- Transcript 'Moocul.CG.ELv1_2.S11...'
Transcript Model
Transcript Id
Moocul.CG.ELv1_2.S112031.g12202.01.t
Possible name(s)
ASH1L; PHF20; PHF20L1
Gene model
Location
S112031 [31,158 / 53,522]
Amino acid sequence
Length: 1,458
>Moocul.CG.ELv1_2.S112031.g12202.01.p
MSSKHEDLQKDLDIIKGNEVRSGAKGPNASRQQMKSKKAKKRSLPADGEKTHKRSRTESP
SGGKLPEKTRRTSGFGKIKLGGKQNGVSSNPSTPKERSRPDPLKQKQTPRSRGCIDPQAV
PVEAIQFKVGWRIEAMDHGAWYKARIIEVDNTKSEILVHFDGWRAKFDTWYPMTSALIRG
RTQVPNKDGEVVFEEGEDVLARWTDGNFYPATVVKVKDTGSCVVMYFDGMKKLIRKNVMK
KMNDKEKKIATEAANKLLQIPNLIPSSPEIAGKPSYRTSANDRERRVTSRRGRVSDVSSV
DSTSESTPVSTPSTPVGVQKRVQLPKPATATPTTPTNSTEPIKKKRGRPRKSSGIATPPT
SHVKPTEKILPSSPLVAKNDKENQNNIDKKQTNEINKSKNIENQQNTKKINSERIPDVKN
NPSPIASNQNKISESDEGRDSKASRLNNIISKMAPVTENNRSPKTTIPVTVQVGDKRLKS
RCFAEVTKKTDQRGELLQEQCIVCKTHNKKKKTKYLCPDCSITINFYKDEKTTDADCKAK
ETKKAQEFAEGTEVVVTSMVGSVSYRCTVVKTLENEEYLVKLKKDGTERTVHASQIKIST
IPPLKIPLTPKQTSVSATSTTLTSSASKSSVEPVKVKSKKERKPKVFTHKPRNLDKNQIQ
EMRDNWTKRKAETKNQKLKRKANDNLTHWDPTAYAKKMKFMSRKIVTYSREELVSVYLDG
FWYQAKVVKKINQECYRIQFNNGVQKVANEKFMKPWAESHTKPEVKIEEGPPKPKEPVER
NIDKEKVKTDKPEDEPKSTLKKKEEENQTASTVAPMDIQIGDVVLARWTDCKSYPATVLQ
IKKDGQLVVRYYDGFTKTLSPTLVKIWAPKTHAQTTTSTTVKSPPKIVTAPAKPQPPPLP
KSKAPSSKVVSPAKGNVSPNDVTHHHKYKIDHEAGNHSQIWNHFDKIPETLKAKCRECNA
IVTRGLNRSNLNTSNMRQHLRIHHNLTLSTCRAPECNKSFRKESLLLQHHKHYHHQRYKF
RDEVPASAKRKLSRDSSSGSGTPKRRVSADYEAIMKANQEPPAKAAAVEKPPAPIPEAPR
SRGGKPPMNIYRKQQGDAAMEFSTEEELPMKSQLDVSLEVTPDDKQEENKPATASPVTKK
KRKRHSEDSPPSVEKEGEVVVNEDVIRCSCGDDNEVGVMIQCEGCFAWQHVTCAEADKTF
VETEKVNLEGKKDESSVALTPGYFCYVCKNPPKCRNAKTFLNQNEFVTTGSLRNITDEKP
SHRKLLLNKTRQILLLSVNDLVSELTHVHDVLIGVRKKLRVAASNSNPQLIMWKEPVKPT
SESPQKAEVHGNDDASAMDATNAVTTPTDITSSDKPTSMSTTKTEAEVPLTKTAEPSLTT
EESSDDVMYRCRGNLLDHIIDIEKTMMDRLTQLDGYIDVLQPLLDVDISEEDHNTMATNL
LQIERDLTATQHLLDLSL
Nucleotide sequence
Length: 5,484
>Moocul.CG.ELv1_2.S112031.g12202.01.t
TTATAATTAATTGGCTGTATGCAGTCTTCTGCGAACTTAGTCTAATCGGTCTATTATTTA
CAAATACAGTAAATGGTAAATAGCAAAAGTCAAGTTGTAGCCCGCACTTGCAGAAGGAAC
TTACTGACCAAAAAAATTATGGAAGCGAGGTTAGACGCTAATATTCCGCTACAAGAGTTG
ACGCACACCGAAGGCAGGAAGTAAATATTTTTTTAGCCTTGCGGCTTGTGTGCGAATAAC
TAGATAAAAAGTTGTTAAATAGGCTTTAGCAAAAAGTAATTAGGCCTGGCAGTTCCGAGT
ACAAAATATTAATACTCATTGAACTTGCTTTCTCCCAAACTGATGTGGTTATTTTAAATC
ACAGAAATGTCATTTTTACTAAAGAGCACGTGACTTTACGCTGTATCAAGCAGATAAAGA
GTTTCAGTTGCGCCATTTTTATGACGCAATCAACTTGGCTTGGTTCATGGTGTGATTTGG
TCTATTACATGATTATCAGAAATATTAACGGTACGGTAGCTTAGTTTTAGCCAATGCCAT
GCTTGGTTCGCACGGCCTCCTTTATATTCATGTGTTAAGTCTAGCCAAGGTATAGGCACT
GCTCATGCGTTAAAATAACCATCAAAATTTTGTTTTTAAGGGTGGTGGAAGATTAGATCA
GCGTTAATCTGTTAAGGCTATATGTATAGGTATGTATGGTTAGCACGATTCCTTGTACCA
AAGGTAGTTGGTTCCCGCTTGACACTGAAAGTGCATTCTCCGGCAATATATTCAGGCCAG
AAGTGAAGAACATTTGGATCCTGAAATATTGCTGTACATGTGTCGATTGTCAGGCGGAAA
TTGGATAACAACAAACCAACTGCCACAGTGTGAGTTTCCTCATAAAAGCGCGTGTGCAAG
CGATTTGGTGAAATTTGGACTTGGCGCGCTATTGTGGGTTCCTCACTGTACCGTGTTGGT
TGACTCTACACCTCTGCAATTTTAAATCATCAATGGTACCAGTAGTCTAACAGTTAGTGT
AAAGCATCGGTTAATGGATATTTAAACAATCATAATGTCGTCAAAACATGAAGATCTACA
AAAGGACTTGGATATCATTAAAGGAAATGAAGTAAGATCAGGAGCCAAAGGACCAAATGC
TTCAAGACAACAAATGAAATCGAAGAAAGCCAAAAAGCGAAGTCTACCCGCCGATGGAGA
GAAAACACATAAACGAAGTAGAACTGAGTCTCCATCTGGTGGCAAATTGCCTGAAAAAAC
TCGAAGGACTTCTGGTTTTGGAAAAATTAAATTGGGTGGAAAACAAAATGGCGTTTCTTC
CAATCCTTCTACTCCAAAAGAAAGATCACGTCCCGATCCTCTTAAACAAAAACAAACGCC
ACGGAGTCGTGGCTGCATCGACCCACAGGCAGTACCAGTTGAAGCAATCCAGTTTAAAGT
AGGGTGGCGAATCGAGGCAATGGATCATGGCGCATGGTACAAAGCTCGAATTATCGAGGT
GGACAATACGAAGAGCGAAATTCTTGTTCATTTTGACGGATGGAGAGCGAAATTTGACAC
CTGGTATCCTATGACTAGTGCATTGATAAGGGGTAGAACACAAGTTCCCAATAAAGATGG
AGAAGTTGTTTTTGAGGAAGGAGAAGATGTGTTGGCCCGATGGACAGATGGAAACTTTTA
TCCTGCCACCGTAGTGAAGGTTAAAGACACTGGTTCATGCGTTGTCATGTATTTTGATGG
CATGAAAAAGTTAATAAGAAAAAATGTCATGAAAAAAATGAATGATAAAGAAAAGAAAAT
TGCAACAGAAGCAGCTAATAAACTTTTACAAATTCCCAATTTAATTCCGTCTTCGCCGGA
GATTGCTGGAAAACCATCTTACAGAACTTCTGCGAACGATCGAGAAAGACGAGTGACTTC
TAGAAGAGGTCGTGTATCTGATGTCAGTTCAGTTGACTCTACCTCTGAAAGTACACCGGT
GTCTACACCTTCCACTCCTGTTGGTGTTCAGAAAAGAGTACAACTACCTAAACCTGCCAC
TGCTACACCCACAACACCTACAAATTCCACTGAACCAATTAAAAAGAAAAGGGGACGACC
AAGAAAAAGTAGTGGAATTGCTACACCGCCGACTTCTCATGTTAAACCCACTGAAAAAAT
ATTGCCTTCTTCGCCACTGGTTGCTAAAAACGACAAAGAAAACCAAAACAATATCGACAA
AAAACAAACAAATGAAATCAACAAAAGCAAAAATATAGAGAATCAACAAAACACAAAAAA
AATAAATTCGGAGAGAATTCCTGATGTGAAGAACAACCCGTCGCCTATTGCCTCCAATCA
GAATAAAATATCGGAATCGGATGAAGGAAGAGATTCCAAAGCTTCGAGACTAAACAATAT
CATTAGCAAAATGGCTCCCGTTACAGAAAATAACAGGTCTCCAAAAACTACCATACCTGT
CACCGTTCAAGTTGGAGACAAGAGGTTGAAGTCTAGATGCTTTGCTGAAGTTACAAAGAA
GACTGATCAAAGAGGAGAATTATTACAAGAGCAGTGTATTGTATGCAAAACTCACAACAA
GAAGAAGAAAACTAAATATCTTTGTCCGGATTGCAGCATAACCATCAACTTTTACAAGGA
TGAGAAAACTACTGATGCTGATTGTAAAGCCAAAGAAACTAAGAAGGCTCAAGAATTTGC
AGAAGGTACTGAAGTAGTGGTGACCAGCATGGTTGGAAGCGTATCATATCGTTGCACGGT
TGTTAAAACGCTCGAAAATGAAGAGTATTTGGTGAAGTTGAAAAAGGATGGAACAGAGAG
AACTGTCCACGCCAGTCAAATTAAAATTTCAACAATTCCGCCACTGAAGATTCCACTGAC
ACCAAAACAGACATCTGTATCTGCCACTTCAACAACCCTAACCTCATCTGCAAGTAAATC
TTCAGTGGAACCCGTTAAAGTAAAATCAAAGAAAGAAAGGAAGCCAAAAGTTTTTACCCA
TAAGCCTCGAAACTTAGACAAAAATCAAATTCAAGAGATGAGAGATAATTGGACAAAGCG
GAAAGCTGAGACAAAAAATCAAAAGTTAAAGCGAAAAGCAAATGACAACTTGACACATTG
GGATCCTACAGCATATGCAAAGAAGATGAAGTTCATGTCAAGAAAAATAGTAACTTACAG
TCGAGAGGAGCTTGTGAGTGTTTATCTCGATGGATTTTGGTATCAAGCAAAAGTCGTGAA
GAAGATCAACCAGGAATGTTATCGGATCCAATTCAACAACGGCGTGCAGAAAGTAGCAAA
TGAGAAGTTCATGAAACCGTGGGCGGAGAGCCACACTAAACCAGAGGTAAAGATTGAAGA
AGGACCTCCAAAACCCAAAGAGCCGGTGGAGCGAAACATTGATAAAGAGAAAGTGAAAAC
TGATAAACCGGAAGATGAACCAAAATCCACTTTGAAGAAGAAGGAAGAAGAAAACCAAAC
TGCATCCACTGTTGCTCCTATGGACATACAAATTGGCGATGTTGTCCTGGCACGGTGGAC
AGACTGTAAAAGCTACCCAGCGACTGTCCTGCAGATAAAGAAAGATGGTCAACTGGTTGT
GAGATATTATGATGGTTTCACGAAAACGTTAAGTCCCACTCTGGTTAAGATTTGGGCTCC
AAAGACGCATGCACAAACTACAACTTCTACCACCGTCAAATCGCCACCGAAGATTGTAAC
TGCTCCTGCAAAGCCACAGCCTCCACCACTACCAAAATCAAAAGCTCCTTCGTCAAAAGT
TGTGTCTCCTGCCAAAGGTAATGTCTCGCCGAATGATGTCACACACCACCATAAGTACAA
GATTGATCACGAAGCCGGAAATCATTCTCAAATTTGGAATCATTTTGATAAAATTCCAGA
AACTTTGAAAGCAAAATGCCGCGAATGCAATGCAATCGTCACCCGTGGGTTGAATCGAAG
TAATTTGAACACGTCAAATATGAGACAACACCTTCGAATACATCACAATCTCACACTATC
AACCTGTCGGGCTCCGGAGTGCAATAAATCGTTCAGGAAAGAATCTCTCCTCTTGCAACA
TCACAAGCATTATCATCATCAACGCTACAAGTTCAGAGATGAAGTTCCCGCATCTGCTAA
ACGAAAACTTTCAAGAGATTCCAGCTCTGGATCCGGCACTCCAAAGAGACGAGTATCTGC
TGACTATGAAGCCATTATGAAAGCGAACCAAGAGCCTCCCGCCAAAGCAGCTGCAGTAGA
AAAACCTCCTGCTCCCATCCCTGAAGCTCCACGATCAAGAGGAGGAAAACCTCCAATGAA
TATTTATCGCAAGCAACAAGGAGATGCAGCAATGGAGTTCAGCACTGAAGAAGAACTTCC
CATGAAAAGTCAGCTTGATGTTTCATTGGAAGTTACCCCGGATGATAAACAAGAAGAAAA
CAAACCTGCAACAGCGTCACCTGTCACGAAGAAAAAGCGTAAACGGCACAGCGAGGACAG
TCCTCCATCAGTGGAAAAAGAAGGTGAAGTTGTGGTAAATGAAGATGTGATCCGATGTTC
GTGTGGAGATGATAATGAAGTTGGTGTCATGATTCAATGTGAAGGATGTTTCGCATGGCA
ACATGTGACATGCGCAGAAGCTGATAAAACATTTGTTGAAACTGAAAAAGTAAACTTGGA
AGGGAAGAAAGATGAGTCGTCTGTCGCTTTGACACCGGGATACTTCTGTTACGTCTGCAA
GAATCCTCCAAAATGTCGCAACGCGAAGACGTTTTTAAACCAAAACGAATTCGTAACAAC
GGGATCATTGCGCAATATCACTGATGAAAAACCATCGCATCGTAAATTGTTGTTGAACAA
AACTCGACAGATATTACTTCTGTCGGTGAATGACCTGGTATCGGAACTGACGCACGTACA
CGATGTTTTGATCGGCGTGCGGAAGAAACTTCGAGTTGCCGCTAGCAACAGCAATCCACA
ACTGATAATGTGGAAAGAACCTGTAAAGCCGACATCAGAAAGTCCACAGAAAGCAGAAGT
GCATGGCAACGACGATGCATCTGCGATGGACGCAACGAATGCTGTTACAACGCCAACGGA
CATCACATCCTCTGACAAACCAACAAGTATGAGCACTACAAAAACTGAAGCTGAGGTTCC
ACTCACTAAAACGGCGGAACCTTCACTAACGACCGAAGAATCAAGTGATGATGTGATGTA
TCGTTGCCGTGGCAATTTGCTTGACCACATCATCGATATTGAGAAGACGATGATGGACAG
ACTGACCCAACTCGATGGATATATTGATGTTCTTCAACCACTATTGGATGTTGATATTTC
GGAAGAAGATCACAATACCATGGCAACGAATCTTCTTCAAATCGAACGCGATTTGACCGC
CACACAACATTTGTTGGATCTGTCATTGTAACAATCATATAATGTACATATCATGTGTTT
GCAATAAATGCTTTACTTTATACA
| PANTHER |
PHF20 (IPR037915) - T[27-76] 3.6E-38 - T[124-569] 3.6E-38 - T[714-808] 3.6E-38 - T[817-867] 3.6E-38 - T[877-1356] 3.6E-38 - T[1365-1426] 3.6E-38 |
| SMART |
Mbt (IPR004092) - T[97-194] 7.1E-21 |
| SMART |
Tudor (IPR002999) - T[125-180] 4.4E-4 - T[191-247] 1.2E-13 - T[546-604] 3.1 - T[816-872] 0.0024 |
| ProSiteProfiles |
Znf_BED (IPR003656) - T[935-990] 11.003 |
| SMART |
Znf_BED (IPR003656) - T[935-986] 6.9E-10 |
| SUPERFAMILY |
Znf_C2H2_sf (IPR036236) - T[938-989] 3.49E-8 |
| Pfam |
Znf_BED (IPR003656) - T[938-984] 6.4E-9 |
| ProSiteProfiles |
Znf_C2H2_type (IPR013087) - T[989-1019] 10.014 |
| ProSitePatterns |
Znf_C2H2_type (IPR013087) - T[991-1015] . |
| Gene3D |
Znf_RING/FYVE/PHD (IPR013083) - T[1143-1230] 5.5E-9 |
| SUPERFAMILY |
Znf_FYVE_PHD (IPR011011) - T[1156-1235] 1.26E-9 |
| SMART |
Znf_PHD (IPR001965) - T[1167-1229] 5.7E-6 |
| ProSitePatterns |
Zinc_finger_PHD-type_CS (IPR019786) - T[1168-1228] . |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| P20L1_HUMAN | 31.496 % | 90.9 | 3.6E-18 |
| PHF20_HUMAN | 31.884 % | 84.7 | 2.24E-16 |