtacc aacaacaaaa ctgttccgca gataagtgac      3660
     caagagactg agaaaaggat tatacaccgt tcaccttcaa tcgatgcttc tccaccggaa      3720
     aataattcat cgcacaatat tgttcctatc aaaacgccaa ctactgtttc tgaacagaat      3780
     accgaggaat ctatcatcgc tgatctccca ctccctgatc tacctccaga atctcctacc      3840
     gaattccctg acccatttaa agaactccca ccgataaatt ctcatcaaac taattccagt      3900
     ttgggtggta ttggtgactc taatgcctat actactatca acagtaagaa aagatcatta      3960
     gaagataatg aaactgaaat taaggtatca cgagacacat ggaatactaa gaatatgcgt      4020
     agtttagaac ctccgagatc gaagaaacga attcacctga ttgcagctgt aaaagcagta      4080
     aaatcaatca aaccaatacg gacaacctta agatacgatg aggcaatcac ctataataaa      4140
     gatattaaag aaaaggaaaa atatatcgaa gcataccaca aagaagtcaa ccaactattg      4200
     aaaatgaata cttgggacac tgacaaatat tatgacagaa aagaaataga ccctaaaaga      4260
     gtaataaatt caatgtttat cttcaacagg aaacgtgacg gtactcataa agctagattt      4320
     gttgcaagag gtgatattca gcatcctgac acttacgact caggcatgca atccaatacc      4380
     gtacatcact atgcattaat gacatccctg tcacttgcat tagacaataa ctactatatt      4440
     acacaattag acatatcttc ggcatatttg tatgcagaca tcaaagaaga attatacata      4500
     agacctccac cacatttagg aatgaatgat aagttgatac gtttgaagaa atcactttat      4560
     ggattgaaac aaagtgagcg aactgtacga aactatcaaa tcatacctga taaaacagtg      4620
     tggtatggaa gaagtcgtgg atggtcatgc gtatttaaga atagtcaagt aacaatttgc      4680
     ttattcgttg atgatatgat attgttcagc aaagacttaa atgcaaataa gaaaatcata      4740
     acaacactca agaaacaata cgatacaaag ataataaatc tgggtgaaag tgataagcaa      4800
     attcagtacg acatacttgg cttagaaatc aaatatcaaa gaggtaaata catgaaatta      4860
     ggtatggaaa actcattaac tgagaaaata cccaaattaa acgtaccttt gaatccaaaa      4920
     ggaagaaaac ttagcgctcc aggtcaacca ggtctttata tagaccagga tgaactagaa      4980
     atagatgaag atgaatacaa agagaaggta catgaaatgc aaaagttgat tggtctagct      5040
     tcatatgttg gatataaatt tagatttgac ttactatact acatcaacac acttgctcaa      5100
     catatactat tcccctctag gcaagtttta gacatgacat atgagttaat acaattcatg      5160
     tgggacacta gagataaaca actgatatgg cacaaaaaca aacctaccga gccagataat      5220
     aaactagtcg caataagtga tgcttcatat ggtaaccaac catattacag tcacaaattg      5280
     gcaacatata tttacttaat gggaaaggta attggaggaa agtccaccaa ggcttcatta      5340
     acatgtactt caactacgga agcagaaata cacgcgataa gtgaatctgt cccattatta      5400
     aataacctca gtcaccttgt gcaagaactt aacaagaaac caattactaa aggattacta      5460
     accgacagta aatctacaat cagtataatt atatccaata atgaagagaa atttagaaac      5520
     agattttttg gtactaaagc aatgagacta agagatgaag tatcaggaaa tcatctgcac      5580
     gtatgctata tcgaaaccaa aaagaatatt gcagacgtaa tgaccaaacc tcttccgata      5640
     aaaacattca aactattaac aaacaaatgg attcattaga tctattacat tatgggtggt      5700
     atgttggaat aaaaatccac tatcgtctat caactaatag ttatattatc aatatattat      5760
     catatacggt gttaagatga tgacataagt tatgagaagc tgtcatcgag gttagaggaa      5820
     gctgaagtgc aaggattgat aatgtaatag gataatgaaa catataaaac ggaatgagga      5880
     ataatcgtaa tattagtatg tagaaatata gattccattt gaggattcct atatcctcga      5940
     ggagaacttc tagtatattc tgtataccta atattatagc ctttatcaac aatggaatcc      6000
     caacaattat ctaattaccc acatatatct cacgtatatg tgcaaacacc aagttgatct      6060
     atttttactt tcctggaaaa cgccatcgaa atagtcgcca aacaaatcga tgggctggga      6120
     aaacgcgtca tcaattcaac cgaataagga aaactaagcc acttcacgcg gttccggata      6180
     tttgtccagc ctctttttcc gaaaaaaaaa aaattaaata ataaaatgaa acggacagga      6240
     attgaacctg caacccttcg attgcatctt attccgtgga tttccaagat ttaattggag      6300
     tcgaagtcta ccattgagcc acgttcatct tgaannctgc cgaaattctg tgttgctata      6360
     atggttgaat tagaatctct taaaatagct actcatactt cttcataact aatccattag      6420
     tgaccatatg aagcaatcgg acgccacaca tcattgatgt ttcacgatgg agaatgataa      6480
     cccactaagt ggcgattgtg ggcaaagtaa gttaaacacc tattgctcat atgatc          6536
//
ID   TCN1-I      repbase;    DNA;    FNG; 5192 BP.
XX
AC   .
XX
DT   30-MAR-2005 (Rel. 10.03, Created)
DT   21-APR-2005 (Rel. 10.03, Last updated, Version 1)
XX
DE   C. neoformans LTR retrotransposon - internal consensus.
XX
KW   LTR Retrotransposon; Interspersed Repeat; reverse transciptase;
KW   TCN1-LTR; TCN1-I.
XX
OS   Cryptococcus neoformans var. neoformans
OC   Eukaryota; Fungi; Basidiomycota; Hymenomycetes;
OC   Heterobasidiomycetes; Tremellomycetidae; Tremellales;
OC   Tremellaceae; Filobasidiella; Filobasidiella neoformans.
XX
RN   [1]
RP   1-5192
RA   Goodwin T.J., Poulter R.T.;
RT   "The diversity of retrotransposons in the yeast Cryptococcus
RT   neoformans.";
RL   Yeast 18(9), 865-880 (2001).
XX
RN   [2]
RP   1-5192
RA   Loftus B.J., Fung E., Roncaglia P., Rowley D., Amedeo P.,
RA   Bruno D., Vamathevan J., Miranda M., Anderson I.J., Fraser J.A.,
RA   Allen J.E., Bosdet I.E., Brent M.R., Chiu R., Doering T.L.,
RA   Donlin M.J., D'Souza C.A., Fox D.S., Grinberg V., Fu J.,
RA   Fukushima M., Haas B.J., Huang J.C., Janbon G., Jones S.J.,
RA   Koo H.L., Krzywinski M.I., Kwon-Chung J.K., Lengeler K.B.,
RA   Maiti R., Marra M.A., Marra R.E., Mathewson C.A., Mitchell T.G.,
RA   Pertea M., Riggs F.R., Salzberg S.L., Schein J.E., Shvartsbeyn A.,
RA   Shin H., Shumway M., Specht C.A., Suh B.B., Tenney A.,
RA   Utterback T.R., Wickes B.L., Wortman J.R., Wye N.H.,
RA   Kronstad J.W., Lodge J.K., Heitman J., Davis R.W., Fraser C.M.,
RA   Hyman R.W.;
RT   "The genome of the basidiomycetous yeast and human pathogen
RT   Cryptococcus neoformans.";
RL   Science 307(5713), 1321-1324 (2005).
XX
RN   [3]
RP   1-5192
RA   Gentles A., Jurka J.;
RT   "C. neoformans non-LTR retrotransposon TCN1.";
RL   Direct Submission to Repbase Update (15-MAR-2005).
XX
CC   [3] (Consensus)
XX
CC   501 bp LTR deposited as TCN1-LTR.
XX
SQ   Sequence 5192 BP; 1606 A; 1487 C; 945 G; 1154 T; 0 other;
     gtaaatattg atcttccaca cttgtggttg gttggtatag acttcaagta ccttttacct        60
     tcgacacata cgtataccct tatacaactt catcaacaac ttcatcaaca acctcagcca       120
     cctataacct cataccacca cttcgtatac catatcctat atcatgtcag gtccatccac       180
     tcgtagtggt cgagctgtgg aaaaggtcga aaaaggcaag gaagtagaac ataccctcga       240
     tgacgaccac aatcccgcgg gttcattcaa caccaatcct caatccgatc catttaccgc       300
     cgacaacaca tcaaacgaca cccaaaccca actcgagatg atgcgcaacc atattgcaag       360
     acttgagcaa cagaaggaag agttgacgca taagttggaa gagagcaaag tcgaacgaca       420
     gatgtttgat aatagcgaag ataatgaggg cgaaaacgaa caagaattgg atgaagaaga       480
     cgaagaacct agatcaagcc gcgacctgtc agcgcaaaca ccatacccag aagttaaaag       540
     ggaatacagc cgacaacgca cctcagtacc ctccagtaga cctcaagaac cgaaggtatc       600
     ccaacccgag tactaccatg ggcagtatac caagctctca acctttatca ctcaagtgac       660
     aatggtgatt accctccaac cttctcgttt ccctaccgag acctccaaag tcctatacgc       720
     cggatctttc ctccgagata ccccattctt atggttccaa cccttcgtaa ccatcgatcc       780
     ccagcccaag tttatgctgg acttcaagaa attttgtgcc gaattaagga agaacttcgg       840
     agatccagac gaagaacaga cagcagaacg acaactaaac actgttcgtc agcaaggttc       900
     tgtatcctca tacctcgcaa cctttatgcg ttatgccacc ttggttcagt ggaacgacga       960
     agcgaagaag gcttgcttct acaagggctt gaaggatgac atcaaagacg aacttgccag      1020
     actacccaaa gccaagtcat tcaagaacct ccaagacatg gcaatccgca tcgacagccg      1080
     tcgatatgaa cgggtattag caaagcgaga ccagcaacca aaggcgcttt tcaacgccac      1140
     ccgaagcgac tacacccgca cctcttacaa taacaatcac cccaacaact tcagacgttt      1200
     ctctgcggcg aatagcatgc cgataaggtc taccactgcc aacaccacct tcaataaaga      1260
     ggtgacgccg gcagtcaacc tgagggctgc atttgtccca agttcagcta ggataaccag      1320
     acgtggacgt ctgactccag aagaatatca gaggcgaaag gatcataacc tctgcctcta      1380
     ttgcgccgac aaaaaccatc aagtcgccaa gtgcccagtg gtcccctcgc aacaatccaa      1440
     tactactctc ccttcaaaaa actagatatg ctcttgtctg ccaaagtcga agaaggtagc      1500
     cgggaacaag agcgtactat caaaccggcc aatacagact cctgcgaata tctccaaact      1560
     ctcgaagata ataacaaaaa caacaaaaac caactcacaa tcgactttct ctttcacaac      1620
     aatgtttatc aagctttaat cgattccggt gcctctacaa acttcatcga caaaagattc      1680
     gtccagacct ttaacctcaa aaccacgaaa atagaagatt cgatcccatt atacctattc      1740
     aacgctgcgg gtcagcgaac tataattgaa gaagaagcca acatcctggt caacttccag      1800
     aaaccattcg gacacacctt actccgactc ctcataaccg acatcggctc ctaccccatc      1860
     gtcttaggta taacctggtt acaagagcac aatccgtcca tcagctggga aacactttcc      1920
     atacacccac ctgtatcaca gacgacgagt gccaacttag ccatggtcat caccaatgac      1980
     aaacctccaa aagaaaacac cgatgccgaa atagtaccta aagaatacca tcaatatcta      2040
     gatgtattcg acaagaaaag cgccgataca ctcccagaac ataggtcttt cgaccaccat      2100
     atccctctcg aagaaggaaa gaacccacct tttggtccca tatacaatct ctccgaaaca      2160
     gaacttgaag ctctccgcga ataccttgat gagaatctta agaaaggttt tatccgaccg      2220
     tccgaatcac cagccggagc acccatactc tttgtcaaaa agaaagacgg atcgcttagg      2280
     atgtgtgtcg attaccgggg aatcaacaag atcaccatca agaatcgcta tcctctacca      2340
     ttgatcgccg agctcctaga tcgactcaaa tcagccaaag tattcaccaa gatcgacctg      2400
     cgaggagcct acaatttact tcgcattaag gcaggcgaag aatggaaaac agctttccgt      2460
     actcgctatg ggcatttcga atatttggta atgccgtttg gcctcaccaa tgcccctgca      2520
     tccttccaac atctcatgaa ccacaatttc cgcgacttgc tagacatatt tgttatcatc      2580
     tacctcgacg acatcctcat ctacagccca gacttggaga ctcaccagtc acacgtcata      2640
     caagtcctag atcgcctccg ccaaacccaa ttatatgcca aagcttcaaa gtgcgagttc      2700
     catcaaacct cagtagagtt cctaggtttc gttgtcagcg atcaaggtct atcaatggac      2760
     accaagaaag taaagtctat cacggaatgg ccgacacctc gcaatctccg tgatacccaa      2820
     tccttccttg ggttctgtaa cttctaccga aggttcatca agaactactc tagtatcgcc      2880
     aaacctctta tcgacttgac aaagaaggac ttaccctttg tatgggaaga acctcaacga      2940
     acatctttcg aagcactcaa aaagagtttc acctctgttg atctcctacg tcattacgat      3000
     ccgaccaagc aactcatcct tgaaaccgac gcctccgact atgccatcgc aggtatctta      3060
     tcacatgaaa tcgacaagaa actcgaacca gttgctttct tctctcacaa aatgttgcct      3120
     gccgagttaa actatcctat tcacgacaaa gaaatgttag caattgtttc agcattcaaa      3180
     gaatggcgac attacttcga aggtgctaga gaaaccattc gtgtctacac cgaccacaga      3240
     agcctggagt actttatgac taccaagcaa ctcaatcgac gacaggcgcg atggtctgaa      3300
     ttcctagccg actttgactt caatatcatc taccgaccag gcgtacaagg cacaaagcct      3360
     gacgcactca cccgaagaca tgattatcat ccactcgaga aaggctccag ccttactact      3420
     gctgccaatc ctcagaattt ccagactctc cttcgccctg gacagtactt gggtactgcc      3480
     acaaccggac tcgatcggtt ggaaatatct tcgcccatca agtcattgtt gaaaaccggt      3540
     ctagaaaccg atgaatcagc aaaaccattc ttggacaaag ccaaccatcc ctccgaagct      3600
     cacccatata ctcgagacga tgaaggactc ctcagatatg gcgaatcatt ctatgtccca      3660
     gccaataacg agctacgcac cctcgtcacg aaagaatgcc atgatgcact cactagtggg      3720
     catcccggac gacgcaagac tatccaactc atccgacgcc attactggtg gccaggccta      3780
     aaaggcttcg tcaatcacta cattgattcc tgcgatcttt gttgcagaac taagacaaga      3840
     cgtcatcagc cctatggcga actcaagtct ctacccattc ccccatatcc ctggtcatct      3900
     gtatcgatgg acctcattga acaacttccc ccatcacacg gctacaacac catccttgtg      3960
     atcgtagacc gactcaccaa gatggctctc tttatcccca caacgactag cctcaacgcc      4020
     gaggaactcg cccaattata tgtcacccac gtcttctcca agcatgggat tccgaccagt      4080
     attgtatcag atcgtggatc tgaattcaca tcccgctttt ggcgagcatt cacacaactc      4140
     ctacacatcg agttagaact cagtacagct tttcacccag aaacagatgg acaaaccgaa      4200
     cgagtgaacc aggtcttaga acaatatctg cgcctttata ccgattataa gcaaaaggaa      4260
     tgggcaccgc tactcccagt tgcggaattc acttacaaca atacgcccca ttcgtccact      4320
     accatgtccc ccttctttgc caacaaaggg taccatccca gggcatcgtt tacccccgat      4380
     gacaacgttc ctattttcag cccacctgcc agagcctcca tcaccgactt gagcaagctc      4440
     cacgaacacc tcaagataga aatgtccaaa gcacaagaga gtgcagcact acagtttgat      4500
     aagcaccgtg ccccacttcc cgaatatact atcggcgaca aagtctggct atctgcccgt      4560
     aacatcaaaa cgaaacgacc caccaagaaa ttagatcacc gctatctcgg tccctacacc      4620
     attatcgcgc gcgtttcttc ccacgcgtat cgccttgagt tgccgaaatc aatgcgtatc      4680
     cacgacgtct tccacgtcca attgcttgag aaatatattg agaatgagat cccagggcga      4740
     acacaagtcg caccatcacc tatcgaagtc gaaggtgacc tagaatacga agtcgagtgc      4800
     atcctcgatc atcgatttta ccgaaaacgc cgccaattcc ttatcaagtg gctcggctac      4860
     agtgccgaac acaacagttg ggaacccgaa accgctctag aaaatgcttc agagattgtt      4920
     gatcagtata agtcaacaca ccgattatag gaaaccaagt tcatagtaac agttcagaga      4980
     aattattcca aacattgcga aaacattttt agttcataga cttagttcat aaatttttca      5040
     aagacaaatt cttcacaacc agttcataga aatttattcc atagctccag caaattttag      5100
     ttacaagtac acaacagaac aagccgcaga cggcatgacg gagcgaccgt cttcgaaggg      5160
     gggggtgact gtcacgagcc tgcacaaaga ag                                    5192
//
ID   AF018033    repbase;    DNA;    FNG; 5977 BP.
XX
AC   AF018033;
XX
DT   24-FEB-1998 (Rel. 3, Created)
DT   24-FEB-1998 (Rel. 3, Last updated, Version 1)
XX
DE   Magnaporthe grisea non-LTR retrotransposon MGL genomic sequence.
XX
KW   AF018033.
XX
OS   Magnaporthe grisea
OC   Eukaryota; Fungi; Ascomycota; Pezizomycotina; Sordariomycetes;
OC   Sordariomycetes incertae sedis; Magnaporthaceae; Magnaporthe.
XX
RN   [1]
RP   1-5977
RA   Meyn III A.M., Farrall L., Valent B., Chumley G.F., Orbach J.M.;
RT   "Magnaporthe grisea repeated DNA element MGR583 is a member of
RT   the LINE-1 class of polyA retrotransposons.";
RL   Unpublished.
XX
RN   [2]
RP   1-5977
RA   Meyn A.M., Farrall L., Valent B., Chumley G.F., Orbach J.M.;
RT   "Direct Submission.";
RL   Direct Submission to Repbase Update (08-AUG-1997)Plant Pathology,
RL   University of Arizona, P.O. Box 210036, Tucson, AZ 85721-0036,
RL   USA.
XX
DR   GenBank; AF018033; Positions       1    5977.
XX
SQ   Sequence 5977 BP; 1389 A; 1801 C; 1743 G; 1044 T; 0 other;
     caagcatcct ccaccattca tgggtcagac ccacctttgt tagcgattca cacccaaaca        60
     caccaataag cttaacagct gaagaatttt cgccctccgc gcggtcgtca tggcctcacc       120
     agaggtctca aaccgccgcg cgcgcccgca gagcacgccg cacggtttgc cgcagggcca       180
     ggccgagtcg ggacacgtat ctctcgacac gcgcaccgct aacgcgcctc agccggctgg       240
     ccgcggaagg tactccaccg tcccggccct ggccatcaaa acactgcagc aggagttgga       300
     aaacgtggaa acagtcggca gctggctcga agaggtcttt gcagccaagc tcgaaagttt       360
     acaggccccg gaggacgccg cgcttaggag aattgttctt gaacttgacg acgtgatcag       420
     cggctggttc ctcagtcgca ccctccctga aaaagagcgt tcgcgctccc cgtccggttc       480
     gccgaccagt tccagcgaaa ggcgcagcat tttaattacg aggacgggca cggcgtcgtc       540
     ggcctctaaa ggcagaggca cgcccactaa caaatcggtc acatgggccg agcgagccgc       600
     cacgccacca gcggcggccc caacgcgaat tttaaccccg gccacgcgct cgtacccgat       660
     acgtacgacg cccggcaatg cacctgacag ctccgcaact ccctcccaat cgggccggga       720
     ccgctcccaa gccccgaaac gtttgacaga acagccgtcc aaccgcatcc tgatccgcgt       780
     aaatgacaaa ttgcggatgg tgacgaggga gccatacgcg gtaacgacca aattggccga       840
     attggtctcg gtgccacaca gtgaaatccc aaacgccaag cgtaccccca cgggctgggg       900
     tgttacggtg gcctctgagg aaacacggca aaaactcctc aaccccagcg cggtcaaggc       960
     cattatggac gcattggacg cgcgggaagt cactgtcccg acaacctggc acacatacgc      1020
     cgtctctgga gtgccccgaa cgctcaattg cctggacgga agaaaggacg tacatgaggt      1080
     aatccaggag gagattaccg tggcagcagg ccagcagcca gtcaactggc atatttccaa      1140
     acatggttac gacccacata cggctgaggg cacgtggata gtgtccttcc ttcaacccgt      1200
     aaagcccttt cagctttttg gagtgtcgaa acgtgcgcgg aaggttgaaa aatcacgcaa      1260
     aattacacac caccacgacg gttgccaggg atattgcgaa atacgtcgct gcgtacggca      1320
     agcgcgttgc ggcatatgtg gtgaagcaaa acatgcgaca gaggaagagc cgtgcaaggc      1380
     agcccccaaa tgcgttaatt gccacggcca tttcccatcc ggacatgaga attgccctgc      1440
     ccgacctttg gtggtaaatg ggaagcttga acgaccttca cagcgtaaac ttaaggggat      1500
     tcgcagaatc ggacgtgcca accgtgccgc gattatcaac gaccgggccg aaacggcccg      1560
     ccgagagcca gcacctgcaa tcccggtcct aagcacctca tcgcagcatt cgcaaacctc      1620
     gagctcccga tcgagcattt caaacaaaag agcgcggcca tgcgaggcgg caggggcgga      1680
     catccgtaac ttcctgcagg ttgaacagga acgcgtgcac gacgaaatcg tttgggcagc      1740
     cgaaatggag gaggacgcag cggctgccga accttgcccc gctgatggga tagacttgga      1800
     agcaacccgt cgattaatat gacgaaatac tcgctcggca atatgcagcg ggaatgcctc      1860
     gacgtagttt gggccaacgt aggtaaaagg atgggtgtgc atctgagcct attggagttg      1920
     tgccaccaga gaaaggtgga cctggttaac gttcaagagc catggtgcgg gctaaatacg      1980
     actacacaaa cgcacccggg ctatgatgtt tttgcgccag tggacgaatg gcacgccaac      2040
     acttacgaag ccatgactgg gctccggccc cgggtgctca cctacgttaa gaagggggca      2100
     gccctaaggg ccgcacaacg acggctaccg cagggccaaa atacgcggga catactctgg      2160
     ctcgaaatta acggaatatt gtttgttaac gtatataggg ctccgggcac tgaagccgcg      2220
     ctggaaatgg tatgcaatac cgtgccaaat ggacccacgg tgctaggcgg cgattttaac      2280
     gtagcggctg ctgcatacca gccgggccgc gcaaacgcac gcggagggga ccaactgacg      2340
     gcatgggcgc aagcccaggg gatgagtttt acaggaaata tcggcgtgcc cacccaccgc      2400
     gacgggggtt tactggatat ggtcttttcc aacctcccca gcacaataac tgtggttgac      2460
     agcagtcttt acacaggctc cgaccacgaa tccctttata ccacgctgcg gacgcgcggc      2520
     gccccccgcc cggaggcgat caacgtttcg gttagggacg accggttacc aaagttcgcg      2580
     gagctacttg cttttggcat gcaagacatg ccggacccgg gatccgcggc cgatgcgtac      2640
     gcattggacg cgtgggtagc tgaatttaca actttatggg agcaagtgac gtgggtcgtg      2700
     ggtacgccgg cgggaaaaag ggacagctcg gctccctggt ggaccgaaaa ctgccagcgc      2760
     gtctggtccg aattccagcg ggttaaacgg agcgctgtaa atagggcaga cgcctctgcc      2820
     gaggaaaaag cctatacgaa aggggtgcgg gccgcgaagc gggagtactg gaggcaccgg      2880
     atcgaccaac tgcgcgacga taaggatttg tggaacatgg tgggctggct gggagccgga      2940
     ccacgcctcc ggtccccgcc gctggttatt aacggcgagc aagtgagcga gcctttagca      3000
     aaagcggaag cactgcaacg ggaggtgctt ggccgatttt cggcggagga tgacctgcag      3060
     ggagacccct tggaggcctg gtcgccggac gaggctaaaa tcccttggga cacccaggtt      3120
     agtgcggaag aggcggagcg ctcctgcatt ggggttacga gcacgtcccc gggcatcgac      3180
     ggaataaccg tccggctact aaaagccgga tgggcttcgt tggccgagcc ggtgcgcagg      3240
     ctctaccaac gttgcctgga actcggacat ttcccagcgc cttggaagaa ggccgaagtc      3300
     gcgatgctac cgaaaacggg gaagaaagac cggagcagcg ttcgatcctg gcggcctata      3360
     gccctcctct cctgcatcgg aaaaggcctc gagaggctcg ttgcacgccg gatagcttgg      3420
     gccatacacg acaacgggct ccttagctgc acccacggcg gtgccctacc caaacgatcg      3480
     gcgacggatc tggtttgtgc cctcgcccac gatatcgagc aggctttagc tcgcggggag      3540
     gaagttaccc ttgtcgcatg cgacgtccaa ggcgccttcg acgccctcct ccatgggcga      3600
     ttaatacgga aaatgcggag cctcgggttt agtaaaatgc tcctcaggtt cgtgattaac      3660
     tttttaagcg gccgccaggc ccgagtccgg ctggagggta cgaccacggg ctttaggcgg      3720
     cttgggtgcg gcaccccgca agggtctccc ctttccccga tcctatatat gctatatttg      3780
     gcgtatctcg tcaaaaacgg tacgaagtgg cggttggcat acgcagacga cgtgcttaca      3840
     tggaaatcgt caccctcgtt ggaggaaaac gtacgttggc tggaagataa actccgggat      3900
     atgcacgaaa ttgcggcgga agagaagatc cattttgcag cggaaaagac agaggtgatc      3960
     catatcacta agaaaaggca cggtcgcaac ccggaaatcc ggattaatgg tagaacggtt      4020
     accccggtcc aactaccggg cggtcgacgc ggacaaagcg cctccggggc cgagcgctac      4080
     ccgggcatgc gttggcttgg tttttggttt agccgacggc tagacgggcg ccgccacgtg      4140
     gccgaaaggg ctgccaaagc aatggcggtc gctgcccacc tcaagagctt tggggcagta      4200
     agatacggac cgcctgcggc tgcacttcgc aaggcagcgg tggcatgcgt gggttcctcg      4260
     gccacctacg cagccgaggc atggtacaac ccagcgcaca agcaaagagg actcctcaaa      4320
     gcattgaaca aaccgctggt tttagcggca cgggcaatcc tcccggcgta taaaaccacc      4380
     ccctcgtcca ctgttctcag ggacgcagga ctaccctcgg cccgcgtcgc gctggcctac      4440
     acccgcctga aatacggcgc ccgactaagg ctcgcggaca aggggcaccc ccttgtcagc      4500
     cgcctgcgtg aaacacctcg tgcccgcaac tcgggccatt cggccacgac cctgcaaacg      4560
     gctgcacaac ttctcccgcg gatccggaga ctagagttgc gcgcacctcg caatgccccg      4620
     gattctcgca ctgaccccac cggaggagtc ccgaaagagg aagcggcccg ccgctttatc      4680
     gaatggctgg acatggtatc acctgacgat atcgtggtat atacggatgg ttcggaaaaa      4740
     cacgaaaaca actgcgtcca aatagggtac ggatgggccg cttttagggc gggcctggaa      4800
     tttgccgcac gtgccgcatc tattacgccg gaaagccacg ttttcgacgc cgaggcgatt      4860
     ggcgccctaa aagggctaca ggcggcagcc aaggcccagc caggcgcccg gatctggatt      4920
     tgtgtggaca gcacctcggt tatttggggt cttagaggcg acgcgccgcg ttcgtcccaa      4980
     tgggcctttc tggagttcca taaccttgtc gatctactcc gaaaacaaag taccgaggtt      5040
     cgggtccgtt ggtgccctgg gcaccaggga atcccgggaa acgaccgggc tgacgagctg      5100
     gccaaggccg gctccgccgg accgccggac ccagacccga gggctcagca aaccacgtat      5160
     agcggtgccg gcacggtcct cagagccatt ctttcgaata tagagaagga ctggtggcgt      5220
     aaagaactct gtgaacggtc ccccgcatat agggaatgga aattccaata cacaccgaga      5280
     aaggagcccg aggaactgcg tttgccaaga cccctactgg gccattattt ggccatgagg      5340
     accggccacg gcgatttcaa agcctaccat gaccgtttca accaccagga tgcaaacacc      5400
     tcgtgtgcct ggtgctggaa gcggacctcc cctgaacacc cggtgcactg ccgcttttcg      5460
     cgggcggtgt ggagaaactg gccgtggcct gacaacgacc ggccggtcgg gccgccagac      5520
     cgcgcccaac gccgcaaatt cttccagaca agcctcgggc aaccgaaaag ctttgaggcg      5580
     ttttcgatag ccaccaacta cttcagcgcc cgccccagag cggcccgcca gcgccccgcg      5640
     cgccacgaac gcactttacg cctagggaca ccgatcgtaa acgactcgaa ctctgacgag      5700
     gaatagactt actgcctttt cacccacact tcacggcaca agccgctaga cgaaccctcc      5760
     gtgcacctta ggcacggggt cgcgtcagtg aactaacccc ctaagcagga ccgggcccga      5820
     acccggtcag gcacgatccg cctctgccct ccttgttttc cccctgtgta aataaagaag      5880
     atagaacgcg cgccgagata cccctcggga ggttgctaac ggccggctaa caagccgggc      5940
     cgagcccggc gttaactaat actactacta ctactac                               5977
//
ID   DNA-1_AN    repbase;    DNA;    FNG; 3820 BP.
XX
AC   .
XX
DT   09-JAN-2004 (Rel. 9, Created)
DT   09-JAN-2004 (Rel. 9, Last updated, Version 1)
XX
DE   Nonautonomous DNA transposon. Putative classification: MuDR
DE   superfamily - a consensus sequence.
XX
KW   MuDR; DNA transposon; Interspersed Repeat; Nonautonomous;
KW   DNA-1_AN; nonautonomous DNA transposon;
KW   putatively MuDR superfamily.
XX
OS   Emericella nidulans
OC   Eukaryota; Fungi; Ascomycota; Pezizomycotina; Eurotiomycetes;
OC   Eurotiales; Trichocomaceae; Emericella.
XX
RN   [1]
RP   1-3820
RA   Kapitonov V.V., Jurka J.;
RT   "DNA-1_AN, a family of nonautonomous DNA transposons in the
RT   Aspergillus nidulans genome.";
RL   Repbase Reports 3(12), 203-203 (2003).
XX
CC   [1] (Consensus)
XX
CC   Nonautonomous DNA transposon. Putative classification: MuDR
CC   superfamily.
CC   9-bp TSD.
XX
SQ   Sequence 3820 BP; 1171 A; 676 C; 707 G; 1266 T; 0 other;
     ggtggttgca ggtgacctga ggtcaaaatt ttggtcgtgc gggacaaacc tgattatata        60
     atggccttgg cagtcatgtg atgtacaacc tgtctttaca aagtttcagc ccgtactacc       120
     tctttcaaat gtattaccat cgacatgtaa actagcttcc atactgccat tactagaggt       180
     gctctaaact aaaagggaag attattactt cttaagtatt tagtaagcaa gggctctatt       240
     acgaatcact aattagggtt gaaatggtat ctttggtgtc tctttccaat tgagaatagt       300
     tatataggat tgaatacatc tcccgtacag gatatatata aaaggtcttt cgcacaaatt       360
     ttcaattcaa ctacttggaa ggtacttgta aactagttat aaactactta gctcatgctg       420
     ctgagcttcc tgtatatgta tcctcctctc cataagatca agttccaact tctcattttg       480
     aagttgttgc aggcgaaagt cctcctcttt cttcttaaga tcagctctct tttgttgaag       540
     ctctaattca agattctcta gctcaagctc ttgatgtctt tgttcaagat tcaaggcatt       600
     tattgaaata gcacgtcgaa gattaccaga ccttattgac ctaatacttt gtaagtactt       660
     tgcaactgct tgtaaaccac ttctaaagta cttggcagac ttactcatca tcaccaattc       720
     ttgaggagtt ttgagacctt gatcttgtat ttccttgtgg taagggtaaa gctgattcgg       780
     cttcagttaa gggagataaa gcagaccttc ggcgttttcg acttcctaaa agatagtagt       840
     aagcaagtgg taggcaagta gtttgtaagc acttgcaaag caacacctga atacctactt       900
     tcctaactta tatgctgaag ataattagct tccatattag aggtttgata taaatgatga       960
     atattgaact cctggaagtt attatactat aagatatcat ccctatctag ctttgcagaa      1020
     ctaggttatc ttagtagctt tgccagccag tttgcaagta gttagtgagt acttagaaac      1080
     ttacttcttg actgcttaca ccagactcaa gtacttgcca gatatatata acttctgatg      1140
     ggactgttca acagcatttg tatagttttg taataaatca aagtaataag gctgaatctt      1200
     agagtatact ttatttaatc ctgccttgat cacagcccct ttcttttgag atgcccaatt      1260
     ctggacatta gcattttcat actctatatc agttagtaac tggttaccaa gcagtaagta      1320
     agtattcagt acttattaag agatccaata aagagtcata atcatcctcg gatttgcagt      1380
     ctagaaggct tattattcgg ctccaaaggg gagaaccatg cttattagtt ctaatatatt      1440
     ttaagattgt cctttggaaa tggactctgc agaagacaat aatatgctgt aaatactatg      1500
     ttatatctca atattgagga ttaatttcag atagatagtg accaagtcct tggcagttag      1560
     taagtatttt ggaagtagtt aataagtact tactggtata ttgttttgag tctatattaa      1620
     taataatacc atagatccca gaaccatgga taggatcaaa atatattagc tgatgggaaa      1680
     tcctctgaac aaggctgaaa acctgcttaa aaagtaaata ataaccctca gtagaatcaa      1740
     tactggtaaa tacttggagt aatgtgataa ctagtaccca ggtagttagt aattgcttgc      1800
     caagtagtta ataataatac ttacttttgc attggtctgg caggaatata gtaaaaagca      1860
     ctttattaat atcttttgac tgtatttgtt tataagacat atcaacctta aaagatgaca      1920
     gctgtaaaag tagttaaatt tgctctttaa aagtacaaag taccatggta ccctgagaat      1980
     cataataata ttcttgaata tagtcctaag tacttgattt agtatctatt aactgctctg      2040
     caactatata gcaagtactt accttcaagt tctggtcagt attctggagg aagataagac      2100
     cattaatatc ctgtctgttt agataagata ttagatgttg cttttgaatt attgctgcaa      2160
     ttcagtcctt attacaaaag ctagaataaa tctctgctaa tgtcgaagca ttgtactggt      2220
     gacagaaatc ttcaagttgc ggatttcaaa ggaattgagc tagaactagt taccaactac      2280
     ttcccaagtg gttggtgagt acttaccagt tgttagatta gggtcccgaa tctgttcaat      2340
     aattctcttc acacctgcta gaattctttc aggtgccttg cttggtagta gtggtggatg      2400
     tttataaatc ccgtgcgatg taaataatat ataggggcat aggtctgtat ttataggtac      2460
     tagagtatta aagaccacat cacaggtagt gtgcttcaac tgaccagacc cctgaggatg      2520
     atcttgatct ggtaattgct taataactgg ttgcaaatta gttaggaagt gcttaccaca      2580
     gtatttttgg caacttgaca gaggtttaaa aacaccacat tcttcagtag ctggcagaat      2640
     ctctttatta aagagatcct ctagaaactc caagtctatt actgtatgtc cttgaattac      2700
     gcccctataa tgttttgtta aacctctata ggacctattt atacagccaa taaatggtgc      2760
     atattctcta tgaatatcct gtatatttat tagctgcttc ttaagtactt agcaagtact      2820
     tgagatatac tatctagtta tatcttttga aaactgcttt gcatgttggg agttgatcaa      2880
     tgcatgcatg gcccttttcg aaaaaggcaa ctttggacca ataataacta agattgagta      2940
     agtacttagt agccggttaa caagcagctt taatacctat atgcattatg ctttctaata      3000
     tcagactcta agatctggat atctttctga gatctttgga tctcttgcta tgtatattta      3060
     tcaacagatg tataataata agactgcagg gctggactga ggaatttata tgcataaatc      3120
     ccagagcatc tccatgtcca ttttctgact tgacatccaa gaaatggaca gtaaacaggt      3180
     tgtttttgtc caaaaagctg ttgttttgca tattagatct ggaaatactt agcagccagt      3240
     taccaagtac ttgacatgca cttacactat cagcaagata ttccatttca acctgtgttc      3300
     atcctttgga cacaacaaca tatgtatggc catatatatg cgttgtggga tattctggaa      3360
     gattattgat atactcaata tttaatatta taagactgga ggagctttta gctcttgtaa      3420
     gcggaataag catgtctggt tccttttatt tagttagcaa gcagtttaaa actaacttgt      3480
     aagcagtggc gcaataacta tacctgtatt tctaaggaaa catcagcagc tggctcaata      3540
     agatcatcat ccaaataggt tgaaatgttc tcaattgaaa tgttcccgga gtctggacac      3600
     tccattgttc taactgctta gcaaccaatt gctaaatgct ttgatatttg tgtaggtcaa      3660
     gtatcaataa attggaaaac agaaattgaa ttacaagtgt agacaccagt atttaaagac      3720
     ctcgtgcggg acaaacttgc ttaataatga tcttggcact cacgtgcagg gggtgtaggc      3780
     cgcatgagct caccgcttgg ctcatgcggc ctgtgtacac                            3820
//
ID   MUDR1_FO    repbase;    DNA;    FNG; 3299 BP.
XX
AC   .
XX
DT   09-MAY-2005 (Rel. 10.05, Created)
DT   03-JUN-2005 (Rel. 10.05, Last updated, Version 1)
XX
DE   Mutator-like transposon, partial consensus.
XX
KW   MuDR; DNA transposon; Interspersed Repeat; mutator; Hop;
KW   MUDR1_FO.
XX
OS   Fusarium oxysporum f. sp. melonis
OC   Eukaryota; Fungi; Ascomycota; Pezizomycotina; Sordariomycetes;
OC   Hypocreomycetidae; Hypocreales; mitosporic Hypocreales; Fusarium;
OC   Fusarium oxysporum complex; Fusarium oxysporum.
XX
RN   [1]
RA   Chalvet F., Grimaldi C., Kaper F., Langin T., Daboussi M.J.;
RT   "Hop, an active Mutator-like element in the genome of the fungus
RT   Fusarium oxysporum.";
RL   Mol Biol Evol 20(8), 1362-1375 (2003).
XX
RN   [2]
RP   1-3299
RA   Gentles A., Jurka J.;
RT   "Mutatorlike transposon.";
RL   Direct Submission to Repbase Update (09-MAY-2005).
XX
CC   [2] (Consensus)
XX
CC   99 bp terminal inverted repeats.
XX
SQ   Sequence 3299 BP; 973 A; 769 C; 711 G; 846 T; 0 other;
     gggaagccat acctgcacga ccgatggtgc acctaagatc acgtgacctt cgcaccaccg        60
     gtcgtgcgaa taagatccgt tatgtaagag gcataggtgg ccttatggaa agggggtaaa       120
     tttgcacccc aattcaacga tcaacagttt ctgcagcatc aattcaactt gccgtgcctt       180
     tcttctacta taatggactc aattggcatt caccgtcaat tccctgatga tgctcttcct       240
     cctgaaggcc actacagctc acgggaggaa ctacgttcag caattaatgc ttgggcagcg       300
     ccacgaggtt atgcctttgt gatcaagaga tcttcgaaga ctgccaatgg aagaactcac       360
     gttatcttca actgtgaccg tggagcaggg cgtattccct ccctttcaga ccgtcggcaa       420
     actacaacac gtcgtacagg atgcctcttc tctgtattag caaaggaaag cctgtgtaag       480
     accatatgga gtctcaggca tcgtcccgga cctcatttca gtcagcacaa tcatgaacca       540
     agcttcagtg aagtggcaca tccaacactt cgtcagctat cacgccaaga ggaaataaca       600
     gtcaatcaac tcaccaatgc cggcattgcg ccaaaggaga ttggatcctt cttacgcatt       660
     acctcaaata cacttgctac gcagcaagat atctataatt gcattgcgaa gggcagacga       720
     gatctctcta agggccagag taacattcat gcccttgcag atcagctcaa tgaggagggc       780
     ttctggaatc gaatatgcct tgacgagagc agtagagtta cagcagtatt atttgcacat       840
     ccgaagtcac tggaatacct taaaacatat cctgaagtgc ttatattgga ctctacatat       900
     aagaccaata ggttcaagat gcctctcctt gatatagttg gagttgatgc ttgccaacgg       960
     accttctgta ttgcatttgc attcctcagt ggtgaggaag agggtgactt tacctgggct      1020
     cttcaagcgt tacgatctgt atatgaggat cataacatag gccttccatc tgtaatactt      1080
     acagatcggt gcctcgcttg tatgaatgcc gtttcctcct gtttcccagg ttcagcccta      1140
     ttcttatgcc tatggcatat caataaagca gttcagagct attgcaggcc tgcatttact      1200
     cgaggtaaag acaatcctca aggtcttgga ggagagtctg aagagtggaa agagttcttt      1260
     aacttttggc atgagattgt agcttcaacg actgaggaca tctataacga gaggcttgag      1320
     aagttcaaga aacgttatat ccctgactat atcaatgagg tgggctacat cctggaaacc      1380
     tggctagatc tctataagaa gagcttcgtc aaggcttggg tcaacactca ccttcacttc      1440
     gagcaatatg ctacatcacg ggttgagggc attcattcgc ttatcaaatt acatttaaac      1500
     cactcgcaag ttgatctctt tgaggcctgg agggtcatca agcttgttct gatgaaccag      1560
     cttagtcaac ttgaggcaaa ccaagccagg caacatatta gcaaccctat tcgcgaatct      1620
     agggtattat acagcaatat ccgtggttgg atatcacatg aagccctgcg gaaggttgag      1680
     actcaacggg aacgactatt gaaagaggtt cctgtgtgta caggggtatt cactaggact      1740
     cttggtctgc cttgtgctca tagccttcag cccttactga agcagaatca gccccttcta      1800
     ctgaatcatt tccactcaca ttggcatctt cgacgcccag gaagcccccg gttccttatt      1860
     gagcctcgta agcagtttga tcgtctaaca gctagttcaa cgctaccacc aacaagcaca      1920
     caacgtgagc cttctacgtt tgagcgtatc gagaaggcac tacaaccaaa ggcaccgcca      1980
     aagtgttcaa gatgtcatca gcaaggccac atgatgacct ctaaagcatg ccccctacgt      2040
     tacaagcatc tattgcaggc tcctacccaa acctctacga tacaggcacc tactcaagac      2100
     tctacaacaa cgcatataat aacacataca acaactcgct cgataacccg ctcactatcc      2160
     ccatcatcct catcaggatc ctctatagta tccgagattg tagcctatac aacaacacat      2220
     acaacacata caacaactcg tgtactatct cctccagcag ccagaccagg aactgttcct      2280
     gcagcaaatg cgatagtagt gcccgcattg cgagctgatg atccccgtgc catcttccaa      2340
     cgatataaag aagcacgaga ggcctggttt actacattgc ctcggggagc ctataagact      2400
     aaccaacaat accgtagggc tatggggctg cctctacgtt atagtaaagc agagtatgac      2460
     tggtgccttg actataagca aatggggagt cattgcaagg tgggaaacgg cactagagac      2520
     tggactaaag aggagatgat gagttatctt gattgggata gagctgagaa cgatcgggtt      2580
     gaacagagcg tagagataga aatggcagaa cagcctttct cacggcggcg aggtatgcaa      2640
     gatatctggg atgcagccga gagagatatt atgttgcaag agagtatatt tcaagggaga      2700
     tagcctagag gtataacccc acggtattaa catttgtaat actaagggca tatgtaatta      2760
     taatatatta ttagaaagag aaaggaaagg caaattttca agtataagtg cagtgatcta      2820
     atggcttaat ttaatagaga tataattgag cttatatata gggctaaatg taaatatatc      2880
     taacacactc taccctccta attatagcaa ttaataaaga agacttacaa atccttcacg      2940
     atgacttccg ctttattaat aatatggtcc tcaacaaggg agttaagcaa ggcggggata      3000
     gcttccgcag cggctatggt gttataatga ggcattatac gttctttata gccctaagat      3060
     agagcaatgt attgcagata gataatataa tacatattaa acagctaagc ttacaataaa      3120
     ccattatatt acttcaattc tataaataac agctattttc gtagataaaa gagagataca      3180
     cttacccaca tatgtacact cacctatgcc tcttacataa cggatcttat tcgcacgacc      3240
     ggtggtgcga aggtcacgtg atcttaggtg caccatcggt cgtgcaggta tggcttccc       3299
//
ID   ASCOT1      repbase;    DNA;    FNG; 409 BP.
XX
AC   AF054897;
XX
DT   15-SEP-1998 (Rel. 3.08, Created)
DT   15-SEP-1998 (Rel. 3.08, Last updated, Version 1)
XX
DE   Ascobolus immersus Ds-like transposon Ascot-1 inserted within b2
DE   gene.
XX
KW   hAT; DNA transposon; Interspersed Repeat; ASCOT1.
XX
OS   Ascobolus immersus
OC   Eukaryota; Fungi; Ascomycota; Pezizomycotina; Pezizomycetes;
OC   Pezizales; Ascobolaceae; Ascobolus.
XX
RN   [1]
RP   1-409
RA   Colot V., Haedens V., Rossignol L.J.;
RT   "Extensive, non-random diversity of excision footprints generated
RT   by the Ds-like transposon Ascot-1 suggests new parallels with
RT   V(D)J recombination.";
RL   Mol. Cell. Biol0-0 (1998)In press.
XX
RN   [2]
RP   1-409
RA   Colot V.;
RT   "ASCOT1.";
RL   Direct Submission to Repbase Update (20-MAR-1998)Dept. of
RL   Microbiology, Institut J. Monod, Universities Paris 6-7, 2, Place
RL   Jussieu, Paris 75251, France.
XX
DR   GenBank; AF054897; Positions       1     409.
XX
SQ   Sequence 409 BP; 108 A; 102 C; 110 G; 89 T; 0 other;
     cagtgttctc aacagtcagt ccggcccgcc attttgggcg ggctgtagtc cgactgccaa        60
     gtagcccaac ctagaaaatg gcctagacac cgtagtccag accagaggta cagactggac       120
     tggtctatag acagactgta ggctgtagac catgccaagc ccagtcagaa ccaccttgac       180
     actactaaaa atgtcatatt tccctctaaa gaagcctgaa aataggccaa aaatcagcgc       240
     caagatgata tgaagcgggc tgtggacggt ctgccttaga atgatggtct acagtccgtc       300
     cagaatgtgt aggctggtct gtagaccagt cgagtaccct agggtttggg ctggattgac       360
     tgggcggtct gtagcccgtt tacagccgga cggactattg agaacactg                   409
//
ID   Mariner-6_AN repbase;    DNA;    FNG; 1863 BP.
XX
AC   .
XX
DT   09-JAN-2004 (Rel. 9, Created)
DT   09-JAN-2004 (Rel. 9, Last updated, Version 1)
XX
DE   DNA transposon. Mariner superfamily. Pogo clade - a consensus
DE   sequence.
XX
KW   DNA transposon; mariner superfamily; Mariner-6_AN; Pogo clade;
KW   transposase.
XX
OS   Emericella nidulans
OC   Eukaryota; Fungi; Ascomycota; Pezizomycotina; Eurotiomycetes;
OC   Eurotiales; Trichocomaceae; Emericella.
XX
RN   [1]
RP   1-1863
RA   Kapitonov V.V., Jurka J.;
RT   "Mariner-6_AN, a family of DNA transposons in the Aspergillus
RT   nidulans genome.";
RL   Repbase Reports 3(12), 214-214 (2003).
XX
CC   [1] (Consensus)
XX
CC   DNA transposon. Mariner superfamily. Pogo clade.
CC   TA target site duplications. 44-bp TIRs.
CC   The 456-aa transposase is encoded by 3 exons (pos. 95-920,
CC   1080-1550, 1637-1710).
XX
SQ   Sequence 1863 BP; 553 A; 454 C; 415 G; 441 T; 0 other;
     acgtggttgg taagcgagct gcgcatgtaa gcgagctgcg cacccaacca cttttttaca        60
     tgctgacgcg gtcatctatc ttccaacagc caccatgccc cgagttcgcg ttagttcaag       120
     ccaaaattgc catgagaagg aaggtcggct cctactggct gtacaggcta ttaaaaaaaa       180
     ggagattaca tcaatacgcg aggcagcacg tcgcttcaat gtgcctgaat ctacactacg       240
     tacgcgacta cgcgggacta caaatcgcgc cgaatctcgc gcaaatggcc ataaattgac       300
     tgagattgaa gaggaagtgc ttaagcagtg gattctctct ttagatctac gcggagcagc       360
     tcctacaaaa gctcatgtac gagaaatggc taatattctg cttgcaaagc gtggttccac       420
     cccaatccag actgtcggcc agaaatgggt atataattat actcaacgcc acccggagct       480
     tgagtctcgc ttgtcaaggc aatacgactg ccagcgagca aagcaagaga acccaaaggt       540
     tattcaagca tggtttaaca ccgtacgagc cacaatcgaa caatacggga tcctaccgga       600
     cgatatctac aactttgatg agactggctt tgcaatgggc ctttgtgcac atcagaaagt       660
     gattaccaag tcagaatcat gtggccgaag accagttcta cagccaggaa accgtgaatg       720
     ggttactgca attgagtcaa tcagtgcttc tggatgggca cttccaccaa cacttatctt       780
     taagggcaag cagtataacc aagcatggtt tacaggcctt ccgcccgact ggcgatttga       840
     aattagtaca aatggatgga caactaatga aattagcctt cgctggcttc agaagcaatt       900
     tatcccgtca acagagcatc gtacgcgcgg aagatatcaa cttctagttc ttgatggcca       960
     tggaagccat cttacaccag agtttgatca aatctgtaca gatcataata ttataccact      1020
     ctgcatgccg gcacattcct cccatcttct acaaccactt gatattggat gttttgcagt      1080
     tttgaagcgc tcgtacgcca gcttggttga tcagaaaatg cggcttggca tcagccatat      1140
     tgacaaactt gatttccttg cagcctatcc acaagctcga atcagcacat ttaagctgga      1200
     tacaatcaga aacagttttc gagcagcagg actagtgcca ttgaatcctg aaccagtgct      1260
     ttcaaagctt agtattcagg ctcgtacgcc tacaccccct ggaagccgtg gcagccaggc      1320
     aagcactttt tgcccacata caccagcaaa tgttgatgag cttctaaagc aagcttcttt      1380
     actcagagat tttctcaaac agcgctcaaa aagtccacca tcaccgtccc ataatgccct      1440
     aaaccagcta attaaaggct gtcaaattgc aatgcaaaag ggcatactat tggagcaaga      1500
     gaatagggcg ctacgtgctg aaaatgctat acaaaggcga aagcgagctc gtacgcatag      1560
     atggatagct catgataatg gtctgtctgt acaagaggct acagagctcg aggaagctca      1620
     taatgcgtct tttcaggcaa tacctggtcc atgcgggcca ccagcagaag gtgcacaaac      1680
     accaaaggca cgggcattac ctacatgtag tacctgccat agaattgggc atagaagaaa      1740
     tgcttgtcca aataaataat aattaatata aaggcgttgt ggttgattaa aaggtcaaaa      1800
     tatgggaaat ctgtatgcag gtgcgcagct cgcttacatg cgcagctcgc ttaccaacca      1860
     cgt                                                                    1863
//
ID   Mariner-4_AN repbase;    DNA;    FNG; 1850 BP.
XX
AC   .
XX
DT   09-JAN-2004 (Rel. 9, Created)
DT   09-JAN-2004 (Rel. 9, Last updated, Version 1)
XX
DE   DNA transposon. Mariner superfamily. Tc1 clade.
XX
KW   DNA transposon; mariner superfamily; Mariner-4_AN; Tc1 clade;
KW   transposase.
XX
OS   Emericella nidulans
OC   Eukaryota; Fungi; Ascomycota; Pezizomycotina; Eurotiomycetes;
OC   Eurotiales; Trichocomaceae; Emericella.
XX
RN   [1]
RP   1-1850
RA   Kapitonov V.V., Jurka J.;
RT   "Mariner-4_AN, a family of nonautonomous DNA transposons in the
RT   Aspergillus nidulans genome.";
RL   Repbase Reports 3(12), 212-212 (2003).
XX
CC   [1] (Consensus)
XX
CC   DNA transposon. Mariner superfamily. Tc1 clade.
CC   The consensus sequence was built based on multiple alignment of
CC   several
CC   copies 99% identical the consensus.
CC   Mariner-4_AN elements are characterized by TA target site
CC   duplications
CC   and 36-bp TIRs.
CC   It encodes a 449-aa Mariner-4_ANp transposase (2 exons, pos.
CC   277-1149, 1205-1681). This family is closely related to
CC   Mariner-4_AN. The consensus sequences are 68% identical to
CC   each other.
XX
FH   Key           Location/Qualifiers
FT   CDS           0..0
FT                 /product="Mariner-4_ANp"
FT                 /translation="MPAPHPNELRVQVLSYWALGIQPPDIAKMLQINVRTI
FT                 RDMIQKGQDRGYNPAQCMRVKLEYVEDGKRSGRPKEISEATDMAVLASVKQ
FT                 DRNGREKSSEILAFEAGISHSSVLQILHKHGFTIVKPSWKPGLTEAAKATR
FT                 LRFCLDHQHWTLEDWKAVIFTDETSVILGHRRGSVRVWRTARDVHDPTCIR
FT                 RRWKGSSDFLVWGCFTYDKKGPLHIFEPETAYQHKKSEVEIAALNAELEPI
FT                 LREEWEIETRLKRLHLRGVPGRVPTWRFTEKTGKLVRKSKGGVDWWRYQQE
FT                 ILLPHLIPFAKACKIERPDTKVLEDGAPAHKHHAQRRIYSIHEIEKIFDWP
FT                 GNSPDLNAIEPCWMWMKKRTTSRGAPRDKKTGKTAWIKAWNELPQEKIQGW
FT                 IERLIRHIQEVIQHDGGNEYKEGRTDHDARSWKGRRIKGQLSARQDLSPDP
FT                 WEDL"
XX
SQ   Sequence 1850 BP; 496 A; 414 C; 446 G; 494 T; 0 other;
     cggaggtgtg caccaaaagt catcgccgcg ctagtaattt atgatgccaa atcctgtaat        60
     tccattacca gtcgcaagct gataggttga tgatatatcg atcttctaag caaacatcaa       120
     cataacctct tctcattttt gaagctatcc agatcgcaaa ttgacagatc aaatcagttt       180
     ttatggtgtt ttgaagcgct ttttctgcta tttttgcctc cctgcctcca attctgcctc       240
     cgaactgtac acgccttcct gcctgcgatc cttacaatgc cagcgcctca tccaaacgag       300
     cttcgagttc aagtcctctc ttactgggcc ttagggattc agccacccga tatagccaag       360
     atgcttcaga tcaacgtccg tacaatacgg gatatgatcc agaagggcca agatcgtggc       420
     tacaatcctg ctcagtgcat gagggttaag cttgaatatg tggaagatgg caagcgctct       480
     ggccgtccga aggagatttc tgaagctaca gatatggcag ttcttgcatc tgtcaagcag       540
     gataggaatg gacgtgagaa atcttctgaa atccttgcct ttgaagcagg tatatctcat       600
     tcttctgttt tacaaatcct ccacaagcat ggctttacaa ttgttaaacc ttcttggaaa       660
     cctggtctaa ctgaagctgc aaaggctact cgtcttaggt tctgcttgga tcaccaacac       720
     tggactctgg aggactggaa ggctgttata tttaccgatg agacttctgt tatccttggc       780
     caccgtcgag gctccgtacg agtttggagg actgctagag atgttcatga tccaacatgt       840
     atccgaaggc gctggaaggg atcatctgac ttcttggttt ggggatgctt tacatatgat       900
     aaaaagggac ctctgcatat ctttgaacca gagactgctt accaacacaa gaagtcagag       960
     gtagagatag cagctctaaa tgcagagctg gagcctattc tcagggagga atgggagata      1020
     gagacgaggc taaagcgtct gcatcttcgt ggggtccctg ggcgtgttcc tacatggaga      1080
     tttactgaga aaactgggaa gcttgtacga aagagcaaag gaggagttga ctggtggaga      1140
     taccagcagg tattctctaa tagctttatt ctcctatatt gggctaacca gcttttctca      1200
     ataggaaatc cttcttccac atcttattcc ttttgccaag gcctgcaaaa tcgaacgtcc      1260
     agatacaaag gtattagagg atggggcccc tgctcataaa caccatgctc agcgccgcat      1320
     ttacagcatc catgaaattg agaagatctt tgactggcct ggcaattcgc ctgatcttaa      1380
     tgcaattgag ccatgctgga tgtggatgaa gaagcgtaca acttcacgtg gagcacctag      1440
     ggacaaaaag actggaaaga cagcttggat aaaggcatgg aatgagctcc ctcaggagaa      1500
     gatacagggc tggattgaga ggcttataag gcatatccag gaggttatac aacatgatgg      1560
     gggtaatgag tacaaggagg gccgtacaga tcatgatgct cgaagctgga agggcaggcg      1620
     gatcaaaggt cagctttctg cgcgtcaaga tctatctcca gatccttggg aggacctctg      1680
     aatagcttca tatctgctag ctttgacatt ttattgtatt ctccttctct aatatcacca      1740
     cagctgtatg ccgaacattg gttgctatgg tattttctta caagaagccg gtacagtggc      1800
     agtactagcg tcaatactag cgcggcgaag acttttggtg cacacctccg                 1850
//
ID   Mariner-2_AN repbase;    DNA;    FNG; 1876 BP.
XX
AC   .
XX
DT   09-DEC-2003 (Rel. 8.11, Created)
DT   09-DEC-2003 (Rel. 8.11, Last updated, Version 1)
XX
DE   DNA transposon, Mariner superfamily, Tc1 clade - a consensus
DE   sequence.
XX
KW   DNA transposon; mariner superfamily; Mariner-2_AN; Tc1 clade;
KW   transposase.
XX
OS   Emericella nidulans
OC   Eukaryota; Fungi; Ascomycota; Pezizomycotina; Eurotiomycetes;
OC   Eurotiales; Trichocomaceae; Emericella.
XX
RN   [1]
RP   1-1876
RA   Kapitonov V.V., Jurka J.;
RT   "Mariner-2_AN, a family of nonautonomous DNA transposons in the
RT   Aspergillus nidulans genome.";
RL   Repbase Reports 3(11), 195-195 (2003).
XX
CC   [1] (Consensus)
XX
CC   DNA transposon. Mariner superfamily. Tc1 clade.
CC   The consensus sequence was reconstructed based on multiple
CC   alignment of
CC   3 copies. They are 99% identical to the consensus.
CC   Mariner-2_AN elements are characterized by TA target site
CC   duplications and
CC   37-bp TIRs.
CC   It encodes a 393-aa Mariner-2_ANp transposase (2 exons, pos.
CC   291-1116, 1318-1673). The transposase is closest to mariner/tc1
CC   transposases from frog and fly (GenBank, AAP49009.1
CC   and CAA82359, respectively).
XX
FH   Key           Location/Qualifiers
FT   CDS           0..0
FT                 /product="Mariner-2_ANp"
FT                 /translation="MPRGGFHPVELRVQVLTLSAIGFSTEKISKSLNLSPR
FT                 TVQSIVKKGRDRGYRPEVSLRVQLEFVEDRKRSGRPVEITEATQNTVITSV
FT                 TADRAGREKLSEILAYEAGISHSSVLCILHSHGFVIAKPSWKPGLTEAACL
FT                 RRLEFCLAHQHWTLEDWKRVIFTDETGVILGHRRGAIRVWRTVKDSHTRNC
FT                 VRRRWKACSDFMVWGCFSYNKKGPLHIYKPETAAMRKQADIEIEAMNRELE
FT                 PLCREEWELATGLSRVHLRPNRGRVPKWNWNEKNEDSAPAHCHRIQQHVYK
FT                 AEDVQKILDWPGNSPDLNAIEPCWAWMKKRTTSRGAPRDKKTGEAEWRQAW
FT                 ADLPQETIQHWIERLIRHIQIVIELEGGNEYKEGREDRDTRSWAGRRIKG"
XX
SQ   Sequence 1876 BP; 484 A; 418 C; 449 G; 525 T; 0 other;
     cggaggcgtg caccaaaagt ttttgcgcga cgctagtgtc acgccatgta atactgttac        60
     gccctacata acaatttcta tggcaacccc actaccatac atacattaat attttgacat       120
     atattgcttc ttcattgttt cagctgcctg cagcctcttg aagctattca cactgctcat       180
     atattctatt tgactgatca atttggtgtt ttagcacgct tagcacgctt tttatactaa       240
     ttcaacttat cctgccacag ttgctctcct tcctcaacac cagcttcatg atgcctcgcg       300
     gcggctttca tccagtagaa ctccgtgtcc aagttcttac tttatcagct atcggattta       360
     gtacagagaa gatctcaaaa tctttgaatc tctctcctcg tacggtccag agcatcgtaa       420
     agaaaggcag agatcgtggc taccggccgg aagtaagcct gcgcgtgcag cttgaatttg       480
     ttgaggatag aaagcgatct ggccggcctg ttgagattac tgaagctact cagaatactg       540
     ttattacttc agtaactgca gatcgagcag ggcgcgagaa attatcagaa attcttgctt       600
     atgaagctgg tatctcccat tcttctgttc tttgtatcct tcattctcat ggctttgtta       660
     ttgcaaaacc ttcctggaag cctggtctga ctgaagctgc ttgtcttagg cgtcttgaat       720
     tctgccttgc ccaccaacat tggacattag aagactggaa acgcgtgatc tttaccgacg       780
     agactggtgt tattcttggc caccgccgcg gagcaatacg agtgtggagg actgtgaaag       840
     attcacatac aaggaattgt gtacggaggc gctggaaggc ctgctctgac ttcatggtat       900
     ggggttgctt ctcatataat aagaagggcc ctttacatat ctacaagccg gagactgctg       960
     ccatgcggaa gcaggcagat atagagattg aagccatgaa tcgtgagctg gaacctctat      1020
     gccgggagga atgggagttg gctacaggtc tttctcgtgt tcatttacgc ccaaatcgcg      1080
     gccgtgttcc taaatggaat tggaacgaga agaacggtaa gcttatacgt aaaggtaaag      1140
     gggggattga ttggtggaga tatcaaacag tttgttccct tatctctata attctctatt      1200
     atagagtagt taagcacgtg ctaattactt attctactgc ctaggaagtc cttaaacctc      1260
     ttcttattcc atttgcaaaa gaatgcatga ttgagcgccc aaatactatt gttttagagg      1320
     atagcgcgcc tgcccactgt caccgaatcc agcagcatgt ctataaagca gaagacgtgc      1380
     aaaagatcct tgactggcct ggcaattcac cggatctcaa cgcaattgag ccgtgctggg      1440
     cttggatgaa gaagcgtaca acatcccgcg gtgcgccccg cgataagaag acaggagaag      1500
     cagaatggag gcaggcttgg gcggatctcc cacaggagac tatacaacac tggattgagc      1560
     gtctaattcg tcatattcag attgttatcg agctagaagg gggtaatgaa tacaaggagg      1620
     gccgtgagga tcgcgatacg cgtagttggg caggcaggcg gattaaaggg tgactatcac      1680
     cacgtgtaga cctcgctcta cagccaatag aggcccctga atagcttcat ttctcttgtt      1740
     tttgatttcg gggtttatgc ggatatagtt agttgtgggt caaaaaacat gttgctatag      1800
     taatttgtat gtaagcttgt tacgtcggcg cattaaatta ctagcgtcgc gcaaaaactt      1860
     ttggtgcacg cctccg                                                      1876
//
ID   DNA-2_AN    repbase;    DNA;    FNG; 4506 BP.
XX
AC   .
XX
DT   09-JAN-2004 (Rel. 9, Created)
DT   09-JAN-2004 (Rel. 9, Last updated, Version 1)
XX
DE   Nonautonomous DNA transposon. Putative classification: MuDR
DE   superfamily - a consensus sequence.
XX
KW   MuDR; DNA transposon; Interspersed Repeat; Nonautonomous;
KW   DNA-2_AN; nonautonomous DNA transposon;
KW   putative MuDR superfamily.
XX
OS   Emericella nidulans
OC   Eukaryota; Fungi; Ascomycota; Pezizomycotina; Eurotiomycetes;
OC   Eurotiales; Trichocomaceae; Emericella.
XX
RN   [1]
RP   1-4506
RA   Kapitonov V.V., Jurka J.;
RT   "DNA-2_AN, a family of nonautonomous DNA transposons in the
RT   Aspergillus nidulans genome.";
RL   Repbase Reports 3(12), 204-204 (2003).
XX
CC   [1] (Consensus)
XX
CC   Nonautonomous DNA transposon. Putative classification: MuDR
CC   superfamily.
CC   9-bp TSD.
XX
SQ   Sequence 4506 BP; 1319 A; 868 C; 907 G; 1409 T; 3 other;
     gagtacacag gtgaggcggc gggtaaaata tgtcgggtgt ctcgctaagt tgcacgtgac        60
     caaattaaga gtcatctgag ccacagtgtc atttacccgt caattcagaa tttcatctgc       120
     ttaccgtaca cattgaagct gcgatcatca ggcctgcaac tagttttcaa tcatttttga       180
     ctggaaaaaa ggttcctaca atgtctttga ttggacagaa caaatggttc aaaaaatata       240
     aagaagaagt gaaaagtggc aagcttgact tgcctgcttt ggaattcgtg aggcttcatt       300
     atcactacat tatcaattaa ctacttgcta agtccttact gcgtcaagga tgcgaatcag       360
     aatgttgtca tatactatgg tgaagtcttc tgtcgctacg aagattgtgt gaagaatcgc       420
     gtgggtattc aactattttc tagctgtttg tcaactgttc attaactgtt ttacaactac       480
     ttagtcgcca ttctctacca ctaataatct ccgaacccat ctccgcgatc agcatgactg       540
     taaattagag gagagcaaag ggggtcgcaa tgctcacaag acgattaatc tgggcatacg       600
     tgaggatctc caactacctg gcaactgctt tctaactact tagaatggta caagggcctc       660
     ttctccgagc aagatgcaca ccggccagtt gcccttgaag ataaacatga agccgttcag       720
     cagcaaatta tcagcaatct acaaacccag tccaagtcag acctgtccgc ggccctacct       780
     tccctgcccc gaaagaagga tggaacagta agattaatta cctgttagct actttatagc       840
     tgcttgctaa ctactcaggt tcatatttct aacatgcgca agaaggtcaa agagctgggc       900
     catatcatac cctgcaataa atgtccatct gctaaggact gctgcaagga tcagaatacc       960
     tgtgagcact tccgtcattt tgagaatgat ctagaggagg acgaggacna agacaaagaa      1020
     tgagacacat cttcgtagta actagaagtt ctgtcaggcg ttatggagct tgaattatca      1080
     gaagttctct aataagttac cagttagttt acagctagtt atgaatcaat ttcctgcagt      1140
     ttcttccgtc tttccataag ctctaattcc ttctcctcat tttgaagctg caaaacccga      1200
     atttcttcct gttctttttt cagcttcatc ttaatttgct ccagctccaa ggcctgccgc      1260
     tgttcctcaa aagataatrt atcctctgag ggtcttataa ggctttctga agaagatgac      1320
     ctaaccattt ataaggtggt tagcaagtag atactaagtg attgctaagc attggcagag      1380
     atattatcca cacaccggat taaccttggt cgtgatcgtg acgtacracc agatcgtgaa      1440
     gataaatgtg ctgatgatga ccgacggcgt tttcgagatt ctagaatagt taattgctga      1500
     tataatatat tgatagagaa gatacctacc ttcacgagct aaatggcgta ggtaattagc      1560
     ttccatattt gctgtcctat acgagtgatg aactccaaag tagtcatggt tttgatactg      1620
     aataatatct tgcttgtcaa gctttgcaga gctatattaa tgcaagtagt tagtttgtga      1680
     ttaggaagtg gttaggaagt agttagtaag ccaataactt acttctgaac agcctcaatt      1740
     aatgaaagct gtttaccacc agcatttgct ttatggtgtg actgctctgc tgaattagta      1800
     tgattccgta tagaatcata caaagatgat ggaatcctag agcagttttt gttaagccca      1860
     gctttaataa ctgcattctt tttatggaga gcccaattct gaatttttgg gtcctcatat      1920
     gctaggataa attgttaata agtacctccc aaatatttac gaaacactta cctgcaagta      1980
     agtcacataa ctgatcataa tcctcctctg atttacaatc aaccagactt gccatgcgac      2040
     tccacacgcc tgttccttta ttgtcattac caacaatctc agtaatagtc cggaaaaaat      2100
     ggacccggca gaaaataatg atgctctgta gttgccataa tagggaacga tggtagggat      2160
     caatctcttt aagatatcga gccaggccta gctagttgtt aactacttat caagtaattc      2220
     ccaagtggct gattaatgat tgacctacca gcatattgtt tcgtgtccat gtcaacaata      2280
     attccagata ttccatttcc atggatagaa ttaaattcca caggttgacc tgttactttc      2340
     tcaacaagag taaatactct tttgaataaa agatagtagc ctgtcgtagt ttcttggttc      2400
     gtaaacacac acattaaggt gataactaga gtagtttgta agtggcttcc aagtagttgt      2460
     taactggcta tggaatacct acttttcccg tgctcatgta ggtaggttgc aaaaactacc      2520
     tcattcatgt ttttttgtct tatccttttg taggacatat caacttcaaa tgaggttaac      2580
     ttgtttagaa gcatgatctg ctccttatag gcacataata tcataatgcc atcaggatca      2640
     cggtatttct cctggatata ttgctagata ttgttataaa gcagctccca actagttata      2700
     aaatatttat aatcttacct tcaaggtagg gtttatgtta gatatgtata ccacaccatt      2760
     gaaatcctgg ccttcgggat atgtaagtaa acgttgtttc tgtataatgg cagatattct      2820
     gtcaatattg gaaagggagg cgtgtatttc agctggtgta gaagcattat actgttgaca      2880
     aaaagcctct aactcaggac ttcgtaggaa ttttgctatt gagtagttgg taactagtta      2940
     tcgaacagta atcaaatagt attagacaac ttaccaaggg ttaggcttgg attccgcata      3000
     tttctaatta ttgattcaat ccctttcaaa atctgctccg gtggcttgtg tggtggtggt      3060
     ggaggatgtt gatgaattcc atgtgaagta aagaggatat agggagtttc ctgaatatta      3120
     actggtacca atgcagtaaa gattacactg cattttatat gttccagctt gccggggcct      3180
     tgaacatggt caaagtctag aagtagttta gaattggttt gccgaatgtt gccaagcagt      3240
     tttaaagtag ttgggaacca cttaccacag aatttgcgcc gtgttgttag tggttcaata      3300
     acagcacact cctcctgcga cgggagaatg gactcattaa ataaccgctc taagaattca      3360
     agatcaattg atgtatggcc tttcagagag ctgtgataat gtttctgtag aggacctggt      3420
     gcgctattta tgcagctaat atatggatgg tgcttattat tgatgtcctt ttagcaagtt      3480
     agtaggtagt taataagcag tttccaagga cttaccgggt agaaagattt tcgaaataca      3540
     ggcgcacagc ttgaaaggtt ttcgatacaa gctttgccac tgttgaagaa tctcttcttc      3600
     gagcgataaa gactgaatag aagcaattcc ttgtaagtaa ttggcattta gtttccaggt      3660
     agttccaaag tacttacctg aatgcattcc tcttccgaat atcattttca acaaggtcaa      3720
     tatctttccg aattgtttgg atttcttgcc atgctttttc atcaaggtat gtatgataaa      3780
     gaagtcgaag acttggcttg atatattcac agacaaaagc tcccgaacat ttccaactcc      3840
     atttcttaac cttacagttc aagaaactgg aattgatatg tcttagccca tggaggcttg      3900
     aacgagaata ctgaatcttc aagcaattaa caaacagttc ttaagcggtt acggaacagt      3960
     tctgaagtac ttacgtcttg aactcgttgc tccgcctccg attgtgacat tttatctgct      4020
     gcaatgatat acgtatgacc attgatatga gtctttggat actcaggaag gtcatctata      4080
     tattcaatat agagcgtctg taaagggtgt aactttgcat cggtaaggtc tgtcaaagtt      4140
     gttggttggt cctaagatat atatttagtt atgcagtact taagagctat acagttatat      4200
     tttacctcca atacatcctc tcttacctcc tcttcaaacg tatctgatag aatatcatta      4260
     atatcttctt cccaatcaac tggatctatg ttgtcatcca ttataaaatc actctagaac      4320
     tgattgggaa gtactttgaa agtggtttgt acgttgggag tacgaagaaa taataaagga      4380
     gacgaattga aaatgaaatt cggtaattaa ctactgtatt taaaggctca gttgactagt      4440
     cgggttgcca agatttggtg gggccatcat ccgagttttc cgatgaatca cttgacctgt      4500
     aacctg                                                                 4506
//
