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DNG21203 (Arabidopsis lyrata) |
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1 61 121 181 241 301 361 421 481 541 601 661 721 781 841 901 961 1021 1081 1141 1201 1261 1321 1381 1441 1501 1561 1621 1681 1741 1801 1861 1921 1981 2041 2101 2161 2221 2281 2341 2401 2461 2521 2581 2641 2701 2761 2821 2881 2941 3001 3061 3121 3181 3241 3301 3361 3421 3481 3541 3601 3661 3721 3781 3841 3901 3961 4021 4081 4141 4201 4261 4321 4381 4441 4501 4561 4621 4681 4741 4801 4861 4921 4981 5041 5101 5161 5221 5281 5341 5401 5461 5521 5581 5641 5701 5761 5821 5881 5941 6001 6061 6121 6181 6241 6301 6361 6421 6481 6541 6601 6661 6721 6781 6841 6901 6961 7021 7081 7141 7201 7261 7321 7381 7441 7501 7561 7621 7681 7741 |
>DNG21203 | Arabidopsis lyrata | genomic sequence | Ros/Demeter Group
ggaaagcgta aataaaatct gaaaatttgt tgtctcaatc tctcaatctc ttttttaact ttgatcattt cgaagaaagg aagcaacaac aaaaagaatc tgatcctcct cttcacagct aaaccactga acaaacttta tactctttat cactttgatc tccaccattg attcaattca accactggta aatttttctt tatctatggt tttatttttt ttacattttg gtaaattgct ctctaaaatg tttttttttt tttaaatgtc atcttcttct actctaacct cacggattaa tcgttcatgt cgctactact caccaaatat caatgacttg cggagatatc tctttaaacc cccagaaaaa tgtggatcta attctattca aaaaatttaa catttctcta caaaaatgat tttttgaaga atttacagcg gaagatcaaa atggttttga ttaaagaaga gtgaagaaag agtcaaaaca gagtaaggaa ATGGAGAAAC AGAGGAGGAG AGAAGAAAGC AGCATTCAAC AACCTCCTCC TTCATGGATG ATTCCTTTGA CACCTATGAA GCCCATTTCT CCGATCAGAC CATACACGAT GGATCCGATC TACCAATATA CAGTGGAAGA ACAATCGCAT CGGAGTCAAG TGGAGGAAAG gttattgctt ttctgttgta aagttgagaa ctttttcaat ttgggtaaat ggttggtttt taagcaagtg atgatgatgt atgcagAGGA TTCGACATGG GTGGTCTTGA TCACTTGTCT TTCAGTGATT TGCTAGCTTT ATCCAACACT AGACCTGTCT GTTTCTCCGG TCAGACCTCT TGGGCTTgta atgattccgg tctgatgatc agagatgaaa tttctcccat ctgcccaaac actgtggagg aggaacaaac tcattggaat caagtggagg aaaggttagt ccttttgtct taaagttgag agattttgga ggtttcttgt ttgggtagtt gcttaagCAA GTGATGCTTG CAGGAGATTC GACATGAATC AGTTGTCTTT TGGTGATTTT CTGGCTCTAT CCAACAATGC ATCACTCTAT TGCTCTGGTC AGACCACCCC TTGGGATGGT AATGTCTTAG AACCCACAAG TGAGAGGGCT TTTGATTCCG GTCTGATCAG AGATGAGGTT GAGATGCTGC AAAAAGGTAA TGAAGCAGTG GATAATCTGA TCTCAGTGAG TAACAATGTT GCATCAGTCT ATTTCTCCGG CCAGACCCCT TGGGCCTCAG AACCTACAAG TAAGATGGGg ttttgattct ggtctgatta gaaatgaaat tgctttgtca aattttatct aagCTGGACT GAGGAAGATC TGATTCTCAA TGTAGGAAAC ACAGAGATGA TGCAAAAAGG TAATGAAGCA GTGGACATTC TGAGCTCAGT GAGTAACAAT GTTGCTGAAG AGATCATCAA AACTCCTGAA AAACCAAAGA GGAAGAAGCA TAGGCCAAAG GTTGTTAGAG AAGCTAAACC CAAGAGGGAG CCTAAACCGC CAACTTCGAG GAAATCTGTT GTTGCTGATG GTCAAGAAAG CAAAACGCCA AAGAGGAAAT ATGTGCGGAA GAAGGTGGAA GTCAATAAGG ATCAAGAATC TACTCCTGTT GAATCATCAG CAGCTGTAGA AACATTAACT CATGCGAAGA AGCTCTGTAG ACGAGTCTTG GATTTTGAAC CCGAAAACGG AGATAACCAG ACCAACAGCG ACCCAAAACA CGGAGATGAG ACGGAGCCTA GCTTGCCCAA GAGAAAATGC AGCCAAGGTA AAAGAAAGGG AACGGAACCA AAGAAGAATG GAGGTAATCA AGATGGAGTT GATCTTTCGA TGGCACAAGC TGGAAAGAGA AGACAAGGAA AAGAACCAAC TTGTGGTGAC ATAAATCTAT CAGGGATTCA GTACGATGAG CAATGTGACT ACCAAAAAAT GCATTGGTTG TATTTCCAAA ACTTGCAACA GGAATGGATT AGATCGGATC CCATTTGCAG CACATCATTC GCTGGACAAC AACATAAGGA TGTTTCTGCC TTTGACTCTA ACTGCTACAG TTTCACATCT CAGCCCAATG CTAATAGAGT CCTAACCATT AAAGAAAAAC GCAAAGGTAT CTTTCAAGGA AGGCAAGAGT CTGAGTTCAG TGTTCTCTTG GATATGATAG AAACGCCGAT AAAGACGAGA ACTACAGGCC ATGTTCGATT GCGGGATTTA TCTCCCATGA ATAAACTTGT GGAAGTTTCT CAGCAATTAC CCTCAGGATA TCATAGCAAA CCAAAGCAGA AGAGTAATAA GATTCTTGTT GATACGCGGG TGACCGTGAG CAAAAAGAAG CGAATCACTA AGTCTGAGAA ATCACAAACC AACAAGAAAA CTCTTCTTCC AAATCCTTGC CAGTTTCCAG CTTCATTTTC TGgtaatgaa tacatacaca actatatttc tttgttttct tgaatctatt gaatgcagac tatttgttga tagtgatgat gtttaattcc tgcagGTCTT TCTCAAGATG AATTTTGGAA ACAACCTAAC TTGGTTGAAG AAATCAGTGA GCAATTGCGT CTATTGGACA TCAACAGGGA GAATTCTGAA ACTGCTCTCG TTCCTTACTC AATGAAAACA CAAGGAAACC AGATTGTCCT CTTCGGCGGT GGCGCTGGAG CAATTGTGCC TGTAACTCCT GTTAAAAAAC GGCGCCCACG ACCAAAGGTT GACCTAGACG ACGAGACAGA AAAAGTTTGG AAACTGCTAT TGGAGAATAT TAATAGTGAG GGTATTGACG GATCAGACGA CCAGAAGGCA AAATGGTGGG AAGAAGAACG TAATGTGTTT CGAGGACGAG CAGACTCATT TATAGCACGG ATGCATCTTG TACAAGgtta cacaccacac ttttccattt acctgtgttt gttctaacta catggtttca attagtattt tgatctataa cttgtatgtc gcagttataa cttctgttat ggtcttcggt tttgtaacag GGGATCGACG TTTTACGCCT TGGAAGGGAT CCGTTGTGGA TTCTGTTGTT GGAGTATTTC TCACTCAAAA TGTTTCAGAC CATCTTTCGA Ggtataagca cttacgtaat tctacttcga aaccaaatcc aacacaacaa caagtcacaa aactaacttg ctttgttttt ttttgtcctt gtagTTCAGC TTTCATGTCG CTGGTTTCCG AGTTCCCGGT CACTTCAGTG CCCAGCAGTA ACTTTGAAGC TGGAACAAGC TCGATGCCTT CTATTCAAAT AACTTACTTG GACTCAGAGG AGTCGATGTC AAGCCCACCC AATCACAATC AGAGTTCTGT TATTTTAAAA AACACACAGC CTGATGAGGA GAAGGATTAT GTACATACCA GTGAAACCTC CAGAAGTAGT AGTGAGATTT CCAGCTCAGC CCATCAATCA GTTGACAAAA CCACGGATTC AAAGACGTTC GTGGAACCAG ATCGAAAAGG CTCAAGTGTA GAGGTTGATA AGACAGGTCA GAACTGCCTT GTCCTAAACC TGTTTACATC TGAAGATTCT GCACTTACAT GTCAACATTC GATGGTTTCT GATGCTCCTC AAAATACCGA GAGAGCAGGA TCAAGCACAG AGATCAACTT AGAAGGAGAG TATCGTACTT CCTATATGAA GCTCCTACAA GGGGTACTAG AAGAgtccaa tcaaaagaat cagtatgaag ttggggtttt aagcaatcct ggaagCTTAC AAGTATCACC AAATATGTCT CCCGGTGATT GTAGCTCAGA AATTACTGAT TTCCATTCAT TGAAAAGGCC CACAAAATCT TCTGATGATA GTTATGAACC TTATTGTTGC TATCAGCAAG ATGGTGATGT TTTGAGTTGT CAGAAACCTG AGATGCCTGA AAGCTCTAGC AGCTTTCgtt cgacaaaacg caaacgcagc ttccagattc cagatctaaa tgaaagcacg agttgtcttg atgtcataga agacacagaa aatccaccag atccttactc aaggcagctt ccagactcat cgtgcaaaga gctcaatccg acagatgctg ctaccttaaa tgcaaaagGA AAAAAGGTTT TAAAGGAGAA AAAAGAGGCG TTTGATTGGG ATAGTTTAAG AAGAGAAGCA GAAGGTAGAG AAGGAAAAAG AGAAAAAACA ACAAGGACAA TGGACTCTGT GGACTGGGAG GCAATAAGAA CAGCGGATGT TAGTGAAGTT GCTGAAACAA TCAAGAAACG TGGGATGAAC CATATGCTTG CGGAACGTAT ACAGgtccaa ttttatcttt aaatgtggcc aaatttcttg atacctttca ttttaagttg ttgaccgtga acatgaaaat aatgcagGGG TTCCTTAATC GACTGGTCAA CGAACACGGT AGTATCGATC TTGAATGGTT GAGAGACATT CCACCCGATA AAGCAAAgtg agtttgaaag aaaagtattt tattttcttc ttcattcacc gcgatataga aaaattacta cttagacagt taagcgtcaa tgatttaata ctgcattgtg tatctctcat attctataca atcatgcagA GAATATCTTC TGAGTTTTAG AGGATTGGGC CTAAAAAGTG TGGAGTGCGT GCGGCTTCTA ACACTGCACC ATCTTGCGTT TCCAgtaagc caggatcatt ctttattttt tgtccctgtg aagtgaatta tatgatgtat gaacctaagg taaaacttac tgacagGTTG ATACGAATGT TGCGCGCATA GCCGTTAGAC TAGGATGGGT ACCCCTTCAG CCACTGCCAG AGTCACTTCA GCTGCATCTT CTAGAAATgt aagaagtcta caaatggtac tacttggaaa ttgtaattta ttacttatac acttggggtt tggtatatcc agGTATCCTA TTCTTGAATC TATTCAAAAG TATCTTTGGC CACGTCTCTG CAAACTTGAC CAAAAAACAT Tgtaagacct ctcatcatgt ttagcactat cttattattt tttcatacct gattctatta gacccattca ttagattaat gccctattat ctattatctc acacagGTAT GAATTACACT ACCAGATGAT TACCTTTGGA AAGgtatgta taaaacaata tacacatata tatgtatgaa aaaatcagta gctcacatga ttatgtttca gGTGTTTTGC ACAAAGAGCA AACCTAATTG CAATGCATGT CCGATGAGAG GAGAATGCAG ACATTTTGCT AGTGCGTTTG TAAGgtgcta caacatgttc tcttaaacct ttagtacgcc actatgagga aactcattgt tagtatctaa acttcgctct gaataattac agaaaattta gtaaccttca tttgttttac agCGCAAGGC TTGCTTTACC CAGTACAGAG AAAGGTATGG GGACACCTGA TAAAAACCCT TTGCCTCTGC ACCTCCCAGA ACCATTGTAT AGAGAGCAAG GGTCTGAAGT AAAACAGCAC TCAGAACCAG CGAAAAAGGT CACATGTTGT GAACCAATCA TTGAAGAGCC AGCATCACCG GAGCCTGAAA GCGCACAAGT ATCAATAGCT GACATAGAGG ATGCTTTTTT TGAGGATCCG GAAGAAATTC CTACAATCAG GCTAAACACA GATGCATTTA CCAGTAACTT AAAGAAAATA ATAGAACAGA ATCAGGAACT ACAAGACGGA AACATGTCCA CTGCTTTAGT TGCACTTACT GCTGAAGCTG CTTATCTTCC AATGCCGAAG CTCAAGAATA TCAGTCAGTT AAGGACAGAA CACCAAGTgt acgtatccat ttttctctgt tattcatcgt gtcttaggtt gaaattaaat ccaaaacaca ttcttcaaaa tattaaaggt tgaatagagt agaataatta agtgatagac caagcattta ctcgtaagtt ggaaagcaga caaacttcct aatacttaca ggttaaagaa acttttgcat tttgttcagc ttgccttatt gaaaacttga tttctgtctt tctatttatt ttgcatatct tgcagTTACG AACTTCCAGA CTCCCATCCT CTTCTAGTTC AGgtatgtga agtaactgga tgaggacaca tgccttatag tgctttcaat attgtaaaat ctgattagcc gtttgtgttt gttgtggcag TTGGAGAAGA GAGAACCTGA TGATCCATGT TCTTACTTAC TTGCTATTTG GACGCCAGgt gattaagaaa ttatttactg atctgccaat cttttaatca tgaaatcaga tcgattaaaa agtttcttaa accactacgg ttttaacagG TGAAACGGCT GATTCCATTC AACCAACTGT GAGCAAGTGT ATATCCCAAG AAAATGGTCA GATTTGTGAT GAGGAGACTT GTTTCTCATG CAACAGCATC AAAGAAGCGA GATCTCAGAC TGTTAGAGGG ACAATCTTGg taagttattg cctcaaactc cttttgctgc ggtatacact tggggaatct tggtatgttt atacaaaata atatgttgta aattcttgca gATACCTTGT AGAACCGCAA TGAGGGGTAG CTTCCCACTC AATGGAACAT ATTTCCAAGT AAACGAGgtc actcttcaag tccaatatat ccatctcgtt cttttaatta tttgcaatga aatctctgat gtaatttatt aatatagGTG TTTGCGGATC ATGCGTCTAG CCTAAACCCA ATTGATGTTC CAAGGGAAAC GTTATGGGAC TTAACAAGGA GAGCTGTTTA CTTTGGAACT TCTATACCTA CAATATTCAA AGgtatagat aggatcttca ttatttgatt gtgatgctac tgttcatata aaagaaaggt gttctaacca ctagagctat ttttttcagG TTTATCAACA GAGACAATTC AGCAATGCTT TTGGAGAGgt aacgtcataa cattttgttt aagctatagc aatatcttct tatttctgaa acataactta tcttttaaat ctgtagGGTA CGTATGTGTA CGTGGATTTG ACCGTGAGAC AAGAGGACCA AAACCTTTGA TAGCCAGATT GCACTTCCCG gtaagcaaaa tgaagtcact ggctaacccg cctaatcaga gtgctacgaa ggcaagcaaa taaatacaga cttatagtta gactttagag ATAGCACACT GTACAAAACT AGCTGATGCA ACGAGATCTT CAACATCATC TCATGGGCCA GACGTCACTT ATTTGATCAT TTGGGCATTT TTGGTGATTT GTTTTATTCA ATCTTCATTG GTTTAAgttg aattaataaa agaagaaagg tttatatgtt catgtttcgg tatcccttcg agggtttcaa tcaaatacaa gaagacaaga cgatttggta tccttctcag ctcaacaatc ctgacatcct cgcggtcgtg gatcaacgac ttctttctat cttctttagt catggccact gttaacacta gctgatgtaa aaagtgaaac atagagccag ctaatagtaa ttgtaacacg tctttaaaca gtcataagaa acacagttcg agatttggtt cgatatataa tctcggttaa cttggtttga atcagatggt ttaaccagac cgaataatca aattttgttg tc |
Transcript Splice Model
501-670 |
|
1 61 121 181 241 301 361 421 481 541 601 661 721 781 841 901 961 1021 1081 1141 1201 1261 1321 1381 1441 1501 1561 1621 1681 1741 1801 1861 1921 1981 2041 2101 2161 2221 2281 2341 2401 2461 2521 2581 2641 2701 2761 2821 2881 2941 3001 3061 3121 3181 3241 3301 3361 3421 3481 3541 3601 3661 3721 3781 3841 3901 3961 4021 4081 4141 4201 4261 4321 4381 4441 4501 4561 |
>DNG21203 | Arabidopsis lyrata | transcript sequence | Ros/Demeter Group
ATGGAGAAAC AGAGGAGGAG AGAAGAAAGC AGCATTCAAC AACCTCCTCC TTCATGGATG ATTCCTTTGA CACCTATGAA GCCCATTTCT CCGATCAGAC CATACACGAT GGATCCGATC TACCAATATA CAGTGGAAGA ACAATCGCAT CGGAGTCAAG TGGAGGAAAG AGGATTCGAC ATGGGTGGTC TTGATCACTT GTCTTTCAGT GATTTGCTAG CTTTATCCAA CACTAGACCT GTCTGTTTCT CCGGTCAGAC CTCTTGGGCT TCAAGTGATG CTTGCAGGAG ATTCGACATG AATCAGTTGT CTTTTGGTGA TTTTCTGGCT CTATCCAACA ATGCATCACT CTATTGCTCT GGTCAGACCA CCCCTTGGGA TGGTAATGTC TTAGAACCCA CAAGTGAGAG GGCTTTTGAT TCCGGTCTGA TCAGAGATGA GGTTGAGATG CTGCAAAAAG GTAATGAAGC AGTGGATAAT CTGATCTCAG TGAGTAACAA TGTTGCATCA GTCTATTTCT CCGGCCAGAC CCCTTGGGCC TCAGAACCTA CAAGTAAGAT GGGCTGGACT GAGGAAGATC TGATTCTCAA TGTAGGAAAC ACAGAGATGA TGCAAAAAGG TAATGAAGCA GTGGACATTC TGAGCTCAGT GAGTAACAAT GTTGCTGAAG AGATCATCAA AACTCCTGAA AAACCAAAGA GGAAGAAGCA TAGGCCAAAG GTTGTTAGAG AAGCTAAACC CAAGAGGGAG CCTAAACCGC CAACTTCGAG GAAATCTGTT GTTGCTGATG GTCAAGAAAG CAAAACGCCA AAGAGGAAAT ATGTGCGGAA GAAGGTGGAA GTCAATAAGG ATCAAGAATC TACTCCTGTT GAATCATCAG CAGCTGTAGA AACATTAACT CATGCGAAGA AGCTCTGTAG ACGAGTCTTG GATTTTGAAC CCGAAAACGG AGATAACCAG ACCAACAGCG ACCCAAAACA CGGAGATGAG ACGGAGCCTA GCTTGCCCAA GAGAAAATGC AGCCAAGGTA AAAGAAAGGG AACGGAACCA AAGAAGAATG GAGGTAATCA AGATGGAGTT GATCTTTCGA TGGCACAAGC TGGAAAGAGA AGACAAGGAA AAGAACCAAC TTGTGGTGAC ATAAATCTAT CAGGGATTCA GTACGATGAG CAATGTGACT ACCAAAAAAT GCATTGGTTG TATTTCCAAA ACTTGCAACA GGAATGGATT AGATCGGATC CCATTTGCAG CACATCATTC GCTGGACAAC AACATAAGGA TGTTTCTGCC TTTGACTCTA ACTGCTACAG TTTCACATCT CAGCCCAATG CTAATAGAGT CCTAACCATT AAAGAAAAAC GCAAAGGTAT CTTTCAAGGA AGGCAAGAGT CTGAGTTCAG TGTTCTCTTG GATATGATAG AAACGCCGAT AAAGACGAGA ACTACAGGCC ATGTTCGATT GCGGGATTTA TCTCCCATGA ATAAACTTGT GGAAGTTTCT CAGCAATTAC CCTCAGGATA TCATAGCAAA CCAAAGCAGA AGAGTAATAA GATTCTTGTT GATACGCGGG TGACCGTGAG CAAAAAGAAG CGAATCACTA AGTCTGAGAA ATCACAAACC AACAAGAAAA CTCTTCTTCC AAATCCTTGC CAGTTTCCAG CTTCATTTTC TGGTCTTTCT CAAGATGAAT TTTGGAAACA ACCTAACTTG GTTGAAGAAA TCAGTGAGCA ATTGCGTCTA TTGGACATCA ACAGGGAGAA TTCTGAAACT GCTCTCGTTC CTTACTCAAT GAAAACACAA GGAAACCAGA TTGTCCTCTT CGGCGGTGGC GCTGGAGCAA TTGTGCCTGT AACTCCTGTT AAAAAACGGC GCCCACGACC AAAGGTTGAC CTAGACGACG AGACAGAAAA AGTTTGGAAA CTGCTATTGG AGAATATTAA TAGTGAGGGT ATTGACGGAT CAGACGACCA GAAGGCAAAA TGGTGGGAAG AAGAACGTAA TGTGTTTCGA GGACGAGCAG ACTCATTTAT AGCACGGATG CATCTTGTAC AAGGGGATCG ACGTTTTACG CCTTGGAAGG GATCCGTTGT GGATTCTGTT GTTGGAGTAT TTCTCACTCA AAATGTTTCA GACCATCTTT CGAGTTCAGC TTTCATGTCG CTGGTTTCCG AGTTCCCGGT CACTTCAGTG CCCAGCAGTA ACTTTGAAGC TGGAACAAGC TCGATGCCTT CTATTCAAAT AACTTACTTG GACTCAGAGG AGTCGATGTC AAGCCCACCC AATCACAATC AGAGTTCTGT TATTTTAAAA AACACACAGC CTGATGAGGA GAAGGATTAT GTACATACCA GTGAAACCTC CAGAAGTAGT AGTGAGATTT CCAGCTCAGC CCATCAATCA GTTGACAAAA CCACGGATTC AAAGACGTTC GTGGAACCAG ATCGAAAAGG CTCAAGTGTA GAGGTTGATA AGACAGGTCA GAACTGCCTT GTCCTAAACC TGTTTACATC TGAAGATTCT GCACTTACAT GTCAACATTC GATGGTTTCT GATGCTCCTC AAAATACCGA GAGAGCAGGA TCAAGCACAG AGATCAACTT AGAAGGAGAG TATCGTACTT CCTATATGAA GCTCCTACAA GGGGTACTAG AAGACTTACA AGTATCACCA AATATGTCTC CCGGTGATTG TAGCTCAGAA ATTACTGATT TCCATTCATT GAAAAGGCCC ACAAAATCTT CTGATGATAG TTATGAACCT TATTGTTGCT ATCAGCAAGA TGGTGATGTT TTGAGTTGTC AGAAACCTGA GATGCCTGAA AGCTCTAGCA GCTTTCGAAA AAAGGTTTTA AAGGAGAAAA AAGAGGCGTT TGATTGGGAT AGTTTAAGAA GAGAAGCAGA AGGTAGAGAA GGAAAAAGAG AAAAAACAAC AAGGACAATG GACTCTGTGG ACTGGGAGGC AATAAGAACA GCGGATGTTA GTGAAGTTGC TGAAACAATC AAGAAACGTG GGATGAACCA TATGCTTGCG GAACGTATAC AGGGGTTCCT TAATCGACTG GTCAACGAAC ACGGTAGTAT CGATCTTGAA TGGTTGAGAG ACATTCCACC CGATAAAGCA AAAGAATATC TTCTGAGTTT TAGAGGATTG GGCCTAAAAA GTGTGGAGTG CGTGCGGCTT CTAACACTGC ACCATCTTGC GTTTCCAGTT GATACGAATG TTGCGCGCAT AGCCGTTAGA CTAGGATGGG TACCCCTTCA GCCACTGCCA GAGTCACTTC AGCTGCATCT TCTAGAAATG TATCCTATTC TTGAATCTAT TCAAAAGTAT CTTTGGCCAC GTCTCTGCAA ACTTGACCAA AAAACATTGT ATGAATTACA CTACCAGATG ATTACCTTTG GAAAGGTGTT TTGCACAAAG AGCAAACCTA ATTGCAATGC ATGTCCGATG AGAGGAGAAT GCAGACATTT TGCTAGTGCG TTTGTAAGCG CAAGGCTTGC TTTACCCAGT ACAGAGAAAG GTATGGGGAC ACCTGATAAA AACCCTTTGC CTCTGCACCT CCCAGAACCA TTGTATAGAG AGCAAGGGTC TGAAGTAAAA CAGCACTCAG AACCAGCGAA AAAGGTCACA TGTTGTGAAC CAATCATTGA AGAGCCAGCA TCACCGGAGC CTGAAAGCGC ACAAGTATCA ATAGCTGACA TAGAGGATGC TTTTTTTGAG GATCCGGAAG AAATTCCTAC AATCAGGCTA AACACAGATG CATTTACCAG TAACTTAAAG AAAATAATAG AACAGAATCA GGAACTACAA GACGGAAACA TGTCCACTGC TTTAGTTGCA CTTACTGCTG AAGCTGCTTA TCTTCCAATG CCGAAGCTCA AGAATATCAG TCAGTTAAGG ACAGAACACC AAGTTTACGA ACTTCCAGAC TCCCATCCTC TTCTAGTTCA GTTGGAGAAG AGAGAACCTG ATGATCCATG TTCTTACTTA CTTGCTATTT GGACGCCAGG TGAAACGGCT GATTCCATTC AACCAACTGT GAGCAAGTGT ATATCCCAAG AAAATGGTCA GATTTGTGAT GAGGAGACTT GTTTCTCATG CAACAGCATC AAAGAAGCGA GATCTCAGAC TGTTAGAGGG ACAATCTTGA TACCTTGTAG AACCGCAATG AGGGGTAGCT TCCCACTCAA TGGAACATAT TTCCAAGTAA ACGAGGTGTT TGCGGATCAT GCGTCTAGCC TAAACCCAAT TGATGTTCCA AGGGAAACGT TATGGGACTT AACAAGGAGA GCTGTTTACT TTGGAACTTC TATACCTACA ATATTCAAAG GTTTATCAAC AGAGACAATT CAGCAATGCT TTTGGAGAGG GTACGTATGT GTACGTGGAT TTGACCGTGA GACAAGAGGA CCAAAACCTT TGATAGCCAG ATTGCACTTC CCGATAGCAC ACTGTACAAA ACTAGCTGAT GCAACGAGAT CTTCAACATC ATCTCATGGG CCAGACGTCA CTTATTTGAT CATTTGGGCA TTTTTGGTGA TTTGTTTTAT TCAATCTTCA TTGGTTTAA |
||
1 61 121 181 241 301 361 421 481 541 601 661 721 781 841 901 961 1021 1081 1141 1201 1261 1321 1381 1441 1501 1561 1621 1681 1741 1801 1861 1921 1981 2041 2101 2161 2221 2281 2341 2401 2461 2521 2581 2641 2701 2761 2821 2881 2941 3001 3061 3121 3181 3241 3301 3361 3421 3481 3541 3601 3661 3721 3781 3841 3901 3961 4021 4081 4141 4201 4261 4321 4381 4441 4501 4561 |
>DNG21203 | Arabidopsis lyrata | orf sequence | Ros/Demeter Group
ATGGAGAAAC AGAGGAGGAG AGAAGAAAGC AGCATTCAAC AACCTCCTCC TTCATGGATG ATTCCTTTGA CACCTATGAA GCCCATTTCT CCGATCAGAC CATACACGAT GGATCCGATC TACCAATATA CAGTGGAAGA ACAATCGCAT CGGAGTCAAG TGGAGGAAAG AGGATTCGAC ATGGGTGGTC TTGATCACTT GTCTTTCAGT GATTTGCTAG CTTTATCCAA CACTAGACCT GTCTGTTTCT CCGGTCAGAC CTCTTGGGCT TCAAGTGATG CTTGCAGGAG ATTCGACATG AATCAGTTGT CTTTTGGTGA TTTTCTGGCT CTATCCAACA ATGCATCACT CTATTGCTCT GGTCAGACCA CCCCTTGGGA TGGTAATGTC TTAGAACCCA CAAGTGAGAG GGCTTTTGAT TCCGGTCTGA TCAGAGATGA GGTTGAGATG CTGCAAAAAG GTAATGAAGC AGTGGATAAT CTGATCTCAG TGAGTAACAA TGTTGCATCA GTCTATTTCT CCGGCCAGAC CCCTTGGGCC TCAGAACCTA CAAGTAAGAT GGGCTGGACT GAGGAAGATC TGATTCTCAA TGTAGGAAAC ACAGAGATGA TGCAAAAAGG TAATGAAGCA GTGGACATTC TGAGCTCAGT GAGTAACAAT GTTGCTGAAG AGATCATCAA AACTCCTGAA AAACCAAAGA GGAAGAAGCA TAGGCCAAAG GTTGTTAGAG AAGCTAAACC CAAGAGGGAG CCTAAACCGC CAACTTCGAG GAAATCTGTT GTTGCTGATG GTCAAGAAAG CAAAACGCCA AAGAGGAAAT ATGTGCGGAA GAAGGTGGAA GTCAATAAGG ATCAAGAATC TACTCCTGTT GAATCATCAG CAGCTGTAGA AACATTAACT CATGCGAAGA AGCTCTGTAG ACGAGTCTTG GATTTTGAAC CCGAAAACGG AGATAACCAG ACCAACAGCG ACCCAAAACA CGGAGATGAG ACGGAGCCTA GCTTGCCCAA GAGAAAATGC AGCCAAGGTA AAAGAAAGGG AACGGAACCA AAGAAGAATG GAGGTAATCA AGATGGAGTT GATCTTTCGA TGGCACAAGC TGGAAAGAGA AGACAAGGAA AAGAACCAAC TTGTGGTGAC ATAAATCTAT CAGGGATTCA GTACGATGAG CAATGTGACT ACCAAAAAAT GCATTGGTTG TATTTCCAAA ACTTGCAACA GGAATGGATT AGATCGGATC CCATTTGCAG CACATCATTC GCTGGACAAC AACATAAGGA TGTTTCTGCC TTTGACTCTA ACTGCTACAG TTTCACATCT CAGCCCAATG CTAATAGAGT CCTAACCATT AAAGAAAAAC GCAAAGGTAT CTTTCAAGGA AGGCAAGAGT CTGAGTTCAG TGTTCTCTTG GATATGATAG AAACGCCGAT AAAGACGAGA ACTACAGGCC ATGTTCGATT GCGGGATTTA TCTCCCATGA ATAAACTTGT GGAAGTTTCT CAGCAATTAC CCTCAGGATA TCATAGCAAA CCAAAGCAGA AGAGTAATAA GATTCTTGTT GATACGCGGG TGACCGTGAG CAAAAAGAAG CGAATCACTA AGTCTGAGAA ATCACAAACC AACAAGAAAA CTCTTCTTCC AAATCCTTGC CAGTTTCCAG CTTCATTTTC TGGTCTTTCT CAAGATGAAT TTTGGAAACA ACCTAACTTG GTTGAAGAAA TCAGTGAGCA ATTGCGTCTA TTGGACATCA ACAGGGAGAA TTCTGAAACT GCTCTCGTTC CTTACTCAAT GAAAACACAA GGAAACCAGA TTGTCCTCTT CGGCGGTGGC GCTGGAGCAA TTGTGCCTGT AACTCCTGTT AAAAAACGGC GCCCACGACC AAAGGTTGAC CTAGACGACG AGACAGAAAA AGTTTGGAAA CTGCTATTGG AGAATATTAA TAGTGAGGGT ATTGACGGAT CAGACGACCA GAAGGCAAAA TGGTGGGAAG AAGAACGTAA TGTGTTTCGA GGACGAGCAG ACTCATTTAT AGCACGGATG CATCTTGTAC AAGGGGATCG ACGTTTTACG CCTTGGAAGG GATCCGTTGT GGATTCTGTT GTTGGAGTAT TTCTCACTCA AAATGTTTCA GACCATCTTT CGAGTTCAGC TTTCATGTCG CTGGTTTCCG AGTTCCCGGT CACTTCAGTG CCCAGCAGTA ACTTTGAAGC TGGAACAAGC TCGATGCCTT CTATTCAAAT AACTTACTTG GACTCAGAGG AGTCGATGTC AAGCCCACCC AATCACAATC AGAGTTCTGT TATTTTAAAA AACACACAGC CTGATGAGGA GAAGGATTAT GTACATACCA GTGAAACCTC CAGAAGTAGT AGTGAGATTT CCAGCTCAGC CCATCAATCA GTTGACAAAA CCACGGATTC AAAGACGTTC GTGGAACCAG ATCGAAAAGG CTCAAGTGTA GAGGTTGATA AGACAGGTCA GAACTGCCTT GTCCTAAACC TGTTTACATC TGAAGATTCT GCACTTACAT GTCAACATTC GATGGTTTCT GATGCTCCTC AAAATACCGA GAGAGCAGGA TCAAGCACAG AGATCAACTT AGAAGGAGAG TATCGTACTT CCTATATGAA GCTCCTACAA GGGGTACTAG AAGACTTACA AGTATCACCA AATATGTCTC CCGGTGATTG TAGCTCAGAA ATTACTGATT TCCATTCATT GAAAAGGCCC ACAAAATCTT CTGATGATAG TTATGAACCT TATTGTTGCT ATCAGCAAGA TGGTGATGTT TTGAGTTGTC AGAAACCTGA GATGCCTGAA AGCTCTAGCA GCTTTCGAAA AAAGGTTTTA AAGGAGAAAA AAGAGGCGTT TGATTGGGAT AGTTTAAGAA GAGAAGCAGA AGGTAGAGAA GGAAAAAGAG AAAAAACAAC AAGGACAATG GACTCTGTGG ACTGGGAGGC AATAAGAACA GCGGATGTTA GTGAAGTTGC TGAAACAATC AAGAAACGTG GGATGAACCA TATGCTTGCG GAACGTATAC AGGGGTTCCT TAATCGACTG GTCAACGAAC ACGGTAGTAT CGATCTTGAA TGGTTGAGAG ACATTCCACC CGATAAAGCA AAAGAATATC TTCTGAGTTT TAGAGGATTG GGCCTAAAAA GTGTGGAGTG CGTGCGGCTT CTAACACTGC ACCATCTTGC GTTTCCAGTT GATACGAATG TTGCGCGCAT AGCCGTTAGA CTAGGATGGG TACCCCTTCA GCCACTGCCA GAGTCACTTC AGCTGCATCT TCTAGAAATG TATCCTATTC TTGAATCTAT TCAAAAGTAT CTTTGGCCAC GTCTCTGCAA ACTTGACCAA AAAACATTGT ATGAATTACA CTACCAGATG ATTACCTTTG GAAAGGTGTT TTGCACAAAG AGCAAACCTA ATTGCAATGC ATGTCCGATG AGAGGAGAAT GCAGACATTT TGCTAGTGCG TTTGTAAGCG CAAGGCTTGC TTTACCCAGT ACAGAGAAAG GTATGGGGAC ACCTGATAAA AACCCTTTGC CTCTGCACCT CCCAGAACCA TTGTATAGAG AGCAAGGGTC TGAAGTAAAA CAGCACTCAG AACCAGCGAA AAAGGTCACA TGTTGTGAAC CAATCATTGA AGAGCCAGCA TCACCGGAGC CTGAAAGCGC ACAAGTATCA ATAGCTGACA TAGAGGATGC TTTTTTTGAG GATCCGGAAG AAATTCCTAC AATCAGGCTA AACACAGATG CATTTACCAG TAACTTAAAG AAAATAATAG AACAGAATCA GGAACTACAA GACGGAAACA TGTCCACTGC TTTAGTTGCA CTTACTGCTG AAGCTGCTTA TCTTCCAATG CCGAAGCTCA AGAATATCAG TCAGTTAAGG ACAGAACACC AAGTTTACGA ACTTCCAGAC TCCCATCCTC TTCTAGTTCA GTTGGAGAAG AGAGAACCTG ATGATCCATG TTCTTACTTA CTTGCTATTT GGACGCCAGG TGAAACGGCT GATTCCATTC AACCAACTGT GAGCAAGTGT ATATCCCAAG AAAATGGTCA GATTTGTGAT GAGGAGACTT GTTTCTCATG CAACAGCATC AAAGAAGCGA GATCTCAGAC TGTTAGAGGG ACAATCTTGA TACCTTGTAG AACCGCAATG AGGGGTAGCT TCCCACTCAA TGGAACATAT TTCCAAGTAA ACGAGGTGTT TGCGGATCAT GCGTCTAGCC TAAACCCAAT TGATGTTCCA AGGGAAACGT TATGGGACTT AACAAGGAGA GCTGTTTACT TTGGAACTTC TATACCTACA ATATTCAAAG GTTTATCAAC AGAGACAATT CAGCAATGCT TTTGGAGAGG GTACGTATGT GTACGTGGAT TTGACCGTGA GACAAGAGGA CCAAAACCTT TGATAGCCAG ATTGCACTTC CCGATAGCAC ACTGTACAAA ACTAGCTGAT GCAACGAGAT CTTCAACATC ATCTCATGGG CCAGACGTCA CTTATTTGAT CATTTGGGCA TTTTTGGTGA TTTGTTTTAT TCAATCTTCA TTGGTTTAA |
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1 61 121 181 241 301 361 421 481 541 601 661 721 781 841 901 961 1021 1081 1141 1201 1261 1321 1381 1441 1501 |
>DNG21203 | Arabidopsis lyrata | protein sequence | Ros/Demeter Group
MEKQRRREES SIQQPPPSWM IPLTPMKPIS PIRPYTMDPI YQYTVEEQSH RSQVEERGFD MGGLDHLSFS DLLALSNTRP VCFSGQTSWA SSDACRRFDM NQLSFGDFLA LSNNASLYCS GQTTPWDGNV LEPTSERAFD SGLIRDEVEM LQKGNEAVDN LISVSNNVAS VYFSGQTPWA SEPTSKMGWT EEDLILNVGN TEMMQKGNEA VDILSSVSNN VAEEIIKTPE KPKRKKHRPK VVREAKPKRE PKPPTSRKSV VADGQESKTP KRKYVRKKVE VNKDQESTPV ESSAAVETLT HAKKLCRRVL DFEPENGDNQ TNSDPKHGDE TEPSLPKRKC SQGKRKGTEP KKNGGNQDGV DLSMAQAGKR RQGKEPTCGD INLSGIQYDE QCDYQKMHWL YFQNLQQEWI RSDPICSTSF AGQQHKDVSA FDSNCYSFTS QPNANRVLTI KEKRKGIFQG RQESEFSVLL DMIETPIKTR TTGHVRLRDL SPMNKLVEVS QQLPSGYHSK PKQKSNKILV DTRVTVSKKK RITKSEKSQT NKKTLLPNPC QFPASFSGLS QDEFWKQPNL VEEISEQLRL LDINRENSET ALVPYSMKTQ GNQIVLFGGG AGAIVPVTPV KKRRPRPKVD LDDETEKVWK LLLENINSEG IDGSDDQKAK WWEEERNVFR GRADSFIARM HLVQGDRRFT PWKGSVVDSV VGVFLTQNVS DHLSSSAFMS LVSEFPVTSV PSSNFEAGTS SMPSIQITYL DSEESMSSPP NHNQSSVILK NTQPDEEKDY VHTSETSRSS SEISSSAHQS VDKTTDSKTF VEPDRKGSSV EVDKTGQNCL VLNLFTSEDS ALTCQHSMVS DAPQNTERAG SSTEINLEGE YRTSYMKLLQ GVLEDLQVSP NMSPGDCSSE ITDFHSLKRP TKSSDDSYEP YCCYQQDGDV LSCQKPEMPE SSSSFRKKVL KEKKEAFDWD SLRREAEGRE GKREKTTRTM DSVDWEAIRT ADVSEVAETI KKRGMNHMLA ERIQGFLNRL VNEHGSIDLE WLRDIPPDKA KEYLLSFRGL GLKSVECVRL LTLHHLAFPV DTNVARIAVR LGWVPLQPLP ESLQLHLLEM YPILESIQKY LWPRLCKLDQ KTLYELHYQM ITFGKVFCTK SKPNCNACPM RGECRHFASA FVSARLALPS TEKGMGTPDK NPLPLHLPEP LYREQGSEVK QHSEPAKKVT CCEPIIEEPA SPEPESAQVS IADIEDAFFE DPEEIPTIRL NTDAFTSNLK KIIEQNQELQ DGNMSTALVA LTAEAAYLPM PKLKNISQLR TEHQVYELPD SHPLLVQLEK REPDDPCSYL LAIWTPGETA DSIQPTVSKC ISQENGQICD EETCFSCNSI KEARSQTVRG TILIPCRTAM RGSFPLNGTY FQVNEVFADH ASSLNPIDVP RETLWDLTRR AVYFGTSIPT IFKGLSTETI QQCFWRGYVC VRGFDRETRG PKPLIARLHF PIAHCTKLAD ATRSSTSSHG PDVTYLIIWA FLVICFIQSS LV |
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Acknowledgements: ChromDB was funded by a grant from the National Science Foundation Plant Genome Research Project(#DBI-0421679; PI Napoli). ChromDB is funded currently by a Mexican grant to R. Jorgensen via the Consejo Nacional de Ciencia y Tecnología (Conacyt). ChromDB server is hosted by the Biotechnology Computing Facility at the University of Arizona.
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