| Microexon ID | At_3:6951697-6951710:+ |
| Species | Arabidopsis thaliana | Coordinates | 3:6951697..6951710 |
| Microexon Cluster ID | MEP38 |
| Size | 14 |
| Phase | 1 |
| Pfam Domain Motif | Myosin_head |
| Structure of Microexon-tag (flanking exon, microexon, flanking exon sizes) | 46,14,48 |
| Microexon location in the Microexon-tag | 2 |
| Microexon-tag DNA Seq | CAYTTYARTRMAACTGGRAARATATSTGGTGCYAADATTCAAACWTTTYTRCTTGARAAGTCWAGAGTWGTYCARYKTGCWGAWGGWGARAGRTCATAYCATATWTTT |
| Logo of Microexon-tag DNA Seq |  |
| Alignment of exons |  |
| Microexon DNA seq | TTTTACTAGAAAAG |
| Microexon Amino Acid seq | FLLEK |
| Microexon-tag DNA Seq | CATTTTAGTGAAAGTGGAAAGATATCGGGTGCTCAAATTCAAACCTTTTTACTAGAAAAGTCTAGAGTGGTCCAATGTGCTGAAGGGGAAAGGTCATATCATATTTTT |
| Microexon-tag Amino Acid Seq | HFSESGKISGAQIQTFLLEKSRVVQCAEGERSYHIF |
| Microexon-tag spanning region | 6951548-6951859 |
| Microexon-tag prediction score | 0.9718 |
| Overlapped with the annotated transcript (%) | 100 |
| New Transcript ID | AT3G19960.1x |
| Reference Transcript ID | AT3G19960.1 |
| Gene ID | AT3G19960 |
| Gene Name | ATM1 |
| Transcript ID | AT3G19960.1 |
| Protein ID | AT3G19960.1 |
| Gene ID | AT3G19960 |
| Gene Name | ATM1 |
| Pfam domain motif | Myosin_head |
| Motif E-value | 2.4e-244 |
| Motif start | 167 |
| Motif end | 825 |
| Protein seq | >AT3G19960.1 MSQKVTPFMQSLKSLPADYRFDGSPVSDRLENSSGASVRLTNSNVPRKGGLRNGVSRTDTAAGDSEDSPYSGHGVFVEEQ SLTDDVDSGAATMPLPQSDERRWSDTSAYARKKILQSWIQLPNGNWELGKILSTSGEESVISLPEGKVIKVISETLVPAN PDILDGVDDLMQLSYLNEPSVLYNLNYRYNQDMIYTKAGPVLVAVNPFKEVPLYGNRYIEAYRKKSNESPHVYAIADTAI REMIRDEVNQSIIISGESGAGKTETAKIAMQYLAALGGGSGIEYEILKTNPILEAFGNAKTLRNDNSSRFGKLIEIHFSE SGKISGAQIQTFLLEKSRVVQCAEGERSYHIFYQLCAGASPALREKLNLTSAHEYKYLGQSNCYSINGVDDAERFHTVKE ALDIVHVSKEDQESVFAMLAAVLWLGNVSFTVIDNENHVEPVADESLSTVAKLIGCNINELTLTLSKRNMRVRNDTIVQK LTLPQAIDARDALAKSIYSCLFDWLVEQINKSLAVGKRRTGRSISILDIYGFESFDKNSFEQFCINYANERLQQHFNRHL FKLEQEEYIQDGIDWTRVDFEDNQNCLSLFEKKPLGLLSLLDEESTFPNGTDLTLANKLKQHLQSNSCFRGDKGKLFTVV HYAGEVTYETTGFLEKNRDLLHSDSIQLLSSCSCLLPQAFASSMLIQSEKPVVGPLYKAGGADSQRLSVATKFKSQLFQL MQRLGNTTPHFIRCIKPNNIQSPGVYEQGLVLQQLRCCGVLEVVRISRSGFPTRMSHQKFSRRYGFLLVENIADRDPLSV SVAILHQFNILPEMYQVGYTKLFFRTGQIGVLEDTRNRTLHGILRVQSSFRGYQARCLLKELKRGISILQSFVRGEKIRK EFAELRRRHKAAATIQSQVKSKIARIQYKGIADASVVIQSAIRGWLVRRCSGDIGWLKSGGAKTNELGEVLVKASVLSEL QRRVLKAEAALREKEEENDILQQRLQQYENRWSEYETKMKSMEEIWQKQMRSLQSSLSIAKKSLAVEDSARNSDASVNAS DATDWDSSSNQFRSQTSNGVGSRLQPMSAGLSVIGRLAEEFEQRAQVFGDDAKFLVEVKSGQVEANLDPDRELRRLKQMF ETWKKDYGGRLRETKLILSKLGSEESSGSMEKVKRKWWGRRNSTRY* |
| CDS seq | >AT3G19960.1 ATGTCTCAGAAGGTTACTCCATTCATGCAGTCACTTAAATCTTTGCCAGCAGACTATAGATTTGATGGTTCACCAGTCTC TGACCGCCTTGAAAATTCTTCTGGTGCAAGTGTTCGCTTGACCAATTCGAATGTTCCAAGAAAAGGTGGCTTAAGGAATG GTGTTAGTCGAACTGATACTGCTGCTGGGGATAGTGAGGATTCACCATATAGCGGGCACGGTGTTTTTGTTGAAGAGCAG TCTTTAACGGATGATGTAGATTCTGGAGCTGCTACAATGCCCTTGCCTCAGAGTGATGAACGCAGGTGGAGTGACACTAG TGCATATGCTCGAAAGAAGATACTGCAATCTTGGATTCAACTTCCAAATGGTAACTGGGAGCTTGGGAAGATATTGTCAA CTTCAGGGGAGGAGTCTGTTATATCTTTGCCCGAAGGAAAAGTTATAAAAGTCATATCAGAGACTCTAGTACCTGCAAAT CCTGATATTCTTGATGGAGTGGACGATCTTATGCAGCTTAGTTACTTAAATGAGCCATCAGTGTTGTACAACCTCAACTA TAGGTACAACCAAGACATGATATATACAAAAGCAGGGCCAGTTTTGGTGGCTGTGAATCCTTTTAAGGAGGTTCCTTTAT ACGGAAATCGATACATTGAAGCATACAGGAAGAAATCAAATGAGAGTCCTCATGTGTATGCAATTGCAGATACAGCAATT CGCGAAATGATACGCGATGAAGTTAACCAATCTATCATTATCAGCGGCGAGAGTGGAGCAGGGAAAACTGAGACTGCTAA AATAGCTATGCAATACTTGGCTGCTCTTGGAGGCGGAAGCGGGATCGAATATGAGATACTTAAGACTAATCCCATTTTGG AAGCATTTGGAAATGCAAAAACATTGAGAAATGATAATTCTAGTCGTTTTGGGAAGCTAATAGAGATTCATTTTAGTGAA AGTGGAAAGATATCGGGTGCTCAAATTCAAACCTTTTTACTAGAAAAGTCTAGAGTGGTCCAATGTGCTGAAGGGGAAAG GTCATATCATATTTTTTATCAACTTTGTGCTGGGGCTTCACCTGCACTTAGAGAGAAGCTAAATCTGACAAGCGCCCATG AGTATAAATATTTGGGACAGAGTAATTGTTATTCAATTAACGGAGTTGACGATGCTGAACGTTTTCACACTGTTAAGGAA GCTCTGGACATTGTGCATGTTAGTAAAGAAGATCAAGAAAGTGTATTTGCAATGCTTGCTGCAGTTTTATGGCTGGGAAA CGTTTCCTTCACCGTTATTGACAATGAAAACCATGTTGAACCTGTAGCAGATGAAAGTTTGTCAACTGTTGCTAAATTGA TTGGGTGCAACATCAATGAGCTTACGCTAACTTTATCGAAACGTAACATGAGAGTTAGGAATGATACCATTGTACAGAAG CTAACGCTACCACAGGCCATTGATGCAAGAGATGCTTTAGCAAAATCAATCTATTCGTGCCTGTTTGACTGGCTGGTTGA ACAGATCAACAAATCTCTTGCTGTGGGAAAGAGGCGAACTGGCAGATCTATCAGTATTCTTGATATCTACGGCTTTGAAT CATTTGATAAAAATAGCTTCGAGCAGTTCTGTATAAATTATGCAAATGAGAGATTGCAGCAACACTTTAACCGTCATCTA TTCAAGCTGGAGCAAGAGGAATATATCCAGGATGGCATTGACTGGACAAGGGTTGATTTTGAGGACAACCAAAATTGTCT GAGTCTTTTTGAAAAGAAACCATTGGGGCTGCTCTCCCTTTTGGATGAGGAATCTACATTTCCGAATGGCACAGATTTGA CACTTGCAAACAAGCTAAAACAGCATCTACAGTCTAATTCATGTTTCAGAGGAGATAAAGGGAAGCTTTTCACAGTTGTG CATTATGCAGGAGAGGTTACATATGAGACGACTGGATTTCTAGAGAAGAATAGAGACTTGTTGCATTCGGATTCTATTCA ACTTTTGTCCTCTTGTTCTTGCCTCCTTCCTCAAGCATTTGCTTCTAGCATGCTGATCCAATCTGAAAAACCCGTTGTGG GTCCTTTATACAAAGCAGGTGGTGCTGATTCCCAGCGTTTGAGTGTAGCTACTAAATTTAAGAGTCAACTCTTCCAATTG ATGCAACGTTTAGGAAACACTACCCCACATTTCATTCGCTGTATCAAGCCAAATAACATCCAGTCTCCCGGGGTGTATGA GCAAGGGCTTGTTTTACAGCAGCTAAGATGTTGTGGGGTCCTAGAAGTGGTTCGAATTTCACGGTCTGGATTTCCTACAA GAATGTCTCATCAGAAATTTTCCCGAAGATATGGTTTTCTTCTGGTGGAGAACATTGCTGATAGAGATCCTCTAAGTGTT TCAGTTGCGATTCTCCATCAGTTTAATATCTTGCCGGAGATGTATCAAGTTGGCTACACAAAGTTGTTTTTCAGAACTGG CCAGATTGGGGTTCTTGAGGACACAAGGAACCGTACTCTCCACGGCATTTTACGTGTTCAAAGTTCTTTTAGAGGATACC AAGCACGCTGTCTCCTGAAGGAACTTAAAAGGGGAATTTCTATTCTCCAATCATTTGTTCGTGGAGAGAAGATAAGAAAA GAGTTTGCTGAGTTACGAAGGAGGCATAAGGCTGCTGCTACTATACAGAGCCAAGTTAAAAGCAAGATTGCTAGGATACA GTATAAGGGCATAGCCGATGCATCAGTTGTGATACAATCAGCAATTCGTGGTTGGTTGGTTAGAAGATGTTCAGGGGATA TTGGATGGTTAAAATCTGGAGGTGCCAAGACAAATGAGTTAGGTGAGGTGCTAGTGAAAGCATCAGTACTTTCCGAGCTC CAACGCAGGGTACTTAAAGCGGAAGCTGCTCTGCGTGAAAAGGAAGAAGAGAACGACATTCTTCAGCAGAGGCTTCAACA ATATGAGAACCGGTGGTCAGAGTATGAGACAAAGATGAAATCAATGGAAGAAATCTGGCAAAAGCAAATGAGGTCGTTGC AGTCCAGTCTTTCCATAGCAAAGAAAAGCTTAGCTGTTGAGGACTCAGCGAGAAACTCAGATGCATCTGTCAATGCGAGT GATGCAACAGATTGGGATTCAAGCAGTAATCAGTTCAGGAGCCAAACAAGCAATGGAGTAGGGTCAAGACTACAGCCTAT GAGCGCAGGGCTGAGCGTGATTGGGCGGTTAGCAGAAGAATTCGAGCAGAGAGCTCAAGTGTTTGGTGATGATGCAAAGT TCTTGGTGGAAGTGAAATCTGGTCAGGTGGAAGCAAACTTGGACCCAGACAGAGAACTGAGGAGGCTGAAACAGATGTTT GAGACGTGGAAAAAGGATTATGGAGGGAGATTGCGGGAAACGAAACTGATACTGAGCAAGCTCGGGAGCGAAGAGAGCAG TGGTTCGATGGAGAAAGTGAAGAGGAAGTGGTGGGGAAGGAGAAATAGCACCAGGTATTGA |
| Microexon DNA seq | TTTTACTAGAAAAG |
| Microexon Amino Acid seq | FLLEK |
| Microexon-tag DNA Seq | CATTTTAGTGAAAGTGGAAAGATATCGGGTGCTCAAATTCAAACCTTTTTACTAGAAAAGTCTAGAGTGGTCCAATGTGCTGAAGGGGAAAGGTCATATCATATTTTT |
| Microexon-tag Amino Acid seq | HFSESGKISGAQIQTFLLEKSRVVQCAEGERSYHIF |
| Transcript ID | AT3G19960.2 |
| Gene ID | At.14035 |
| Gene Name | ATM1 |
| Pfam domain motif | Myosin_head |
| Motif E-value | 2.5e-213 |
| Motif start | 167 |
| Motif end | 801 |
| Protein seq | >AT3G19960.2 MSQKVTPFMQSLKSLPADYRFDGSPVSDRLENSSGASVRLTNSNVPRKGGLRNGVSRTDTAAGDSEDSPYSGHGVFVEEQ SLTDDVDSGAATMPLPQSDERRWSDTSAYARKKILQSWIQLPNGNWELGKILSTSGEESVISLPEGKVIKVISETLVPAN PDILDGVDDLMQLSYLNEPSVLYNLNYRYNQDMIYTKAGPVLVAVNPFKEVPLYGNRYIEAYRKKSNESPHVYAIADTAI REMIRDEVNQSIIIRCICIHESMTYSISSSSGESGAGKTETAKIAMQYLAALGGGSGIEYEILKTNPILEAFGNAKTLRN DNSSRFGKLIEIHFSESGKISGAQIQTFLLEKSRVVQCAEGERSYHIFYQLCAGASPALREKLNLTSAHEYKYLGQSNCY SINGVDDAERFHTVKEALDIVHVSKEDQESVFAMLAAVLWLGNVSFTVIDNENHVEPVADESFLFHSLGSWCWKQECLLH NMCLSTVAKLIGCNINELTLTLSKRNMRVRNDTIVQKLTLPQAIDARDALAKSIYSCLFDWLVEQINKSLAVGKRRTGRS ISILDIYGFESFDKNSFEQFCINYANERLQQHFNRHLFKLEQEEYIQDGIDWTRVDFEDNQNCLSLFEKKPLGLLSLLDE ESTFPNGTDLTLANKLKQHLQSNSCFRGDKGKLFTVVHYAGEVTYETTGFLEKNRDLLHSDSIQLLSSCSCLLPQAFASS MLIQSEKPVVGPLYKAGGADSQRLSVATKFKSQLFQLMQRLGNTTPHFIRCIKPNNIQSPGVYEQGLVLQQLRCCGVLEV LCKGPYKRFFIIAILHQFNILPEMYQVGYTKLFFRTGQIGVLEDTRNRTLHGILRVQSSFRGYQARCLLKELKRGISILQ SFVRGEKIRKEFAELRRRHKAAATIQSQVKSKIARIQYKGIADASVVIQSAIRGWLVRRCSGDIGWLKSGGAKTNELGEV LVKASVLSELQRRVLKAEAALREKEEENDILQQRLQQYENRWSEYETKMKSMEEIWQKQMRSLQSSLSIAKKSLAVEDSA RNSDASVNASDATDWDSSSNQFRSQTSNGVGSRLQPMSAGLSVIGRLAEEFEQRAQVFGDDAKFLVEVKSGQVEANLDPD RELRRLKQMFETWKKDYGGRLRETKLILSKLGSEESSGSMEKVKRKWWGRRNSTRY* |
| CDS seq | >AT3G19960.2 ATGTCTCAGAAGGTTACTCCATTCATGCAGTCACTTAAATCTTTGCCAGCAGACTATAGATTTGATGGTTCACCAGTCTC TGACCGCCTTGAAAATTCTTCTGGTGCAAGTGTTCGCTTGACCAATTCGAATGTTCCAAGAAAAGGTGGCTTAAGGAATG GTGTTAGTCGAACTGATACTGCTGCTGGGGATAGTGAGGATTCACCATATAGCGGGCACGGTGTTTTTGTTGAAGAGCAG TCTTTAACGGATGATGTAGATTCTGGAGCTGCTACAATGCCCTTGCCTCAGAGTGATGAACGCAGGTGGAGTGACACTAG TGCATATGCTCGAAAGAAGATACTGCAATCTTGGATTCAACTTCCAAATGGTAACTGGGAGCTTGGGAAGATATTGTCAA CTTCAGGGGAGGAGTCTGTTATATCTTTGCCCGAAGGAAAAGTTATAAAAGTCATATCAGAGACTCTAGTACCTGCAAAT CCTGATATTCTTGATGGAGTGGACGATCTTATGCAGCTTAGTTACTTAAATGAGCCATCAGTGTTGTACAACCTCAACTA TAGGTACAACCAAGACATGATATATACAAAAGCAGGGCCAGTTTTGGTGGCTGTGAATCCTTTTAAGGAGGTTCCTTTAT ACGGAAATCGATACATTGAAGCATACAGGAAGAAATCAAATGAGAGTCCTCATGTGTATGCAATTGCAGATACAGCAATT CGCGAAATGATACGCGATGAAGTTAACCAATCTATCATTATCAGATGTATTTGTATTCATGAGTCCATGACCTATTCTAT TTCTTCTTCCAGCGGCGAGAGTGGAGCAGGGAAAACTGAGACTGCTAAAATAGCTATGCAATACTTGGCTGCTCTTGGAG GCGGAAGCGGGATCGAATATGAGATACTTAAGACTAATCCCATTTTGGAAGCATTTGGAAATGCAAAAACATTGAGAAAT GATAATTCTAGTCGTTTTGGGAAGCTAATAGAGATTCATTTTAGTGAAAGTGGAAAGATATCGGGTGCTCAAATTCAAAC CTTTTTACTAGAAAAGTCTAGAGTGGTCCAATGTGCTGAAGGGGAAAGGTCATATCATATTTTTTATCAACTTTGTGCTG GGGCTTCACCTGCACTTAGAGAGAAGCTAAATCTGACAAGCGCCCATGAGTATAAATATTTGGGACAGAGTAATTGTTAT TCAATTAACGGAGTTGACGATGCTGAACGTTTTCACACTGTTAAGGAAGCTCTGGACATTGTGCATGTTAGTAAAGAAGA TCAAGAAAGTGTATTTGCAATGCTTGCTGCAGTTTTATGGCTGGGAAACGTTTCCTTCACCGTTATTGACAATGAAAACC ATGTTGAACCTGTAGCAGATGAAAGTTTTTTGTTTCATTCTCTTGGGTCCTGGTGTTGGAAACAAGAATGTTTGCTGCAT AATATGTGTTTGTCAACTGTTGCTAAATTGATTGGGTGCAACATCAATGAGCTTACGCTAACTTTATCGAAACGTAACAT GAGAGTTAGGAATGATACCATTGTACAGAAGCTAACGCTACCACAGGCCATTGATGCAAGAGATGCTTTAGCAAAATCAA TCTATTCGTGCCTGTTTGACTGGCTGGTTGAACAGATCAACAAATCTCTTGCTGTGGGAAAGAGGCGAACTGGCAGATCT ATCAGTATTCTTGATATCTACGGCTTTGAATCATTTGATAAAAATAGCTTCGAGCAGTTCTGTATAAATTATGCAAATGA GAGATTGCAGCAACACTTTAACCGTCATCTATTCAAGCTGGAGCAAGAGGAATATATCCAGGATGGCATTGACTGGACAA GGGTTGATTTTGAGGACAACCAAAATTGTCTGAGTCTTTTTGAAAAGAAACCATTGGGGCTGCTCTCCCTTTTGGATGAG GAATCTACATTTCCGAATGGCACAGATTTGACACTTGCAAACAAGCTAAAACAGCATCTACAGTCTAATTCATGTTTCAG AGGAGATAAAGGGAAGCTTTTCACAGTTGTGCATTATGCAGGAGAGGTTACATATGAGACGACTGGATTTCTAGAGAAGA ATAGAGACTTGTTGCATTCGGATTCTATTCAACTTTTGTCCTCTTGTTCTTGCCTCCTTCCTCAAGCATTTGCTTCTAGC ATGCTGATCCAATCTGAAAAACCCGTTGTGGGTCCTTTATACAAAGCAGGTGGTGCTGATTCCCAGCGTTTGAGTGTAGC TACTAAATTTAAGAGTCAACTCTTCCAATTGATGCAACGTTTAGGAAACACTACCCCACATTTCATTCGCTGTATCAAGC CAAATAACATCCAGTCTCCCGGGGTGTATGAGCAAGGGCTTGTTTTACAGCAGCTAAGATGTTGTGGGGTCCTAGAAGTG TTGTGCAAGGGACCGTACAAGCGTTTCTTCATAATTGCGATTCTCCATCAGTTTAATATCTTGCCGGAGATGTATCAAGT TGGCTACACAAAGTTGTTTTTCAGAACTGGCCAGATTGGGGTTCTTGAGGACACAAGGAACCGTACTCTCCACGGCATTT TACGTGTTCAAAGTTCTTTTAGAGGATACCAAGCACGCTGTCTCCTGAAGGAACTTAAAAGGGGAATTTCTATTCTCCAA TCATTTGTTCGTGGAGAGAAGATAAGAAAAGAGTTTGCTGAGTTACGAAGGAGGCATAAGGCTGCTGCTACTATACAGAG CCAAGTTAAAAGCAAGATTGCTAGGATACAGTATAAGGGCATAGCCGATGCATCAGTTGTGATACAATCAGCAATTCGTG GTTGGTTGGTTAGAAGATGTTCAGGGGATATTGGATGGTTAAAATCTGGAGGTGCCAAGACAAATGAGTTAGGTGAGGTG CTAGTGAAAGCATCAGTACTTTCCGAGCTCCAACGCAGGGTACTTAAAGCGGAAGCTGCTCTGCGTGAAAAGGAAGAAGA GAACGACATTCTTCAGCAGAGGCTTCAACAATATGAGAACCGGTGGTCAGAGTATGAGACAAAGATGAAATCAATGGAAG AAATCTGGCAAAAGCAAATGAGGTCGTTGCAGTCCAGTCTTTCCATAGCAAAGAAAAGCTTAGCTGTTGAGGACTCAGCG AGAAACTCAGATGCATCTGTCAATGCGAGTGATGCAACAGATTGGGATTCAAGCAGTAATCAGTTCAGGAGCCAAACAAG CAATGGAGTAGGGTCAAGACTACAGCCTATGAGCGCAGGGCTGAGCGTGATTGGGCGGTTAGCAGAAGAATTCGAGCAGA GAGCTCAAGTGTTTGGTGATGATGCAAAGTTCTTGGTGGAAGTGAAATCTGGTCAGGTGGAAGCAAACTTGGACCCAGAC AGAGAACTGAGGAGGCTGAAACAGATGTTTGAGACGTGGAAAAAGGATTATGGAGGGAGATTGCGGGAAACGAAACTGAT ACTGAGCAAGCTCGGGAGCGAAGAGAGCAGTGGTTCGATGGAGAAAGTGAAGAGGAAGTGGTGGGGAAGGAGAAATAGCA CCAGGTATTGA |