Gene sequences

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Trait-Related Loci

Arabidopsis thaliana

CDS Sequence

CDS ID	AT4G19985.4
CDS Infomation	\| Acyl-CoA N-acyltransferases (NAT) superfamily protein \| Chr4:10830542-10831711 REVERSE LENGTH=810 \| 201606
Sequence	ATGGGTTTGGTGGGTTGTGTTGGTAAGTCTTCTCTTGTATCTATGGAGTTGAGGTGGGCA AGGAGGAGAAAATCTGATAATGCTGCATCGGCATTGCCTCGATCGATACCTATATATATC TCTACGTTGAAGAAAGACATAAATCTAGAGGAATTGAGGAATTTGTATTCACTTTGTAAC CATTCTTGCAACCGTTTGTCTGAGAAAGACAGCAACGTTGAAAAGATTGTTGACATGAAA AAGCTGCGTAGAGCTATCTCTCGCAGTGATGTTATTGTATCTGTGTTTTGCAAACCACAA CACGTGGATGTTGATGATGCGGTTTTGTATTCAGAAGAAGAAAGTTTATCTTCTTCTTTG TATACTTCAGAATTTGGGAGACAAAATAAGGATGATAGTTTTCTGGGAGACTTGTTTCAG AATGCGGTGCCTCTCACTCCTTCCAATGGACAGCTTGTTGGATTCGGTCGTGCTTATTCT GATTATGGCTTGACCGCTTCTATCCATGATCTAATGGTTTTACCTTCACTACAAAGGATG GGGATTGGTAAACTGATAGTAAACAGAATTGTCAGGTCTGATGGTATTTTCCACTATGAT TTTGCTTTACTTAAAACCCTTAAACTTCTCTTAAAGGTTAGATCCTCATTCATCAAAAAC TGTTACAATAGGCTACTCACAAGCAGAGACATTTACGACATAGCAGCTCTCTGCTTCGAG GATGAAAGGCCATTCTTCAAAGCATGTGGGTTTGGAGATGACAGGATGGGTTCCACAACA ATGATGTTCACAAAGAGCTTGGAGGCATAA

Peptide Sequence

PEP ID	AT4G19985.4
PEP Infomation	\| Acyl-CoA N-acyltransferases (NAT) superfamily protein \| Chr4:10830542-10831711 REVERSE LENGTH=269 \| 201606
Sequence	MGLVGCVGKSSLVSMELRWARRRKSDNAASALPRSIPIYISTLKKDINLEELRNLYSLCN HSCNRLSEKDSNVEKIVDMKKLRRAISRSDVIVSVFCKPQHVDVDDAVLYSEEESLSSSL YTSEFGRQNKDDSFLGDLFQNAVPLTPSNGQLVGFGRAYSDYGLTASIHDLMVLPSLQRM GIGKLIVNRIVRSDGIFHYDFALLKTLKLLLKVRSSFIKNCYNRLLTSRDIYDIAALCFE DERPFFKACGFGDDRMGSTTMMFTKSLEA

Transcript Sequence

Transcript ID	AT4G19985.4
Transcript Infomation	\| Acyl-CoA N-acyltransferases (NAT) superfamily protein \| Chr4:10830232-10832237 REVERSE LENGTH=1365 \| 201606
Sequence	TCCGGTTATCGTTGCTTAAACCTGTTTTTATTTTCGATAACCGGATCCATTTCGTCGATA ACCGGATAATTTTTCTTGCACGAGAAAAAATCTTGAGCCACACATTTTTTTGGTGTTCTT CTTCTTCACCTCTGCTGATGGAAAAATCGTGAGTTTAGAAGCAAAAATGGTTGATTTTCT TCGAGAAATTTGACAGAACTTTCCCCAGATGGTGCATTATTGTGTGACCAAGATTGCTTA AGGAAATGGGTTTGGTGGGTTGTGTTGGTAAGTCTTCTCTTGTATCTATGGAGTTGAGGT GGGCAAGGAGGAGAAAATCTGATAATGCTGCATCGGCATTGCCTCGATCGATACCTATAT ATATCTCTACGTTGAAGAAAGACATAAATCTAGAGGAATTGAGGAATTTGTATTCACTTT GTAACCATTCTTGCAACCGTTTGTCTGAGAAAGACAGCAACGTTGAAAAGATTGTTGACA TGAAAAAGCTGCGTAGAGCTATCTCTCGCAGTGATGTTATTGTATCTGTGTTTTGCAAAC CACAACACGTGGATGTTGATGATGCGGTTTTGTATTCAGAAGAAGAAAGTTTATCTTCTT CTTTGTATACTTCAGAATTTGGGAGACAAAATAAGGATGATAGTTTTCTGGGAGACTTGT TTCAGAATGCGGTGCCTCTCACTCCTTCCAATGGACAGCTTGTTGGATTCGGTCGTGCTT ATTCTGATTATGGCTTGACCGCTTCTATCCATGATCTAATGGTTTTACCTTCACTACAAA GGATGGGGATTGGTAAACTGATAGTAAACAGAATTGTCAGGTCTGATGGTATTTTCCACT ATGATTTTGCTTTACTTAAAACCCTTAAACTTCTCTTAAAGGTTAGATCCTCATTCATCA AAAACTGTTACAATAGGCTACTCACAAGCAGAGACATTTACGACATAGCAGCTCTCTGCT TCGAGGATGAAAGGCCATTCTTCAAAGCATGTGGGTTTGGAGATGACAGGATGGGTTCCA CAACAATGATGTTCACAAAGAGCTTGGAGGCATAAAAGCAAAGCGAGAATGCTGATGGAT CTTCAGAAACTGCAGGTCAAAGCAAGTTATATTGATCTCTAAATGATGACCAACGAGAAA GGCCAAAGATTCAGAGTCTTTCTTGCATTTGGAATTGATATCTAGTGGTTTACTCTCTTT TTTCCTTCTTATCTCTTTCCATGTAAGGGAAATCTACTTAGTCCCATGTTTGACTTTTAT TCACTAGTCACTCTCTTATTCCCCCGTTTATTTATCTTTTGAGGAAATTTGCAGAATTGT TCTAAACAAAGTGATGAATGAGAGCCAACAAAACTTTCTTAAGAA