Basic Information

Insect: Acrocera orbiculus
Gene Symbol: lilli_1
Assembly: GCA_947359355.1
Location: OX375757.1:7606788-7618356[-]

Transcription Factor Domain

TF Family: AF-4
Domain: AF-4 domain
PFAM: PF05110
TF Group: Unclassified Structure
Description: This family consists of AF4 (Proto-oncogene AF4) and FMR2 (Fragile X syndrome) nuclear proteins. These proteins have been linked to human diseases such as acute lymphoblastic leukaemia and mental disabilities [1]. The family also contains a Drosophila AF4 protein homologue Lilliputian which contains an AT-hook domain. Lilliputian represents a novel pair-rule gene that acts in cytoskeleton regulation, segmentation and morphogenesis in Drosophila [2].
Hmmscan Out: # of c-Evalue i-Evalue score bias hmm coord from hmm coord to ali coord from ali coord to env coord from env coord to acc

1 9 3.4e-08 0.00028 20.1 3.3 7 140 6 134 1 172 0.54

2 9 4.3e-10 3.5e-06 26.4 12.8 349 472 235 357 216 363 0.72

3 9 2 1.6e+04 -6.2 17.6 111 249 408 536 360 554 0.30

4 9 2 1.6e+04 -10.2 32.4 83 252 458 634 436 655 0.49

5 9 2 1.6e+04 -6.9 25.9 435 488 686 736 665 750 0.54

6 9 0.45 3.7e+03 -3.3 6.2 193 261 779 845 761 854 0.55

7 9 1.9 1.6e+04 -5.4 12.8 66 229 812 973 802 1010 0.59

8 9 0.18 1.5e+03 -2.0 7.0 100 213 941 1055 904 1098 0.47

9 9 0.15 1.2e+03 -1.8 0.2 65 117 1149 1198 1143 1246 0.66

#	of	c-Evalue	i-Evalue	score	bias	hmm coord from	hmm coord to	ali coord from	ali coord to	env coord from	env coord to	acc
1	9	3.4e-08	0.00028	20.1	3.3	7	140	6	134	1	172	0.54
2	9	4.3e-10	3.5e-06	26.4	12.8	349	472	235	357	216	363	0.72
3	9	2	1.6e+04	-6.2	17.6	111	249	408	536	360	554	0.30
4	9	2	1.6e+04	-10.2	32.4	83	252	458	634	436	655	0.49
5	9	2	1.6e+04	-6.9	25.9	435	488	686	736	665	750	0.54
6	9	0.45	3.7e+03	-3.3	6.2	193	261	779	845	761	854	0.55
7	9	1.9	1.6e+04	-5.4	12.8	66	229	812	973	802	1010	0.59
8	9	0.18	1.5e+03	-2.0	7.0	100	213	941	1055	904	1098	0.47
9	9	0.15	1.2e+03	-1.8	0.2	65	117	1149	1198	1143	1246	0.66

Sequence Information

Coding Sequence: ATGGAAGATTATGAACGAATGGAAAGAAGAGAACGTGATAAACTTGCAAGACAGCAAGTACAAAATCCAGATCCTGAATTGCCATTGTTTTCAGCTCCCGTTAGGCTGAGTCCATCCGAAGGAGACTCTAGAATCCAATCAAAACTAGGAGATTATTCAATAGTTAAACGATTAATTGTCGAACCTAAACGTTTTATTGGTATAACAACACAAAGGCAATTACCACAATCACAACAACAGCAGCAACCAACAGTAATTGCTGGTTCTGGTTCGATAGCTAATACGGTAGCATCTGGTGCTACTGCACCAATAAATGCTTCAATACAACAACAAACTATAACTAATCGAAATCCTTCAATACATCATTACCATCAATCACATCAGCATCCACAACGAAATTCATATGTAAAACAAAATGACAATAAGCCTCCATATAATGGACGTGGTGGATATCCTGGTCAATCAATTAAACATGATATTCATACAAGTGGTATAGCACCCAATAAAGGTCCACCACCACCACAACAACAAACATCACAACCACCATTAATACAAAATGGAAGGATAATTGAGAAATTACCTATTCAACATATACCAAATGGACGTTTTCAAATGCCACCACCAAAACCTCCAAAATTTTTACATGATAACACAGAATCAACAAGCTCACATTCATTAAATTCTCTACCAGTTAATGGTGATGTTGAAAATATTCTTAAAGAGATGACTATGACAGCAAATTATACACCACTAACTGAGATTGCTGCAACGCCTCGTAAAGAGATGGAAAGTAAATTCACTTTCGGACAACCAAATCCTCATAAATATGCCGAACTACCTCCATTATTTAAACCTCCACTCAATAAACAAAGAGAAAAACTTCAACCTAAACCAACCGATTTAGAAAACGATCTGGACTTGTCTGAAAGTGATGACGAAAGAAAGAAGCAAACTGTTGATCCAAGATCACCTGTAAATGAAGCATCAAGTGAAAGTTCTGAATCAGCTTCTAGTGAATCTGGTAGCGAAGAATCAAATGGTACCAAAGGTGAATCATCAAGTCAAACTAGTAAATGGAATTTAAGTGAATTTTTTAAGCCGCCTCCAATGCAAAATGATGTAACACAACCATCATCTCAAGATAATGTTCGTCTTAATGAACATAAAATTAAAAATGAACCAATACCTGATGATTTTAATTCACCGCAAACATCTTATCGTAATTCCTTACCACCATTATTGACGACTGATATTAAAAAGGAAAATATACAAACAGATATGCATTTTCAGTCAATTTCAAAACAAAATCATGCCATCAACAATGGCCTGGAACTACAACCAAATCAAATTAAAAGTGAAGCATTCGTACAAAGTCCAGCTTCTAGCCCTGAAAAAGTTCAACATTCAGATAATGTAGAATCAGATCAAATCGAAAGTGTATTAGCAGAGGCAAAAAAATTAGCAGAAATTAAACCAGTATCAGAAATAGGAAGTAGCTCAGGTGAAGAAAAAAAGAAAAATTCTAGGAAAAAATCATCAATAAATAAAAAATCAGTTAAAAGAAGAAAAAAAGTTTCTAAAGATAAAACTGGTAGTGATTCAAGTGATGATGAAGAAGGTTTTTCAAGTACACATACGGCTGGTTCTGTTGGAAGCAGATCAAAATCTACTGATAAAGAAAAGAAGACTCGTGGCCGACCTAGAAAAGGTACAACAAATGGTAATTTAAGTACAACACCAGTTAAAATGTCAACACCAGGAAAGAAAAGTATTGCAAAAAAAGCAACAGTCAAAAGAAGAACATCAAGAAATAATTCAAATGCTAAGAGTCGTGAAATGTTAGATACAACAGAATCATCAAATGATAGTGATGAAAATTCACATTTAAAAACTTCTCAAACATCTAAGCCAGAACTTAGTGCCTGTAATAGTAGAATTTTATTACAAATACAAAAGCGTACACCAAACGAATCAAAATTTAATGGTGGTATAAATAATATTAATGGTGATAATTCATCGTTATCTTCATCAAATAGTGGAGATGATCGATTATCATCACCAGTTCCTGAAAAGAATTCGACAAGGCAGCAATACTCATCTCCTGCGCATAGATCTTCTGTAAGAAGTAAAATTTCAAGCTCTTCATCTTCGTCCAGTGATGATAATTCCGATAGTGATAGTGATGATTTACGAGAAGACAAAAAAATTCGTGATAAAACGAAAAGTGATAAAAATAAAAGTGATACCTTACGTAAGTTATTTGTTTTTGGCCTAAACAAAGGAGAAGGTGGAGCAAAAGGAAAAGGTCAAGTTGTTATAATTGATCAATCCGAAGAATTACAGAATGCTAAAGAACAATCTTCTCATCATGAAAAATTATTATCACCTATGGCCTTTAAACATAATAATGAAATTGCTCAAGGGAATAATAATAGCAATAGTAATATCCATCACACTAAATCACCAAGAAATTCAAATAATGTGATATCACAGGATAAAATTGTTAATAATAATTGTACATTATCATCATCAAAATTATCAATGATTAATAACAATAATAATAATCATAATCGTACACATAAAATAACAACACCATATTTTTGCCAAATTGATATATCACGATTAATTCGTATACATCCAGAATGGTATAATTCAACATATAGACTTCCTATACCAATTAATAGAGAACGAACAATAAATTCAAATTATAATTATAATAATGGTGATGATGAAAAACTAAGAACTAATTTATTAAAAAATAGTAAAATTAATCACAATTTAGTTAATCAAAACAATTTTAAAATTAATAATACAAATATTTGTAGTAGCAGTATTAGTACAAAAAATGCTACATTATCTAATTCAAACTCAAGACTGGTAACTGATACATTAGTAACAAATTTATCATCTAATATTGTAAATAATACTTCAATGTATAATCGTTTACATGAAAACTCTACTTCTGATATATGTGGTAAAACTATAGCAAACAATAGTTATCCTTATAATAATAACAATAATAATAACAATAATAATAATAATAATAATATAGATAATCGTTGTAAAGATAAAGAACAACTAAATATTCGTTTAACACCGAATAATATAAATGTATTACAACAATCACCATCATCACCAATTAAATCACTCGGTAATATTAAAAATGAAACAATTAAATCCGAATTTATATCAGATGATTATAAATATTTAACATCACTTAAAACAGCACCAGTATCAGTTGTAAATCAAAATGAAGATAAATATAATTTATATAATAATAAATTAAATAAAAATATAATTAAACAAGAAAATTTAGTTAAAAATGAATATAAAAATTTAATAATACCAACAATAGTAACAACAAGTGATTTTGATAGCAATAATAAACAGATACCATTAAATGTGATTACAAATAGTTGTGTACCAATTGGAAATATTGATATAACTAATAAAAATATTTCTAATGATAATTATATTCCAAAGAATTGTAAAAAACGTAGTTCAAGTTCAAGTAGCAGTCCATTTAAAGAAAAGAAACGGAAAAAAGGATCACTGTCACAAAACGAAATGATAGAACAAATGCCACCAACAAATCACGATCGGTTATCGGAAAGAATTTTATTACCTCCTCCACCGCAGCCAATTATTACTAAAGTTTATAGATCATATTTTGAACGTAACAATGATGATCTAAAGGAAGATTATGGGGACCATACACGCTTTTTAGACGAAGCAAAGCGCTTAAAACATGCAGCTGATAAAGAAACTGACCATTTTGACCAAGTTATGATTTACCTAAAAGCTGTCCTTTACTTTTTACTTGCCGGTGCTGCAATGGAACGTGATAAAAGAACTGAAAAAGCTGCATTTACTATGTACAAAGATACTCTTTCTTTAATTAAATTTATTTCATCAAAATTTCGTAATCAACAAAGTGCCGCAACGGTGCAGGGAGTTAATCATAATAAAGTTGCTATTCTAAGTTTACGTTGTCAATCATTAATTTCTTGTAAATTGTACAAAACGAAAAGACATGAAAGCAGAGAAGTATCTAAAATAGCTAGTGATTTTTTTAATAAGGGTTTAATTGATTTACCAAACGGTAATACACCCTCATCCATATCACCAACTAATTCAGTATGCTCTCAGGGTTCTGGTTCCAATACACCTCCTTGTCATATGGTTCCAATTCAGGTTCATGCTGCCCTACAAAGACAAAATTTATATTTTCACTATTTATCAAGTTCACATGATTTGTGGGAGCAAGCGGATGCTCTTGTTGAGAAGGGCAATCATACAGAATTTTTTATTGCGCTGGATCATGAAAATGGACCATTAACATTACATAGTTCAGTTTATGATTTATTTCGATATGTACAGGCGGGCCTACAGAAACTTAAGGACATGTAA
Protein Sequence: MEDYERMERRERDKLARQQVQNPDPELPLFSAPVRLSPSEGDSRIQSKLGDYSIVKRLIVEPKRFIGITTQRQLPQSQQQQQPTVIAGSGSIANTVASGATAPINASIQQQTITNRNPSIHHYHQSHQHPQRNSYVKQNDNKPPYNGRGGYPGQSIKHDIHTSGIAPNKGPPPPQQQTSQPPLIQNGRIIEKLPIQHIPNGRFQMPPPKPPKFLHDNTESTSSHSLNSLPVNGDVENILKEMTMTANYTPLTEIAATPRKEMESKFTFGQPNPHKYAELPPLFKPPLNKQREKLQPKPTDLENDLDLSESDDERKKQTVDPRSPVNEASSESSESASSESGSEESNGTKGESSSQTSKWNLSEFFKPPPMQNDVTQPSSQDNVRLNEHKIKNEPIPDDFNSPQTSYRNSLPPLLTTDIKKENIQTDMHFQSISKQNHAINNGLELQPNQIKSEAFVQSPASSPEKVQHSDNVESDQIESVLAEAKKLAEIKPVSEIGSSSGEEKKKNSRKKSSINKKSVKRRKKVSKDKTGSDSSDDEEGFSSTHTAGSVGSRSKSTDKEKKTRGRPRKGTTNGNLSTTPVKMSTPGKKSIAKKATVKRRTSRNNSNAKSREMLDTTESSNDSDENSHLKTSQTSKPELSACNSRILLQIQKRTPNESKFNGGINNINGDNSSLSSSNSGDDRLSSPVPEKNSTRQQYSSPAHRSSVRSKISSSSSSSSDDNSDSDSDDLREDKKIRDKTKSDKNKSDTLRKLFVFGLNKGEGGAKGKGQVVIIDQSEELQNAKEQSSHHEKLLSPMAFKHNNEIAQGNNNSNSNIHHTKSPRNSNNVISQDKIVNNNCTLSSSKLSMINNNNNNHNRTHKITTPYFCQIDISRLIRIHPEWYNSTYRLPIPINRERTINSNYNYNNGDDEKLRTNLLKNSKINHNLVNQNNFKINNTNICSSSISTKNATLSNSNSRLVTDTLVTNLSSNIVNNTSMYNRLHENSTSDICGKTIANNSYPYNNNNNNNNNNNNNNIDNRCKDKEQLNIRLTPNNINVLQQSPSSPIKSLGNIKNETIKSEFISDDYKYLTSLKTAPVSVVNQNEDKYNLYNNKLNKNIIKQENLVKNEYKNLIIPTIVTTSDFDSNNKQIPLNVITNSCVPIGNIDITNKNISNDNYIPKNCKKRSSSSSSSPFKEKKRKKGSLSQNEMIEQMPPTNHDRLSERILLPPPPQPIITKVYRSYFERNNDDLKEDYGDHTRFLDEAKRLKHAADKETDHFDQVMIYLKAVLYFLLAGAAMERDKRTEKAAFTMYKDTLSLIKFISSKFRNQQSAATVQGVNHNKVAILSLRCQSLISCKLYKTKRHESREVSKIASDFFNKGLIDLPNGNTPSSISPTNSVCSQGSGSNTPPCHMVPIQVHAALQRQNLYFHYLSSSHDLWEQADALVEKGNHTEFFIALDHENGPLTLHSSVYDLFRYVQAGLQKLKDM

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity: -
90% Identity: -
80% Identity: -