| Microexon ID | Pp_18:3000482-3000490:- |
| Species | Physcomitrium patens | Coordinates | 18:3000482..3000490 |
| Microexon Cluster ID | MEP21 |
| Size | 9 |
| Phase | 1 |
| Pfam Domain Motif | AP2 |
| Structure of Microexon-tag (flanking exon, microexon, flanking exon sizes) | 49,9,50 |
| Microexon location in the Microexon-tag | 2 |
| Microexon-tag DNA Seq | TGGGAYAAYAGYWSYWGRARWGARRGYCARAVYARGAARGGAARRCAAGTTTAYYTRGGKGSWTATGAYRAKGARGARRMWGCWGCWMGRGCWTATGAYYTDGCWGCW |
| Logo of Microexon-tag DNA Seq |  |
| Alignment of exons |  |
| Microexon DNA seq | TTTACCTTG |
| Microexon Amino Acid seq | VYLG |
| Microexon-tag DNA Seq | TGGGATAACAGCAAAGTGAAGCTTGGGCTTGCGAGAAGAGGGCGACAAGTTTACCTTGGAGCCTACACTGATGAAGAACAAGCTGCAAAAGCCCACGACTTAGCAGCT |
| Microexon-tag Amino Acid Seq | WDNSKVKLGLARRGRQVYLGAYTDEEQAAKAHDLAA |
| Microexon-tag spanning region | 3000029-3000715 |
| Microexon-tag prediction score | 0.8773 |
| Overlapped with the annotated transcript (%) | 100 |
| New Transcript ID | Pp3c18_3900V3.1x |
| Reference Transcript ID | Pp3c18_3900V3.1 |
| Gene ID | Pp3c18_3900 |
| Gene Name | NA |
| Transcript ID | Pp3c18_3900V3.1 |
| Protein ID | Pp3c18_3900V3.1 |
| Gene ID | Pp3c18_3900 |
| Gene Name | NA |
| Pfam domain motif | AP2 |
| Motif E-value | 1.1e-10 |
| Motif start | 979 |
| Motif end | 1038 |
| Protein seq | >Pp3c18_3900V3.1 MGVVEERLDRFVSRTVDMEGAVQDQSETETRNGMETVLQRIRATPWERNDTKNRIELGTVPAESLNSTHAYAVEERQASD SITVQWATCVAPNLATFEERNTVGISGQYEKTAEIIQPSLCALGSGVYLKQYRSASEKDVNDNKLELYALDNLDASDLCV SELADHQNKFIILPEWPNCYQARGQETFIAPPTDSIINSTTRRVAHQIECEPVESDIEVTEAHRLFLADELLSAGQGVLE EFDYPPLPKQPSMGQSSSSRCTEKRGIDIDESEGISSQALRRKYLDSEHFEAHSRVLSTSSLQNPDSGQIDINSAFRAEV IDEDEFEEHRSLEQQSEGRIENGIRFLSHYKMVKEHENGNEVKFGTTVQDIDHQNNSKANGDPCVLVGNYDNLGELEDEV LEKTMGWFPVEESCNEGNDPTLSVRWILDEPPTAADLPHLESLLEISPSKFWSPESESGKRTSVHFGYLCRSESSQSPHS IQYFLNDSPASSPEVTRTIFSGVPGTINSSKEPKHHCSQKRPAMHGAIQKIYSPCMDTAIPWTWRESMETNMKSPSLGSG RKFAQVQICVPHVSPGFSEDKRGNLTSREQNVISTPTQDHTHQETGCLSNFTKSDGAVHRLMSQHGKNLVVDFLKVGPTT QERIEAIRNDTELRDTFVPPSSKLWVQVENPTMPSDNMRDQFSARLSDKEGTNASSSLELQIPQGNRLTGTADAPLQPLS SPVKPEVVLQVHKNCKRRRHAELLPLADISNHPNLAARLRDSLHEKLESQLEFPNTLLELLNDERPVSEQCPQNLAPGNA TWSSPGVPRVSRKRSSRVTTPKDMRPRVSNMLIDDKMLQSATETPIKDHYTCKRGKKITKSAFKELQTFPRNVKLRLLMP DPASCENDMIEMTNQEGRNVKSPILTKAVKPLRLIKTSPAKGYSWTRIRTTPKSNAVVRCETNIEESVTGEERHEVKGKS LSKGSPDIETNKIAVLRSSKYRGVTRHRHTGRFEAHLWDNSKVKLGLARRGRQVYLGAYTDEEQAAKAHDLAALKYWGPG VHTNFPPSLYEEELKTMKNLTKEDYILLLRRKSPGFTRGISKYRGVTRHHQEGRWEARIGRHSGAKYHYLGTYDTEEEAA VAYDRAAVLHRGPNAVTNFDISNYIKRKTKNPKTEITVCPPQM* |
| CDS seq | >Pp3c18_3900V3.1 ATGGGAGTCGTAGAAGAACGGCTGGACAGGTTTGTCTCCAGGACTGTGGACATGGAAGGGGCTGTACAGGACCAATCAGA AACCGAAACGAGAAACGGCATGGAAACAGTACTTCAGCGGATACGAGCTACACCATGGGAGCGCAATGATACTAAAAATA GGATCGAGCTTGGGACCGTGCCAGCGGAAAGTCTAAACTCAACCCATGCTTACGCTGTAGAAGAACGGCAAGCTAGTGAT TCAATAACTGTACAATGGGCAACATGTGTTGCTCCAAACCTAGCAACATTTGAAGAGCGGAACACAGTGGGAATTAGCGG CCAATATGAGAAGACTGCGGAAATAATTCAACCATCGTTGTGCGCATTAGGATCCGGGGTATACCTCAAGCAGTATCGTT CAGCATCGGAAAAGGATGTAAATGACAACAAATTGGAATTATATGCCTTAGATAACTTAGACGCTAGTGACTTATGTGTC AGTGAATTAGCTGACCATCAGAACAAGTTCATCATATTGCCGGAATGGCCAAATTGTTACCAAGCTCGTGGTCAAGAGAC GTTCATCGCACCTCCAACAGACTCGATCATCAATTCAACCACCAGACGAGTTGCCCATCAGATTGAATGCGAGCCAGTTG AAAGTGACATTGAGGTTACGGAGGCGCACAGACTGTTTCTTGCAGACGAATTACTGTCAGCAGGCCAGGGCGTGCTTGAA GAATTCGACTACCCTCCACTTCCAAAACAACCCTCCATGGGCCAATCTAGTAGCAGTCGATGCACCGAAAAGAGAGGTAT CGATATTGATGAGAGTGAAGGCATTAGTAGCCAGGCATTAAGAAGGAAGTATCTTGACAGCGAGCATTTCGAAGCACACT CTAGGGTATTATCTACCAGTTCCCTGCAGAACCCTGACAGTGGCCAAATTGACATCAACAGCGCGTTTCGCGCAGAAGTA ATAGATGAGGACGAGTTCGAAGAACACCGAAGTCTGGAACAACAATCTGAAGGCAGAATTGAGAATGGTATTAGGTTTCT GAGCCACTATAAAATGGTGAAAGAGCACGAAAATGGTAATGAGGTGAAATTTGGGACAACTGTGCAGGATATTGACCACC AAAACAATAGCAAAGCTAATGGAGATCCCTGTGTATTGGTTGGAAACTATGACAACTTGGGTGAGCTGGAGGACGAGGTC CTGGAGAAGACAATGGGTTGGTTCCCAGTGGAGGAGTCGTGCAATGAGGGCAACGATCCTACCCTTTCAGTGCGTTGGAT ACTTGACGAACCGCCAACTGCGGCTGATTTACCTCATTTGGAAAGTTTGCTGGAAATCTCACCCTCGAAATTTTGGAGTC CGGAATCTGAGTCAGGAAAACGAACGTCTGTCCACTTCGGATACCTTTGCCGTTCTGAGTCATCGCAATCGCCGCACTCA ATCCAATATTTTTTAAACGATTCACCTGCTTCATCTCCGGAGGTGACAAGAACGATCTTTAGTGGCGTCCCTGGTACAAT CAATTCATCAAAGGAACCGAAGCACCACTGTTCGCAAAAACGCCCTGCTATGCACGGCGCAATACAGAAAATTTATTCAC CATGCATGGATACAGCGATCCCTTGGACTTGGCGAGAATCCATGGAGACAAACATGAAGTCACCTTCCTTAGGTTCTGGT AGAAAATTTGCTCAAGTCCAAATTTGTGTTCCACATGTGTCCCCTGGGTTTTCAGAGGACAAACGTGGGAATCTCACTAG CAGAGAGCAGAATGTGATTTCAACTCCTACTCAAGATCATACCCATCAAGAAACAGGCTGCTTATCGAATTTCACCAAAT CAGATGGTGCCGTTCACAGATTGATGTCTCAGCATGGGAAAAACCTAGTTGTAGACTTTCTGAAAGTAGGGCCAACGACT CAGGAAAGGATTGAAGCCATAAGGAACGACACAGAACTCAGAGATACTTTCGTGCCACCGAGTTCAAAATTGTGGGTTCA AGTTGAGAATCCGACAATGCCATCAGATAACATGCGGGATCAATTTTCTGCAAGGCTCTCTGACAAGGAAGGAACGAACG CTTCATCGTCTTTGGAACTCCAGATTCCACAAGGAAACCGATTGACGGGTACTGCTGATGCTCCTCTGCAGCCTCTATCT TCACCCGTAAAGCCTGAAGTCGTACTCCAAGTTCACAAAAATTGCAAACGGAGAAGACATGCGGAATTGCTCCCACTCGC GGATATTTCAAACCATCCGAATTTGGCTGCGAGGTTAAGAGATTCGCTACATGAGAAGCTAGAGTCACAGCTTGAATTTC CAAATACACTCTTGGAATTACTCAATGATGAGCGTCCAGTTTCCGAGCAGTGTCCACAAAATTTGGCTCCAGGTAACGCA ACGTGGTCAAGCCCGGGCGTCCCTCGTGTTTCGCGAAAGCGAAGCAGTCGAGTCACAACGCCGAAAGACATGAGACCGAG AGTGTCGAACATGCTTATCGACGATAAGATGTTACAGTCTGCGACAGAAACTCCGATAAAAGACCACTACACTTGTAAAA GAGGAAAGAAGATCACCAAAAGCGCGTTTAAGGAGTTGCAAACGTTCCCAAGAAATGTCAAATTACGACTTCTCATGCCT GACCCAGCTAGCTGTGAGAATGATATGATAGAAATGACGAACCAAGAAGGTAGAAATGTTAAGTCTCCGATCCTAACGAA GGCAGTTAAACCTCTGCGGCTAATAAAGACTAGTCCTGCCAAAGGTTATTCTTGGACCAGGATTAGAACGACGCCTAAAA GCAACGCAGTTGTCAGGTGTGAAACGAACATAGAAGAAAGTGTTACAGGAGAAGAGAGACATGAAGTTAAAGGAAAGAGT CTGTCAAAAGGATCACCAGATATTGAAACGAACAAAATTGCCGTTCTCCGGAGCTCGAAGTACAGGGGTGTAACAAGGCA TCGACACACAGGGCGATTTGAGGCGCACTTATGGGATAACAGCAAAGTGAAGCTTGGGCTTGCGAGAAGAGGGCGACAAG TTTACCTTGGAGCCTACACTGATGAAGAACAAGCTGCAAAAGCCCACGACTTAGCAGCTTTGAAGTATTGGGGCCCTGGT GTGCACACCAACTTCCCGCCCAGTCTGTATGAGGAGGAGTTGAAGACAATGAAAAACCTAACTAAAGAGGACTACATTCT TCTTTTGCGCAGGAAAAGTCCCGGGTTCACTAGGGGAATATCAAAATATCGTGGAGTTACAAGGCATCACCAAGAGGGAC GCTGGGAAGCCCGCATTGGAAGACACTCGGGCGCAAAGTATCATTACCTAGGCACCTATGACACAGAAGAAGAAGCAGCC GTAGCTTATGACAGAGCTGCAGTTCTTCACCGTGGACCCAATGCTGTCACGAACTTTGACATATCAAATTACATCAAAAG AAAAACCAAGAACCCCAAAACTGAAATCACTGTATGCCCACCTCAAATGTGA |
| Microexon DNA seq | TTTACCTTG |
| Microexon Amino Acid seq | VYLG |
| Microexon-tag DNA Seq | TGGGATAACAGCAAAGTGAAGCTTGGGCTTGCGAGAAGAGGGCGACAAGTTTACCTTGGAGCCTACACTGATGAAGAACAAGCTGCAAAAGCCCACGACTTAGCAGCT |
| Microexon-tag Amino Acid seq | WDNSKVKLGLARRGRQVYLGAYTDEEQAAKAHDLAA |
| Transcript ID | Pp3c18_3900V3.1 |
| Gene ID | Pp.9295 |
| Gene Name | NA |
| Pfam domain motif | AP2 |
| Motif E-value | 1.1e-10 |
| Motif start | 979 |
| Motif end | 1038 |
| Protein seq | >Pp3c18_3900V3.1 MGVVEERLDRFVSRTVDMEGAVQDQSETETRNGMETVLQRIRATPWERNDTKNRIELGTVPAESLNSTHAYAVEERQASD SITVQWATCVAPNLATFEERNTVGISGQYEKTAEIIQPSLCALGSGVYLKQYRSASEKDVNDNKLELYALDNLDASDLCV SELADHQNKFIILPEWPNCYQARGQETFIAPPTDSIINSTTRRVAHQIECEPVESDIEVTEAHRLFLADELLSAGQGVLE EFDYPPLPKQPSMGQSSSSRCTEKRGIDIDESEGISSQALRRKYLDSEHFEAHSRVLSTSSLQNPDSGQIDINSAFRAEV IDEDEFEEHRSLEQQSEGRIENGIRFLSHYKMVKEHENGNEVKFGTTVQDIDHQNNSKANGDPCVLVGNYDNLGELEDEV LEKTMGWFPVEESCNEGNDPTLSVRWILDEPPTAADLPHLESLLEISPSKFWSPESESGKRTSVHFGYLCRSESSQSPHS IQYFLNDSPASSPEVTRTIFSGVPGTINSSKEPKHHCSQKRPAMHGAIQKIYSPCMDTAIPWTWRESMETNMKSPSLGSG RKFAQVQICVPHVSPGFSEDKRGNLTSREQNVISTPTQDHTHQETGCLSNFTKSDGAVHRLMSQHGKNLVVDFLKVGPTT QERIEAIRNDTELRDTFVPPSSKLWVQVENPTMPSDNMRDQFSARLSDKEGTNASSSLELQIPQGNRLTGTADAPLQPLS SPVKPEVVLQVHKNCKRRRHAELLPLADISNHPNLAARLRDSLHEKLESQLEFPNTLLELLNDERPVSEQCPQNLAPGNA TWSSPGVPRVSRKRSSRVTTPKDMRPRVSNMLIDDKMLQSATETPIKDHYTCKRGKKITKSAFKELQTFPRNVKLRLLMP DPASCENDMIEMTNQEGRNVKSPILTKAVKPLRLIKTSPAKGYSWTRIRTTPKSNAVVRCETNIEESVTGEERHEVKGKS LSKGSPDIETNKIAVLRSSKYRGVTRHRHTGRFEAHLWDNSKVKLGLARRGRQVYLGAYTDEEQAAKAHDLAALKYWGPG VHTNFPPSLYEEELKTMKNLTKEDYILLLRRKSPGFTRGISKYRGVTRHHQEGRWEARIGRHSGAKYHYLGTYDTEEEAA VAYDRAAVLHRGPNAVTNFDISNYIKRKTKNPKTEITVCPPQM* |
| CDS seq | >Pp3c18_3900V3.1 ATGGGAGTCGTAGAAGAACGGCTGGACAGGTTTGTCTCCAGGACTGTGGACATGGAAGGGGCTGTACAGGACCAATCAGA AACCGAAACGAGAAACGGCATGGAAACAGTACTTCAGCGGATACGAGCTACACCATGGGAGCGCAATGATACTAAAAATA GGATCGAGCTTGGGACCGTGCCAGCGGAAAGTCTAAACTCAACCCATGCTTACGCTGTAGAAGAACGGCAAGCTAGTGAT TCAATAACTGTACAATGGGCAACATGTGTTGCTCCAAACCTAGCAACATTTGAAGAGCGGAACACAGTGGGAATTAGCGG CCAATATGAGAAGACTGCGGAAATAATTCAACCATCGTTGTGCGCATTAGGATCCGGGGTATACCTCAAGCAGTATCGTT CAGCATCGGAAAAGGATGTAAATGACAACAAATTGGAATTATATGCCTTAGATAACTTAGACGCTAGTGACTTATGTGTC AGTGAATTAGCTGACCATCAGAACAAGTTCATCATATTGCCGGAATGGCCAAATTGTTACCAAGCTCGTGGTCAAGAGAC GTTCATCGCACCTCCAACAGACTCGATCATCAATTCAACCACCAGACGAGTTGCCCATCAGATTGAATGCGAGCCAGTTG AAAGTGACATTGAGGTTACGGAGGCGCACAGACTGTTTCTTGCAGACGAATTACTGTCAGCAGGCCAGGGCGTGCTTGAA GAATTCGACTACCCTCCACTTCCAAAACAACCCTCCATGGGCCAATCTAGTAGCAGTCGATGCACCGAAAAGAGAGGTAT CGATATTGATGAGAGTGAAGGCATTAGTAGCCAGGCATTAAGAAGGAAGTATCTTGACAGCGAGCATTTCGAAGCACACT CTAGGGTATTATCTACCAGTTCCCTGCAGAACCCTGACAGTGGCCAAATTGACATCAACAGCGCGTTTCGCGCAGAAGTA ATAGATGAGGACGAGTTCGAAGAACACCGAAGTCTGGAACAACAATCTGAAGGCAGAATTGAGAATGGTATTAGGTTTCT GAGCCACTATAAAATGGTGAAAGAGCACGAAAATGGTAATGAGGTGAAATTTGGGACAACTGTGCAGGATATTGACCACC AAAACAATAGCAAAGCTAATGGAGATCCCTGTGTATTGGTTGGAAACTATGACAACTTGGGTGAGCTGGAGGACGAGGTC CTGGAGAAGACAATGGGTTGGTTCCCAGTGGAGGAGTCGTGCAATGAGGGCAACGATCCTACCCTTTCAGTGCGTTGGAT ACTTGACGAACCGCCAACTGCGGCTGATTTACCTCATTTGGAAAGTTTGCTGGAAATCTCACCCTCGAAATTTTGGAGTC CGGAATCTGAGTCAGGAAAACGAACGTCTGTCCACTTCGGATACCTTTGCCGTTCTGAGTCATCGCAATCGCCGCACTCA ATCCAATATTTTTTAAACGATTCACCTGCTTCATCTCCGGAGGTGACAAGAACGATCTTTAGTGGCGTCCCTGGTACAAT CAATTCATCAAAGGAACCGAAGCACCACTGTTCGCAAAAACGCCCTGCTATGCACGGCGCAATACAGAAAATTTATTCAC CATGCATGGATACAGCGATCCCTTGGACTTGGCGAGAATCCATGGAGACAAACATGAAGTCACCTTCCTTAGGTTCTGGT AGAAAATTTGCTCAAGTCCAAATTTGTGTTCCACATGTGTCCCCTGGGTTTTCAGAGGACAAACGTGGGAATCTCACTAG CAGAGAGCAGAATGTGATTTCAACTCCTACTCAAGATCATACCCATCAAGAAACAGGCTGCTTATCGAATTTCACCAAAT CAGATGGTGCCGTTCACAGATTGATGTCTCAGCATGGGAAAAACCTAGTTGTAGACTTTCTGAAAGTAGGGCCAACGACT CAGGAAAGGATTGAAGCCATAAGGAACGACACAGAACTCAGAGATACTTTCGTGCCACCGAGTTCAAAATTGTGGGTTCA AGTTGAGAATCCGACAATGCCATCAGATAACATGCGGGATCAATTTTCTGCAAGGCTCTCTGACAAGGAAGGAACGAACG CTTCATCGTCTTTGGAACTCCAGATTCCACAAGGAAACCGATTGACGGGTACTGCTGATGCTCCTCTGCAGCCTCTATCT TCACCCGTAAAGCCTGAAGTCGTACTCCAAGTTCACAAAAATTGCAAACGGAGAAGACATGCGGAATTGCTCCCACTCGC GGATATTTCAAACCATCCGAATTTGGCTGCGAGGTTAAGAGATTCGCTACATGAGAAGCTAGAGTCACAGCTTGAATTTC CAAATACACTCTTGGAATTACTCAATGATGAGCGTCCAGTTTCCGAGCAGTGTCCACAAAATTTGGCTCCAGGTAACGCA ACGTGGTCAAGCCCGGGCGTCCCTCGTGTTTCGCGAAAGCGAAGCAGTCGAGTCACAACGCCGAAAGACATGAGACCGAG AGTGTCGAACATGCTTATCGACGATAAGATGTTACAGTCTGCGACAGAAACTCCGATAAAAGACCACTACACTTGTAAAA GAGGAAAGAAGATCACCAAAAGCGCGTTTAAGGAGTTGCAAACGTTCCCAAGAAATGTCAAATTACGACTTCTCATGCCT GACCCAGCTAGCTGTGAGAATGATATGATAGAAATGACGAACCAAGAAGGTAGAAATGTTAAGTCTCCGATCCTAACGAA GGCAGTTAAACCTCTGCGGCTAATAAAGACTAGTCCTGCCAAAGGTTATTCTTGGACCAGGATTAGAACGACGCCTAAAA GCAACGCAGTTGTCAGGTGTGAAACGAACATAGAAGAAAGTGTTACAGGAGAAGAGAGACATGAAGTTAAAGGAAAGAGT CTGTCAAAAGGATCACCAGATATTGAAACGAACAAAATTGCCGTTCTCCGGAGCTCGAAGTACAGGGGTGTAACAAGGCA TCGACACACAGGGCGATTTGAGGCGCACTTATGGGATAACAGCAAAGTGAAGCTTGGGCTTGCGAGAAGAGGGCGACAAG TTTACCTTGGAGCCTACACTGATGAAGAACAAGCTGCAAAAGCCCACGACTTAGCAGCTTTGAAGTATTGGGGCCCTGGT GTGCACACCAACTTCCCGCCCAGTCTGTATGAGGAGGAGTTGAAGACAATGAAAAACCTAACTAAAGAGGACTACATTCT TCTTTTGCGCAGGAAAAGTCCCGGGTTCACTAGGGGAATATCAAAATATCGTGGAGTTACAAGGCATCACCAAGAGGGAC GCTGGGAAGCCCGCATTGGAAGACACTCGGGCGCAAAGTATCATTACCTAGGCACCTATGACACAGAAGAAGAAGCAGCC GTAGCTTATGACAGAGCTGCAGTTCTTCACCGTGGACCCAATGCTGTCACGAACTTTGACATATCAAATTACATCAAAAG AAAAACCAAGAACCCCAAAACTGAAATCACTGTATGCCCACCTCAAATGTGA |