ChromDB::Chromatin Database

ARID6902 (Vitis vinifera)
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	>ARID6902 \| Vitis vinifera \| genomic sequence \| Plant Arid Group ttttttatga tgccccaaaa ccacccattt tatcacaccc cgactcataa aaaaataaag ccaaacaagg aagggtcaag aaggtcacca cccccaaaat actggtacgt ctctccttta ctctctctct tgacaaaact ttgattttga acacaagggt ctgtttctgt tcaaaacttg aaaaatagtc ctctccctct ttctctctca tctgcaatta agagagagaa agcgcgggct aaaaattttc atgggtttca aaagctgggt tcaaagccct agatcagtgg gttcccgcca aaacccagga tgtgtacaag acccagatgg ctaatcggta tctattattg tttttcatag tctaaatcga tttttttatc tgtttttttt gtgaattaaa ttttgggtat ccattttttt ttccccattt tgatttgtgt ttcaaaagaa ttgggaaatg agggatacga tttgttttta gggtttgaat tcgaaatccA TGGCAGGGTG GTCGATGATT GCTGATGGGT CTGCGTTAGA TTGCGTGAAA ATCCTCAAGC CTCAGGAGAA CGGGTTGTGG TTTGTACTGG AGCCCGGCTC AAAAGGGATT GTAGTAGGAG GGGGCGGGAT CAGTGAGCTT CGATGCAGTT TCGATCAATT TTTGGGTCCA TTTCTGAAGC AGATCCGTGG GCACAACAGT TATAGGCCTC TGCCTCCAAT GCTTGGTAAT GGGCAATGTG TGGACTTGTT CAAACTTTTC TTGCTTGTGA AGGAAAAAGG TGGATACCGT ACTGTTTCTG AGAATGTGTT GTGGAATTTG GTGGCTGAAG AATCCGGGTT GGATTCTGGT GTTGGCTCAG CTCTGAAATT GGTATACATC AAGTACTTAG ATCTATTGGA TAGATGGTTG GATAGAATTT TTAAAGACAA GAAATCACAC GGTAGTTTGA GTGTTTGTGG TGACACTTCG GGAAGGCTTT TAATGGAGTT AGAGACAGAA TTTAAAGGGT TCTTACCGGA AATTTTGGAT CAAAAGATGA AAGATGAGGA ATACCCACAT TTTGATTTGG CAAAGAGTGA GTCAAGTTTT TCGGGTGTGG AAAATTTGTA TTGCAATGAT GAGGTGAAGA GTGATGTGAA GGTGGAGTCA GAGGGAGGTG TGAAATGTGT TGATGATAAT GATGAGGTGA AGAGTTCAgt gaagcttgag ttggatttaa acagaaaatg tgttgatgac gatgaagatg ttatgatttt ggatttaaat gaagttaatg aagaggtttt tactcggaag CGGAAGCGAG AATATATGTT GGGGATGCTG AATTGGGTTA CCACAATTGC AAAGAATCCA TGTGATCCTT CTATAGGAAA GTTGCCGGAA AGGTCAAAGT GGAAGTTGAC TGGGCCAGGG GAATTGTGGA AGCAGGTTTT GTTGGTCCGA GAGGCATTGT TTCTCCAAAG GGATGTTGAT TTGAGTGCTG AACAATCAAT TTGGCAGgta tgaattatct tctaaattca catacttgaa tgggtaaatt aattgaactt tttttttttt ttgataagta aaaagatatg cattaatcaa gaggcaaaaa gccacaaagc atataggggg tatacaaggc ggctagggcc tcaaaaaaac agagacaaaa agaatcacct ccccttaagt ggatgctacc cactccagga agcctataag agagaaagcc tcctcaccta agtacaattt ggcccaactc cacaaattac agaagatata ggttttgtgg attgtacata ttttcttgtt tatagctgta gaaatatata atctctgagt caatttcgtg ttttcttttt ctaaggtgct ttattattta tttccactgt ggtttcttgt tgtgctttgg cctccatcaa tatatgatga gataaggctg caaaacaatc acatttatat gattggcttt ctactaatat taactttata actaagtcat ttcatcagtc atcatatctt ttcagttgat aaagacatgc aaatattaaa gcataaaata aataatgctt agaatatgtt gaggtttcct ttttaattcc ctcaatttag gtcagttttc ctctttgcag gcctattaac tagcaataat gcactctctg ttctttttca ttcttgatta cttcatgtct tgctcaatgc ttgtcttgta atacctttgg gggatgacat tttaaaacat atgtatttta ctctcttttt tgtgttttat aatctattta ttagtttaac caaactcatt cggctttcct gttagcttcc tatttctgat tgttttttct tattggtcct ttttttgaca tgatcaatcc atgtcaatca actcttcatt gaggttaata ccaattgaat ttatttagta aaaaattata gcatttgtaa tcatatgcat gtacatccaa agttgggctg ccctctctct ctctctctcg tttccttgtg atataatgag tccttggttg gcaactactt cattttgaaa ctctagcctc cttttttttt ttttttttgg ctgcttcttg ttggttagtt gtttgtagaa atttggctga gtttgttttg cgtgtggaaa tcctatgagg aacatcttca tacattcttt attcttctta aaatgattta gcaagttaat gaaaatggcc cctctaatgc agctcttttt attgttttcc atttgtccat gttttgttcc aactgaagtt aaatttctta catttcaaga atggtttaag atactctgtt gattggatga tagcatgccc tgatgcaact ctacattatt gatatgaatc tgtggtagtc ttctgatata cagtatggaa aagaaaaaaa aagaagaaat gaaaatatat acaacaggat gggacaaatt gttcttttca taatgtttat tttggtaaca aaatttataa tttggggctc tatgtttggt ctactgcatt acattttaat cttaaatgat taacactgtc ctggaagcgt taattattaa tattaaagag tacaccataa ctttatcact tactatgaga agacatattt gttaattact catccacctg tcttatgtca tatttcaata tgggagttgt attagtaatt tttaatgcaa tcaaatagct cctgaggcct ggttcaggtg gcagggggag ttgggtgggg gaggttccaa gttcaattct atcttctaac aagaaatatc tattaatttt ttttttaaat gtatggctga aattatttgt ctcagccatc tgtatagttg tacttttatt ggataaaaat ccaagtaata ctacattgtg ttacttggac caattcgatg atgatctttt ggaccaagga ctaaaaagcg ggttactttg taatttgatg aatcagacca atttgtatat aggagaagga ccattgtccg tattcgactt cattgattgg ttgggttctt gttgagggag ggagtatttt tgtttccttt tcattttttg gagccttgtg gcaaccgttg tatacatcct atgtactttg gtgcacctct ttggtgcttt attgatatag tttgtgcatt tacctttcaa caaagtaata ccacattgtg tttttgtcac actatgtatc ttttctttct ttgaccacta tgtgtaaatt ttggaaatac aggtaccatc acatgatagt taagaaatgc cagtttttct ttgtccttaa ttcaagcatg gatctaaatc ttggtccatg catgccaatg gagatcaata ttgagtgttt tgtcttggca ctgaccaatt attacaacca tgattccaaa gggtccttca ttagccaaca gtacattatc atttctattt tggctagccc ttcaattttt tttttaattc atggatgatt tccaatagac aaaaaattat gagctttctc tctctcaggg gaggagttgg atttttctct ctttcttctc tctcttcccc catcagatgc gtgctctcat gtttaaatat tattaatgat taacccatat ttggagaaat gaatgtggtg aaatcttaga gtttgcaatg gcatatgact ttgctttata tgtcagatga aaatttagtg tatttttgtt tcaatggaaa atgaagtaga aaagattatg agccataggt gtgatgatgg taatgttggt atgctatggt gttttccttt tgataggtgt tggtatgcta tggtattaag tgttgtaatt taagataaga ttatgagcca taggtgttat catttaacag tataaattat aatgagaaga aattggtacc ttattttggg aacagaccag aaaacaagca tgaattgttt agtcctgaag tttatataat attaaaattg gaaaatgttg atatctgtga aggacacaaa ttgaattaag tacttcaaat aaggcagtga ctccctgaga ggatttgcgg actaaatgtt ggaaaggtaa gggttttggc attgtcagct tccaaccaaa tattgttccc tattaatgcc tttaatgatt catgggtctg aagaagcatg gaaatgcaca ctgttaatgg taatgtgagg ttgagtcaca ttcacaattt cctgtgttcc tatgcaaact ccattatata attaaatttt agataaattt aaaacatctc ttctaaaaac atctcttcat ggctacaata attaaaatct tgtttaaatt ttgtagAAGA AACAGAAGAT GCATCCATCT ATGTATGAGG ATCATGCTGG ATCTGAAAGA TTAAGATACA GCCAGAGGCT TCTTTCTGGG AAAAGGTCTA GGTCGCGTGC TTgttcagag tcatcctcgt cagctactca aagtgacttg gacaaaagtc caagcccttg catggaagat catcatgaca aacaattgct tggaatttgt gatccctcga ttggacattc agtagCTGGT TTGTGTGGTG ATAGTCATGT ACGAAAGCGC CCTGTTGGGC CAGCTTTTCA AGCAACAATA CCAGAGTGGA CAGGGGTGGT GTCTGAAATT GACTCTAAAT GGTTGGGTAC CCGGGTTTGG CCACTGGACA AAATAGAGCA TAAATTTCTA ATTGAACGGG ATCCTATTGG AAAGGGAAGG CAAGATTCAT GTGGCTGCCA ATTCCCAGGT TCCATTGCAT GTGTCCAATT TCATGTAGCT GAGAAAAGGA TCAGAATAAA GCTTGAATTG GGCTCAGCCT TCCAACACTG GCAATTTGAT AAGATGGGTG AGGTAGTTGG ACTATCTTGG TCAGAGGAAG AAAAGAAGAG GTTCAAGGAA ATAGTGAGAT TAAATCCTCC ATCCATGGGT GTGCGTTTCT GGGATGAGAT ATTCAAGTCA TTTTCTACCA AAAGCAGAGA AGATTTGGTG AGTTACTACT TCAATGTCTT TCTCCTACAG CGCAGAGCTG ACCAGAATAG GCTTACTCCA AACAACATTG ACAGTGATGA CGATGAATCA GAATTTGGAC CATTGAGTAA TGGGTTTGGG CATGAAGCAA TCAATTTACC AAGTTCCATC TTATATGCCC AGAACAATCC ACATATGAAT TTCAGGTAGT GCCTGGGCAT GGATTGAAAT ATAATGTTTT CTTCAGAAAT GTTGCAGATG GAAGTTTTGT GTGGTTTTAC CATTTGTCAA TTTTCACTGG AAATGGAACT CTGTCTTGGT TTACCATCTG AAATCCATCA CTGCCTTTAA GAAGTGGGAC TCTTAAGGTT TAAAGACTGT CTTCTTTGGC AGAGATTGTT GATGGCATCT ACAGTGATGG AAGCAGCTAA CTATACAGGG CCAAGCAACT TGAGTGCTGG TCAAATGTTT TGGTTCGTGT GCCTTCTTTT TTTCAAGCTA CACCTCTCAT TCCTGTTTAT TCATCATGAT TACCAACATC AAACACAGGT ACTATTACTT CACACGCTCT TTTATCTCTG TCTTCACTAG GTTTTCAACA GCAAGGAGCC GAGGCTGAGC TAAACCAGAA GCCTTAGGAT TATAGAGAAA AAGTGTGGGA CATATAAAAG AGGGTTATTC TAGAACTTAA ATTGTAGTCT CTCTTCTGA		Transcript Splice Model 500-1198 1301-1507 4767-4872 4996-6139
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	>ARID6902 \| Vitis vinifera \| transcript sequence \| Plant Arid Group ATGGCAGGGT GGTCGATGAT TGCTGATGGG TCTGCGTTAG ATTGCGTGAA AATCCTCAAG CCTCAGGAGA ACGGGTTGTG GTTTGTACTG GAGCCCGGCT CAAAAGGGAT TGTAGTAGGA GGGGGCGGGA TCAGTGAGCT TCGATGCAGT TTCGATCAAT TTTTGGGTCC ATTTCTGAAG CAGATCCGTG GGCACAACAG TTATAGGCCT CTGCCTCCAA TGCTTGGTAA TGGGCAATGT GTGGACTTGT TCAAACTTTT CTTGCTTGTG AAGGAAAAAG GTGGATACCG TACTGTTTCT GAGAATGTGT TGTGGAATTT GGTGGCTGAA GAATCCGGGT TGGATTCTGG TGTTGGCTCA GCTCTGAAAT TGGTATACAT CAAGTACTTA GATCTATTGG ATAGATGGTT GGATAGAATT TTTAAAGACA AGAAATCACA CGGTAGTTTG AGTGTTTGTG GTGACACTTC GGGAAGGCTT TTAATGGAGT TAGAGACAGA ATTTAAAGGG TTCTTACCGG AAATTTTGGA TCAAAAGATG AAAGATGAGG AATACCCACA TTTTGATTTG GCAAAGAGTG AGTCAAGTTT TTCGGGTGTG GAAAATTTGT ATTGCAATGA TGAGGTGAAG AGTGATGTGA AGGTGGAGTC AGAGGGAGGT GTGAAATGTG TTGATGATAA TGATGAGGTG AAGAGTTCAC GGAAGCGAGA ATATATGTTG GGGATGCTGA ATTGGGTTAC CACAATTGCA AAGAATCCAT GTGATCCTTC TATAGGAAAG TTGCCGGAAA GGTCAAAGTG GAAGTTGACT GGGCCAGGGG AATTGTGGAA GCAGGTTTTG TTGGTCCGAG AGGCATTGTT TCTCCAAAGG GATGTTGATT TGAGTGCTGA ACAATCAATT TGGCAGAAGA AACAGAAGAT GCATCCATCT ATGTATGAGG ATCATGCTGG ATCTGAAAGA TTAAGATACA GCCAGAGGCT TCTTTCTGGG AAAAGGTCTA GGTCGCGTGC TTCTGGTTTG TGTGGTGATA GTCATGTACG AAAGCGCCCT GTTGGGCCAG CTTTTCAAGC AACAATACCA GAGTGGACAG GGGTGGTGTC TGAAATTGAC TCTAAATGGT TGGGTACCCG GGTTTGGCCA CTGGACAAAA TAGAGCATAA ATTTCTAATT GAACGGGATC CTATTGGAAA GGGAAGGCAA GATTCATGTG GCTGCCAATT CCCAGGTTCC ATTGCATGTG TCCAATTTCA TGTAGCTGAG AAAAGGATCA GAATAAAGCT TGAATTGGGC TCAGCCTTCC AACACTGGCA ATTTGATAAG ATGGGTGAGG TAGTTGGACT ATCTTGGTCA GAGGAAGAAA AGAAGAGGTT CAAGGAAATA GTGAGATTAA ATCCTCCATC CATGGGTGTG CGTTTCTGGG ATGAGATATT CAAGTCATTT TCTACCAAAA GCAGAGAAGA TTTGGTGAGT TACTACTTCA ATGTCTTTCT CCTACAGCGC AGAGCTGACC AGAATAGGCT TACTCCAAAC AACATTGACA GTGATGACGA TGAATCAGAA TTTGGACCAT TGAGTAATGG GTTTGGGCAT GAAGCAATCA ATTTACCAAG TTCCATCTTA TATGCCCAGA ACAATCCACA TATGAATTTC AGGTAGTGCC TGGGCATGGA TTGAAATATA ATGTTTTCTT CAGAAATGTT GCAGATGGAA GTTTTGTGTG GTTTTACCAT TTGTCAATTT TCACTGGAAA TGGAACTCTG TCTTGGTTTA CCATCTGAAA TCCATCACTG CCTTTAAGAA GTGGGACTCT TAAGGTTTAA AGACTGTCTT CTTTGGCAGA GATTGTTGAT GGCATCTACA GTGATGGAAG CAGCTAACTA TACAGGGCCA AGCAACTTGA GTGCTGGTCA AATGTTTTGG TTCGTGTGCC TTCTTTTTTT CAAGCTACAC CTCTCATTCC TGTTTATTCA TCATGATTAC CAACATCAAA CACAGGTACT ATTACTTCAC ACGCTCTTTT ATCTCTGTCT TCACTAGGTT TTCAACAGCA AGGAGCCGAG GCTGAGCTAA ACCAGAAGCC TTAGGATTAT AGAGAAAAAG TGTGGGACAT ATAAAAGAGG GTTATTCTAG AACTTAAATT GTAGTCTCTC TTCTGA
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	>ARID6902 \| Vitis vinifera \| orf sequence \| Plant Arid Group ATGGCAGGGT GGTCGATGAT TGCTGATGGG TCTGCGTTAG ATTGCGTGAA AATCCTCAAG CCTCAGGAGA ACGGGTTGTG GTTTGTACTG GAGCCCGGCT CAAAAGGGAT TGTAGTAGGA GGGGGCGGGA TCAGTGAGCT TCGATGCAGT TTCGATCAAT TTTTGGGTCC ATTTCTGAAG CAGATCCGTG GGCACAACAG TTATAGGCCT CTGCCTCCAA TGCTTGGTAA TGGGCAATGT GTGGACTTGT TCAAACTTTT CTTGCTTGTG AAGGAAAAAG GTGGATACCG TACTGTTTCT GAGAATGTGT TGTGGAATTT GGTGGCTGAA GAATCCGGGT TGGATTCTGG TGTTGGCTCA GCTCTGAAAT TGGTATACAT CAAGTACTTA GATCTATTGG ATAGATGGTT GGATAGAATT TTTAAAGACA AGAAATCACA CGGTAGTTTG AGTGTTTGTG GTGACACTTC GGGAAGGCTT TTAATGGAGT TAGAGACAGA ATTTAAAGGG TTCTTACCGG AAATTTTGGA TCAAAAGATG AAAGATGAGG AATACCCACA TTTTGATTTG GCAAAGAGTG AGTCAAGTTT TTCGGGTGTG GAAAATTTGT ATTGCAATGA TGAGGTGAAG AGTGATGTGA AGGTGGAGTC AGAGGGAGGT GTGAAATGTG TTGATGATAA TGATGAGGTG AAGAGTTCAC GGAAGCGAGA ATATATGTTG GGGATGCTGA ATTGGGTTAC CACAATTGCA AAGAATCCAT GTGATCCTTC TATAGGAAAG TTGCCGGAAA GGTCAAAGTG GAAGTTGACT GGGCCAGGGG AATTGTGGAA GCAGGTTTTG TTGGTCCGAG AGGCATTGTT TCTCCAAAGG GATGTTGATT TGAGTGCTGA ACAATCAATT TGGCAGAAGA AACAGAAGAT GCATCCATCT ATGTATGAGG ATCATGCTGG ATCTGAAAGA TTAAGATACA GCCAGAGGCT TCTTTCTGGG AAAAGGTCTA GGTCGCGTGC TTCTGGTTTG TGTGGTGATA GTCATGTACG AAAGCGCCCT GTTGGGCCAG CTTTTCAAGC AACAATACCA GAGTGGACAG GGGTGGTGTC TGAAATTGAC TCTAAATGGT TGGGTACCCG GGTTTGGCCA CTGGACAAAA TAGAGCATAA ATTTCTAATT GAACGGGATC CTATTGGAAA GGGAAGGCAA GATTCATGTG GCTGCCAATT CCCAGGTTCC ATTGCATGTG TCCAATTTCA TGTAGCTGAG AAAAGGATCA GAATAAAGCT TGAATTGGGC TCAGCCTTCC AACACTGGCA ATTTGATAAG ATGGGTGAGG TAGTTGGACT ATCTTGGTCA GAGGAAGAAA AGAAGAGGTT CAAGGAAATA GTGAGATTAA ATCCTCCATC CATGGGTGTG CGTTTCTGGG ATGAGATATT CAAGTCATTT TCTACCAAAA GCAGAGAAGA TTTGGTGAGT TACTACTTCA ATGTCTTTCT CCTACAGCGC AGAGCTGACC AGAATAGGCT TACTCCAAAC AACATTGACA GTGATGACGA TGAATCAGAA TTTGGACCAT TGAGTAATGG GTTTGGGCAT GAAGCAATCA ATTTACCAAG TTCCATCTTA TATGCCCAGA ACAATCCACA TATGAATTTC AGGTAG
1 61 121 181 241 301 361 421 481 541	>ARID6902 \| Vitis vinifera \| protein sequence \| Plant Arid Group MAGWSMIADG SALDCVKILK PQENGLWFVL EPGSKGIVVG GGGISELRCS FDQFLGPFLK QIRGHNSYRP LPPMLGNGQC VDLFKLFLLV KEKGGYRTVS ENVLWNLVAE ESGLDSGVGS ALKLVYIKYL DLLDRWLDRI FKDKKSHGSL SVCGDTSGRL LMELETEFKG FLPEILDQKM KDEEYPHFDL AKSESSFSGV ENLYCNDEVK SDVKVESEGG VKCVDDNDEV KSSRKREYML GMLNWVTTIA KNPCDPSIGK LPERSKWKLT GPGELWKQVL LVREALFLQR DVDLSAEQSI WQKKQKMHPS MYEDHAGSER LRYSQRLLSG KRSRSRASGL CGDSHVRKRP VGPAFQATIP EWTGVVSEID SKWLGTRVWP LDKIEHKFLI ERDPIGKGRQ DSCGCQFPGS IACVQFHVAE KRIRIKLELG SAFQHWQFDK MGEVVGLSWS EEEKKRFKEI VRLNPPSMGV RFWDEIFKSF STKSREDLVS YYFNVFLLQR RADQNRLTPN NIDSDDDESE FGPLSNGFGH EAINLPSSIL YAQNNPHMNF R