- Transcript 'Boleac.CG.SB_v3.S13....'
Transcript Model
Transcript Id
Boleac.CG.SB_v3.S13.g02158.01.t
Possible name(s)
KMT2A; SETD1A; SETD1B
Gene model
Location
S13 [329,440 / 340,407]
Amino acid sequence
Length: 1,584
>Boleac.CG.SB_v3.S13.g02158.01.p
MGYAWARMXIAIRQHFIMSEREQNRNVNSNDANSPDYKLLIDPLIRKGEEKLIRFAGETY
NTENHGQGVVIIRDPRPRMNRLWSRRERCDLPVPRYKVDEWYIGAVPPREITFSKLNDNV
TKQFMEKMCSKFGKLERVRVYYHPKTQKHMGLSKVVFSSMKSAAECVKQLHNTSIMGNVI
HAQIDSKGELLNKLFQRIARGEMVAETVPDVIRHTQDGISMSNKFKERSHRRTSKDGSRR
SSQDDPRKQRKSVDESDRHPSRRQHRKDSTKEVNESNGNSASSGNREENATDTYELSNSE
SRKKLTSSDRDDSQSEIEHQPVDLESMPHDNSAPDHPVDRYNHGDRLRYEREGSREHSPH
YRHNHHERGSDDPKIHHYHRSEYDRNREPPPGSRYYDRHGYDRGFYHGNCESRENDYGPR
RSEHRRMYSPPRGPYRHSNHLPSRYRHPSPERFNHHRYSPPRNRTERYGQSHPGSPEPWR
RSPGYHPDGDARHMDRRRRSHHGRSPSPVLPNRESEAHRNTPRSXDSKISLDQRLKEMTG
ETSSRTKRKKKDQTKEQQLDNESSVDMEISEGESDHDNQGVRQQAVDYDNINMSHERWNT
GAPSWNGHEAQPIDARLWNLPQHDFHEGFDRNHQLSGQYQMNYPPETWPSHFQPAVMPPG
VMPPQFNYYPPNSYPMMPPMMNSETQPIDEDENLCQCVLSAIVEDLKSTVSRDLNRKVVE
TMAFKVYESWWDENANARSSSKTTSVGLIGDKLTTINEKPDASQNSQPPPEKPDNKLKSQ
SLLNAFDPLNWAKNSFEMDGFRIGLGLRSAVLKMPSFRVKKRPIIPSPVKDDEREDAMLS
KKARLANGKENQERSIVSSKKKRQRITVLDSEGEDNHSEDEDSYAESASDDDTKVKSSVL
NVDEVFSDSAESSDDLSSDESEKSSDEEDESSESESENEAIPQADDDSKLEHKESVSVPL
DEKSVDLPVEKKIEKPEKKDEPQAEAKPISYLTPESRASTESDTTNTVDDSNISSLLSPT
ALGVTPSAITPQQLRHVHPKKRHRLISHDQYEPFAKIPATDHDKLKDDLSLITEKERTVL
EALTDMHKTPERRMTTDSDASVASLPDKLVVPSRNQENLHDPLSASPQNELDAVQALLSF
RDAGSQKPVIPKKPTIQLRYKNIVTLSESALVAALAEEHNYFVPCNTRRRLPSSDPVVAQ
LLEEHNYSRAMWEEAVSDHERPPTPLSESTLSAESVYNFKDEVPEIITAAECVKLRREKL
KKLPKTTKKPKLSAAAIQFTSRNKMEDLVIAYEMWCSGLDLEDMKYLRKVYEDHLEDPSA
PTWVNDSHWVPHTVTATVSPKKSKSKRRRKDRNVDDNLGFHKTGSARTEGYYKLKDMVKL
QQRREMYGEGESQSTTSLKMAKSASNGMPEGGVSAPDKNLGARETRHFMRRIAAEVGSDA
GDLFKYNQLMFRKKAVKFKRSSIHGWGLFAEEPIAADEMVIEYVGQVVRTLIAERREVNY
TELGIGSSYLFRIDTEHIIDATKCGNYARCYAKVITVDTAKKIVIYSKGPIKKSQEITYD
YKFPLEDDKVMCYCGAENCRRTLN
Nucleotide sequence
Length: 4,762
>Boleac.CG.SB_v3.S13.g02158.01.t
AGCAGTTATGGGATATGCGTGGGCCAGAATGTNAATTGCCATTAGGCAGCATTTTATCAT
GTCTGAGAGGGAACAGAATCGCAATGTGAATTCCAACGATGCGAATTCACCGGATTATAA
ATTGTTGATTGATCCCCTAATTCGAAAGGGAGAAGAAAAACTAATTCGTTTTGCTGGAGA
AACTTATAACACAGAGAACCATGGACAAGGTGTTGTTATCATCCGTGACCCTCGGCCACG
GATGAACAGACTATGGTCCAGGCGGGAAAGATGTGACTTGCCAGTGCCACGATATAAGGT
GGATGAATGGTATATTGGGGCTGTGCCACCAAGAGAGATCACCTTCTCAAAACTAAACGA
CAACGTCACTAAGCAATTCATGGAAAAAATGTGCTCAAAGTTTGGCAAATTAGAGCGAGT
TAGAGTCTACTATCATCCTAAAACCCAAAAGCACATGGGATTGTCAAAGGTTGTGTTTTC
ATCCATGAAATCTGCTGCTGAGTGTGTGAAGCAGCTACATAACACCTCAATAATGGGCAA
TGTAATCCATGCACAAATTGATAGCAAAGGTGAGCTGCTAAACAAGTTGTTCCAGAGAAT
CGCTAGAGGTGAAATGGTTGCCGAGACTGTTCCTGATGTTATTAGACATACACAAGATGG
TATTTCTATGTCAAATAAATTTAAAGAGAGATCTCATCGACGTACTAGCAAGGATGGTAG
CAGAAGATCGTCACAGGATGATCCAAGAAAACAAAGAAAATCTGTTGATGAGAGTGATAG
ACATCCTTCTCGCAGACAACACAGAAAGGATTCAACCAAAGAGGTAAATGAATCCAATGG
CAACTCGGCATCATCTGGTAATAGAGAAGAGAATGCGACAGATACTTATGAACTGAGCAA
TTCTGAATCAAGGAAAAAGCTCACCAGCTCTGATAGAGATGACTCACAGTCAGAAATCGA
GCATCAGCCTGTCGATTTGGAATCAATGCCTCATGATAATTCTGCTCCTGATCATCCTGT
GGATAGATACAACCATGGTGATCGGTTGCGATATGAACGTGAAGGTAGTCGGGAACATTC
TCCGCATTATCGTCATAACCATCATGAGAGAGGATCTGATGATCCTAAAATTCATCATTA
TCACCGTTCTGAATATGATAGAAATCGAGAACCACCCCCAGGTAGTCGGTATTATGATAG
GCATGGTTACGATAGGGGGTTTTATCATGGTAACTGTGAATCACGTGAAAATGACTATGG
TCCAAGAAGGTCAGAGCATAGGAGGATGTACAGTCCTCCAAGAGGGCCCTATAGACATTC
AAATCATTTACCTTCACGATACCGGCACCCATCTCCTGAACGCTTCAATCATCATCGTTA
TTCTCCACCGCGTAACCGAACTGAAAGGTACGGACAATCTCATCCCGGAAGCCCTGAGCC
TTGGCGTAGATCCCCTGGATATCATCCAGACGGTGATGCTCGTCACATGGATAGACGTAG
ACGGAGTCATCATGGACGAAGTCCAAGTCCTGTACTGCCTAACCGGGAATCAGAAGCTCA
CCGGAATACACCACGAAGTATNGATTCTAAAATATCGCTGGATCAACGATTGAAGGAGAT
GACAGGAGAAACATCAAGTCGAACTAAAAGAAAGAAAAAAGACCAGACCAAAGAGCAACA
ACTAGATAATGAGTCATCAGTTGATATGGAGATATCAGAAGGAGAGAGCGATCATGATAA
CCAGGGTGTAAGGCAACAAGCTGTTGATTATGATAACATAAATATGAGTCATGAACGATG
GAATACAGGGGCTCCTTCATGGAATGGGCATGAAGCTCAACCAATAGATGCAAGATTGTG
GAACTTGCCACAGCATGATTTTCATGAAGGTTTTGACCGAAACCATCAACTCTCTGGTCA
ATATCAAATGAACTACCCCCCCGAAACTTGGCCAAGCCATTTTCAGCCGGCTGTTATGCC
ACCGGGAGTCATGCCACCTCAGTTTAATTATTACCCTCCCAATTCTTATCCCATGATGCC
CCCGATGATGAATAGCGAGACACAACCGATCGATGAGGACGAGAATTTATGTCAGTGTGT
ATTGTCGGCAATCGTGGAAGATTTAAAGTCAACAGTTAGTCGAGATCTGAATCGTAAGGT
TGTTGAAACTATGGCATTCAAGGTTTATGAATCGTGGTGGGATGAAAATGCGAATGCCAG
GTCTTCTAGTAAAACTACTTCTGTCGGATTGATAGGAGACAAACTGACAACAATTAATGA
AAAACCAGATGCTTCCCAGAATAGCCAACCACCCCCGGAGAAACCTGACAACAAACTCAA
AAGTCAATCACTGTTAAATGCTTTTGATCCTCTGAACTGGGCAAAGAACTCTTTTGAAAT
GGATGGTTTTAGGATAGGGCTTGGTTTAAGATCAGCGGTGTTGAAAATGCCATCTTTCCG
TGTCAAGAAGAGACCGATAATACCATCACCAGTGAAAGATGATGAAAGGGAAGATGCGAT
GTTGAGTAAGAAAGCAAGATTGGCGAATGGAAAAGAAAATCAAGAACGAAGCATTGTCTC
GTCAAAGAAGAAACGACAACGTATCACAGTTTTGGATAGTGAAGGAGAGGACAATCATAG
TGAAGATGAAGACAGTTATGCCGAGTCTGCCTCTGACGATGACACTAAAGTTAAGTCTAG
TGTTTTAAATGTTGATGAAGTGTTCAGTGACTCGGCAGAGAGTAGTGATGATCTGTCAAG
TGATGAGAGTGAAAAGTCTTCGGATGAGGAAGATGAAAGCTCAGAGTCTGAGTCGGAGAA
TGAAGCTATTCCACAAGCTGATGATGACTCAAAACTCGAACACAAGGAGTCAGTTAGTGT
TCCACTGGATGAAAAATCAGTCGATTTGCCTGTTGAGAAGAAGATCGAAAAACCGGAGAA
AAAAGACGAGCCTCAAGCTGAAGCCAAGCCCATTTCTTATCTTACACCAGAATCACGGGC
GAGCACAGAAAGCGATACAACAAACACTGTTGACGACTCGAATATTTCTTCACTGTTATC
ACCGACTGCTCTGGGTGTCACTCCTAGCGCAATAACTCCGCAACAGTTACGACATGTACA
TCCAAAGAAACGACACAGGCTGATATCACATGATCAGTATGAACCGTTTGCAAAGATTCC
GGCCACCGATCATGACAAACTGAAGGATGATCTTTCGCTGATCACTGAAAAGGAAAGAAC
TGTACTAGAAGCATTGACTGATATGCACAAAACTCCTGAGCGTAGGATGACAACAGACTC
TGATGCTTCTGTAGCATCACTTCCTGACAAACTGGTTGTGCCCTCAAGAAATCAAGAAAA
TCTTCATGATCCTTTATCTGCGAGTCCACAAAACGAACTTGATGCAGTCCAAGCGTTATT
ATCATTCAGAGATGCTGGTTCACAGAAGCCTGTTATCCCGAAGAAGCCTACAATTCAATT
GAGATACAAAAATATAGTGACACTGTCGGAGAGCGCCCTGGTTGCTGCTCTTGCTGAAGA
ACATAATTATTTCGTGCCATGTAACACAAGACGGCGGTTGCCAAGCTCTGATCCTGTTGT
GGCACAGCTTTTAGAAGAACATAACTACAGTCGAGCAATGTGGGAAGAAGCAGTATCGGA
TCATGAAAGACCACCGACACCACTGTCTGAATCAACGTTATCTGCAGAATCTGTGTATAA
TTTTAAAGACGAAGTTCCTGAAATTATCACTGCTGCTGAGTGTGTAAAATTGCGTCGAGA
GAAACTGAAGAAGTTGCCAAAGACTACGAAGAAGCCAAAGTTGTCAGCAGCTGCGATTCA
ATTTACGTCGCGCAACAAAATGGAAGATCTCGTCATTGCTTACGAAATGTGGTGCAGTGG
ATTGGATCTTGAAGATATGAAGTATTTAAGAAAAGTTTATGAGGACCATCTTGAAGATCC
TTCAGCGCCGACATGGGTCAACGATTCTCATTGGGTACCGCACACTGTCACTGCCACGGT
TTCGCCTAAAAAGAGCAAAAGTAAAAGACGCAGGAAAGATCGAAACGTTGACGATAATCT
GGGATTTCATAAAACTGGCTCTGCGAGGACAGAAGGTTATTATAAGCTTAAAGATATGGT
GAAATTGCAGCAGCGGCGAGAAATGTATGGTGAAGGTGAATCACAATCTACAACTTCATT
AAAAATGGCAAAGAGTGCATCAAACGGTATGCCTGAAGGTGGAGTTAGCGCACCTGACAA
AAATTTAGGAGCTCGCGAGACAAGGCATTTTATGAGACGCATCGCTGCTGAGGTCGGCTC
TGATGCAGGCGACCTGTTCAAATATAATCAACTAATGTTCCGCAAGAAAGCTGTCAAATT
TAAACGTAGTAGCATACACGGCTGGGGCCTGTTTGCTGAAGAACCTATTGCTGCTGATGA
GATGGTGATTGAATATGTTGGCCAGGTGGTGAGGACACTCATTGCTGAGCGACGGGAAGT
AAATTACACCGAACTAGGAATCGGTAGCTCTTACCTGTTCCGTATCGACACGGAACATAT
TATCGACGCTACCAAGTGCGGGAATTATGCACGCTGCTACGCCAAAGTTATAACCGTTGA
CACTGCTAAAAAAATCGTAATCTACTCGAAAGGACCTATCAAAAAATCTCAGGAGATCAC
ATACGATTATAAGTTTCCATTGGAGGATGACAAAGTCATGTGTTATTGTGGAGCTGAGAA
CTGCCGAAGAACACTGAACTGA
| PANTHER |
SETD1A (IPR037841) - T[36-242] 1.7E-161 - T[247-531] 1.7E-161 - T[691-1253] 1.7E-161 - T[1256-1584] 1.7E-161 |
| SUPERFAMILY |
RBD_domain_sf (IPR035979) - T[87-190] 1.78E-14 |
| Gene3D |
Nucleotide-bd_a/b_plait_sf (IPR012677) - T[103-210] 9.9E-21 |
| ProSiteProfiles |
RRM_dom (IPR000504) - T[109-187] 10.445 |
| SMART |
RRM_dom (IPR000504) - T[110-183] 9.6E-9 |
| Pfam |
RRM_dom (IPR000504) - T[116-181] 9.5E-9 |
| SMART |
COMPASS_Set1_N-SET (IPR024657) - T[1283-1444] 3.8E-25 |
| Pfam |
COMPASS_Set1_N-SET (IPR024657) - T[1293-1448] 7.7E-18 |
| ProSiteProfiles |
SET_dom (IPR001214) - T[1454-1562] 11.35 |
| SMART |
SET_dom (IPR001214) - T[1454-1568] 1.9E-20 |
| Pfam |
SET_dom (IPR001214) - T[1465-1561] 2.7E-6 |
| SMART |
Post-SET_dom (IPR003616) - T[1568-1584] 3.9E-4 |
| ProSiteProfiles |
Post-SET_dom (IPR003616) - T[1568-1584] 9.74 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| KMT2A_HUMAN | 48.252 % | 139 | 9.59E-33 |
| SET1A_HUMAN | 38.605 % | 166 | 3.56E-41 |
| SET1B_HUMAN | 45.679 % | 256 | 9.66E-69 |