Gene sequences

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Trait-Related Loci

Arabidopsis thaliana

CDS Sequence

CDS ID	AT3G52490.1
CDS Infomation	\| Double Clp-N motif-containing P-loop nucleoside triphosphate hydrolases superfamily protein \| Chr3:19455850-19458721 REVERSE LENGTH=2448 \| 201606
Sequence	ATGAGAGCTGGAGGCTGCACGGTGGAGCAAGCCCTCACGGCGGATGCTGCAAACGTGGTG AAACAAGCCATGGGGTTGGCTAGACGGAGAGGACATGCTCAGGTCACACCTCTCCATGTA GCTAGCACCATGCTCTCTGCTCCCACGGGTTTACTTAGAACAGCTTGTCTCCAATCTCAC ACTCACCCTCTTCAATGCAGAGCCCTCGAGCTCTGCTTCAACGTAGCTTTGAACCGCCTC CCGACCTCTACAGGGAGTCCTATGTTAGGGGTTCCAACTTCCCCTTTCCCTTCTATCTCC AACGCTCTCGGTGCAGCTTTCAAACGCGCACAAGCTCACCAACGACGTGGTTCTATAGAG AGCCAGCAACAACCGATCTTAGCAGTCAAGATCGAAGTGGAGCAGCTCATAATATCTATC CTCGATGATCCTAGCGTGAGTAGAGTGATGAGAGAAGCTGGTTTCTCGAGTCCTCAAGTG AAGACTAAAGTCGAGCAAGCTGTTTCTTTAGAGATTTGCTCTAAAACAACCTCTTCGAGT AAACCCAAAGAGGGGAAGTTATTAACTCCTGTCAGGAACGAGGATGTTATGAACGTTATC AACAATCTTGTCGACAAAAAGAGAAGAAATTTCGTGATCGTAGGAGAGTGTTTAGCCACT ATTGACGGAGTTGTGAAGACGGTGATGGAAAAAGTCGACAAAAAAGACGTGCCCGAGGTT TTAAAAGACGTAAAGTTCATAACTTTATCGTTCTCATCGTTCGGGCAACCAAGTAGAGCC GATGTGGAACGTAAGCTAGAGGAGCTAGAGACACTCGTGAAGAGCTGTGTAGGGAAAGGA GTGATTCTAAATCTGGGAGATCTAAACTGGTTCGTAGAGTCAAGAACCAGAGGTTCTTCA CTGTATAACAACAACGATAGCTACTGTGTTGTGGAGCATATGATAATGGAGATTGGGAAG TTGGCTTGTGGGTTAGTCATGGGAGATCATGGAAGGTTTTGGTTAATGGGTCTTGCGACT TCACAGACTTACGTGAGATGCAAGTCTGGTCAACCCTCGCTTGAATCTCTCTGGTGTCTC ACTACTCTTACTATTCCGGCGACTAGTAATAGTCTCCGGTTGAGTCTCGTCTCCGAGAGT GAGCTTGAAGTCAAGAAATCAGAGAACGTGTCTCTCCAGCTGCAGCAATCATCGGATCAG CTCAGTTTCTGTGAGGAATGTTCCGTCAAGTTTGAATCGGAAGCTCGATTCTTAAAGAGT AGCAATAGCAATGTAACCACTGTAGCATTACCGGCATGGCTTCAGCAGTATAAGAAGGAG AATCAAAATAGTCACACTGATTCAGATTCTATTAAGGAACTTGTGGTGAAGTGGAACTCA ATCTGTGATTCAATCCACAAAAGACCATCTCTAAAAACACTCACACTCTCTTCTCCTACT TCTTCCTTTTCTGGTTCCACTCAACCTTCAATCAGTACTCTTCATCATCTTCAAACCAAC GGTGATTGGCCCGTGATCGAGACAAACACGCATCGTCATCATTCTGTTGTCCATGAGACA TCTCACTTAAGACTGTTCATTCCAGAACATGACAGCGAGCAAAAGACTGAGCTAGTCTGT TCGAATCCTAATTCTACAATGAACTCTGAAGCCTCTTCAAGCGATGCAATGGAGTTGGAA CATGCCTCTTCAAGGTTTAAAGAGATGAATGCAGAAAACCTAGCAACTTTATGTGCTGCC TTGGAAAGCAAGGTACCGTGGCAAAAGGATTTAGTCCCGGAGTTAGCCAAAACAGTCTTG AAATGCAGGTCAGGATCGAGTACGAGGAAGATTAACGGAAACGAGGATAAAAAAGAAGAT ACATGGATGTTCTTCCAAGGTCTTGATGTAGATGCTAAAGAGAAGATCGCTAGAGAATTG GCCAAACTCGTGTTTGGATCGCAAGACAGCTTTGTCTCTATCTGTTTGAGTAGTTTCTCG TCGACAAGATCGGATTCTGCAGAAGATTTGAGGAACAAGAGGTTGAGAGATGAACAAAGC CTGAGTTACATAGAGAGATTCTCGGAAGCTGTTTCGTTGGATCCAAATAGAGTGATCTTA GTTGAAGATATTGAGCAAGCTGATTATTTGTCTCAAGTGGGTTTCAAGAGAGCTGTTGAG AGAGGAAGAGTTTGTAATTCGAGTGGTGAAGAAGCTTCGCTTAAAGACGCGATTGTGATC TTGAGCTGTGAAAGATTTCGTTCAAGATCAAGAGCTTGTTCTCCTCCTAGTAACCAGAAA TCGGACGGTTCAGATCAACCTGAGGACAAGAATGTTGCTACTTGTGTTGCACTTGATCTA AACCTATCTATTGATAGTGCGTACGTTTGTGAAGAAGAATCATGTGATGAGATTGGCTTA CTCGAAGCGGTAGATGCACGGTTTCATTTCAAGTGTTCATCAACATAA

Peptide Sequence

PEP ID	AT3G52490.1
PEP Infomation	\| Double Clp-N motif-containing P-loop nucleoside triphosphate hydrolases superfamily protein \| Chr3:19455850-19458721 REVERSE LENGTH=815 \| 201606
Sequence	MRAGGCTVEQALTADAANVVKQAMGLARRRGHAQVTPLHVASTMLSAPTGLLRTACLQSH THPLQCRALELCFNVALNRLPTSTGSPMLGVPTSPFPSISNALGAAFKRAQAHQRRGSIE SQQQPILAVKIEVEQLIISILDDPSVSRVMREAGFSSPQVKTKVEQAVSLEICSKTTSSS KPKEGKLLTPVRNEDVMNVINNLVDKKRRNFVIVGECLATIDGVVKTVMEKVDKKDVPEV LKDVKFITLSFSSFGQPSRADVERKLEELETLVKSCVGKGVILNLGDLNWFVESRTRGSS LYNNNDSYCVVEHMIMEIGKLACGLVMGDHGRFWLMGLATSQTYVRCKSGQPSLESLWCL TTLTIPATSNSLRLSLVSESELEVKKSENVSLQLQQSSDQLSFCEECSVKFESEARFLKS SNSNVTTVALPAWLQQYKKENQNSHTDSDSIKELVVKWNSICDSIHKRPSLKTLTLSSPT SSFSGSTQPSISTLHHLQTNGDWPVIETNTHRHHSVVHETSHLRLFIPEHDSEQKTELVC SNPNSTMNSEASSSDAMELEHASSRFKEMNAENLATLCAALESKVPWQKDLVPELAKTVL KCRSGSSTRKINGNEDKKEDTWMFFQGLDVDAKEKIARELAKLVFGSQDSFVSICLSSFS STRSDSAEDLRNKRLRDEQSLSYIERFSEAVSLDPNRVILVEDIEQADYLSQVGFKRAVE RGRVCNSSGEEASLKDAIVILSCERFRSRSRACSPPSNQKSDGSDQPEDKNVATCVALDL NLSIDSAYVCEEESCDEIGLLEAVDARFHFKCSST

Transcript Sequence

Transcript ID	AT3G52490.1
Transcript Infomation	\| Double Clp-N motif-containing P-loop nucleoside triphosphate hydrolases superfamily protein \| Chr3:19455505-19459203 REVERSE LENGTH=3275 \| 201606
Sequence	CTTAGCTGCAGTACCCATTACATCTTAATTTTTGTGAAATTTGAGAAAGAAAAGAATATA TGGGCAAAGCTGAGTTACCTTTGCCTTTTGATACTGCTTTGTCATCACATGCATTCCACT TTGCACTACAAAATCCACTTTGGACCCTCAAAAAACCCCCCAAATTTTTTGCCTCTCTCA CAAGAAAAGCATACACATTTTCCTCCTTCTCCTTCCTCATATATTTGAAGACCAAAGTCC ATTTTTCTTTCTCTCTCTCTTTCTCTCTCGCTCTCTCTATATCCTTACTCTTTTCTTAGG TTTAAGACTTAGCCCCACCTTCCATATAGACGCCGTGTTATTAGACCCTTCTTCTTTGGG TGTTTTTGTTGTCCAAGATAAATGGAATGAAGCCAAGATTCTTGAAGCTTTTACCATAGA GCTCTCACTTCTGAGTATTAGTACTATCCCCACCTTGTGTTATTTTAGGGTGTTTTGTCA CTATGAGAGCTGGAGGCTGCACGGTGGAGCAAGCCCTCACGGCGGATGCTGCAAACGTGG TGAAACAAGCCATGGGGTTGGCTAGACGGAGAGGACATGCTCAGGTCACACCTCTCCATG TAGCTAGCACCATGCTCTCTGCTCCCACGGGTTTACTTAGAACAGCTTGTCTCCAATCTC ACACTCACCCTCTTCAATGCAGAGCCCTCGAGCTCTGCTTCAACGTAGCTTTGAACCGCC TCCCGACCTCTACAGGGAGTCCTATGTTAGGGGTTCCAACTTCCCCTTTCCCTTCTATCT CCAACGCTCTCGGTGCAGCTTTCAAACGCGCACAAGCTCACCAACGACGTGGTTCTATAG AGAGCCAGCAACAACCGATCTTAGCAGTCAAGATCGAAGTGGAGCAGCTCATAATATCTA TCCTCGATGATCCTAGCGTGAGTAGAGTGATGAGAGAAGCTGGTTTCTCGAGTCCTCAAG TGAAGACTAAAGTCGAGCAAGCTGTTTCTTTAGAGATTTGCTCTAAAACAACCTCTTCGA GTAAACCCAAAGAGGGGAAGTTATTAACTCCTGTCAGGAACGAGGATGTTATGAACGTTA TCAACAATCTTGTCGACAAAAAGAGAAGAAATTTCGTGATCGTAGGAGAGTGTTTAGCCA CTATTGACGGAGTTGTGAAGACGGTGATGGAAAAAGTCGACAAAAAAGACGTGCCCGAGG TTTTAAAAGACGTAAAGTTCATAACTTTATCGTTCTCATCGTTCGGGCAACCAAGTAGAG CCGATGTGGAACGTAAGCTAGAGGAGCTAGAGACACTCGTGAAGAGCTGTGTAGGGAAAG GAGTGATTCTAAATCTGGGAGATCTAAACTGGTTCGTAGAGTCAAGAACCAGAGGTTCTT CACTGTATAACAACAACGATAGCTACTGTGTTGTGGAGCATATGATAATGGAGATTGGGA AGTTGGCTTGTGGGTTAGTCATGGGAGATCATGGAAGGTTTTGGTTAATGGGTCTTGCGA CTTCACAGACTTACGTGAGATGCAAGTCTGGTCAACCCTCGCTTGAATCTCTCTGGTGTC TCACTACTCTTACTATTCCGGCGACTAGTAATAGTCTCCGGTTGAGTCTCGTCTCCGAGA GTGAGCTTGAAGTCAAGAAATCAGAGAACGTGTCTCTCCAGCTGCAGCAATCATCGGATC AGCTCAGTTTCTGTGAGGAATGTTCCGTCAAGTTTGAATCGGAAGCTCGATTCTTAAAGA GTAGCAATAGCAATGTAACCACTGTAGCATTACCGGCATGGCTTCAGCAGTATAAGAAGG AGAATCAAAATAGTCACACTGATTCAGATTCTATTAAGGAACTTGTGGTGAAGTGGAACT CAATCTGTGATTCAATCCACAAAAGACCATCTCTAAAAACACTCACACTCTCTTCTCCTA CTTCTTCCTTTTCTGGTTCCACTCAACCTTCAATCAGTACTCTTCATCATCTTCAAACCA ACGGTGATTGGCCCGTGATCGAGACAAACACGCATCGTCATCATTCTGTTGTCCATGAGA CATCTCACTTAAGACTGTTCATTCCAGAACATGACAGCGAGCAAAAGACTGAGCTAGTCT GTTCGAATCCTAATTCTACAATGAACTCTGAAGCCTCTTCAAGCGATGCAATGGAGTTGG AACATGCCTCTTCAAGGTTTAAAGAGATGAATGCAGAAAACCTAGCAACTTTATGTGCTG CCTTGGAAAGCAAGGTACCGTGGCAAAAGGATTTAGTCCCGGAGTTAGCCAAAACAGTCT TGAAATGCAGGTCAGGATCGAGTACGAGGAAGATTAACGGAAACGAGGATAAAAAAGAAG ATACATGGATGTTCTTCCAAGGTCTTGATGTAGATGCTAAAGAGAAGATCGCTAGAGAAT TGGCCAAACTCGTGTTTGGATCGCAAGACAGCTTTGTCTCTATCTGTTTGAGTAGTTTCT CGTCGACAAGATCGGATTCTGCAGAAGATTTGAGGAACAAGAGGTTGAGAGATGAACAAA GCCTGAGTTACATAGAGAGATTCTCGGAAGCTGTTTCGTTGGATCCAAATAGAGTGATCT TAGTTGAAGATATTGAGCAAGCTGATTATTTGTCTCAAGTGGGTTTCAAGAGAGCTGTTG AGAGAGGAAGAGTTTGTAATTCGAGTGGTGAAGAAGCTTCGCTTAAAGACGCGATTGTGA TCTTGAGCTGTGAAAGATTTCGTTCAAGATCAAGAGCTTGTTCTCCTCCTAGTAACCAGA AATCGGACGGTTCAGATCAACCTGAGGACAAGAATGTTGCTACTTGTGTTGCACTTGATC TAAACCTATCTATTGATAGTGCGTACGTTTGTGAAGAAGAATCATGTGATGAGATTGGCT TACTCGAAGCGGTAGATGCACGGTTTCATTTCAAGTGTTCATCAACATAACACTAACAGC ATGCACGTATGCATGTAACATGGCCCAGTTTATGAACATGATCATTCGCATTACATGGTT TATGGTCAACCGTTATTTAATTTGTTTCCCTTACGGACTTATCTTTCATTGGGTTGGGGC AATACTTTGGGTTAAACGTGTAGTTGTAGATTTGCTTTTTCAATTTGGCTTAGGAACTTT TTAGAAGGATATGGGGTTAAACTAGAGATTTTCCTTTTTTATCTTTTTTTTTTTTTGTCT TAATGTAAAATTATCATATTATGGTCGTAAATGGTAATTTATGTTCATGGATAAGAGACG GAAAAATAATCTTGACACACATTGGATTGAACCAA