| New model in OGS2.0 | DPOGS214355 |
|---|---|
| Genomic Position | scaffold29:+ 265348-279003 |
| See gene structure | |
| CDS Length | 7863 |
| Paired RNAseq reads | 3722 |
| Single RNAseq reads | 8803 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA004128 (0.0) |
| Best Drosophila hit | mushroom body defect, isoform B (3e-14) |
| Best Human hit | ND |
| Best NR hit (blastp) | hypothetical protein NCU00658 [Neurospora crassa OR74A] (6e-06) |
| Best NR hit (blastx) | viral A-type inclusion protein [Trichomonas vaginalis G3] (1e-93) |
| GeneOntology terms | GO:0016319 mushroom body development GO:0003700 sequence-specific DNA binding transcription factor activity GO:0004784 superoxide dismutase activity GO:0055114 oxidation reduction GO:0046872 metal ion binding GO:0006801 superoxide metabolic process GO:0003707 steroid hormone receptor activity GO:0005634 nucleus GO:0006355 regulation of transcription, DNA-dependent GO:0007058 spindle assembly involved in female meiosis II GO:0051233 spindle midzone GO:0045179 apical cortex GO:0005515 protein binding GO:0005813 centrosome GO:0045180 basal cortex GO:0005875 microtubule associated complex |
| InterPro families | IPR009053 Prefoldin |
| Orthology group | MCL18296 |
Nucleotide sequence:
ATGTGTTCCAAACTGGCCCCTGATGATCAGGAGGTTATTCTAAAGTTCAGTAAATGTTTG
ATGGACTGTCGTAATATATCTTTTAGGGATGTCATAACAGCAATAACAGAAGCGTGTGGG
CAAGACACAGCTGGTCCACTCCTCACTGTATCGGAGACGCCTCCAGCATTACGGTCCTTA
CATAGTGAAGTCAGACACCTGAAAGCTGCTCTGGAAGCCGAGAGATTTGACAGGAATTAT
CTTCAAGAGGAATTAGCTAGAACTAATTTAAAGATGGAGAAGCTTGTCAAAGATAAAGAG
CAATATAAACAAGATATAGCAAACTTGAAGTTCAAAATGCTGAGCTATGGACAAGAGAAT
GAATCTCAGAATGCTGAAGCCTCCAACAACAACGTAACCAAACTCATGAGGGATCTAGAG
GAAACGGAGCAGCGCTTGGCCAATGTTCAGGAAGAGATGGATGAAGTGACATACGAAAGA
GACACTTACAAGACCAAGGTGGAAGAACTTAAACGCGAACGAGATATGTTATCTAGTTTA
AATCAAGAGGAATCGCTCAAGAACAGCCAACTGACAGAGGAATTAGAAACAGAGCGTAGA
CACGTGAACTCTCTGAAGGAATTGGTCTCAGAGCTACGGCAACACAACAGACTGAACGGC
TTGGACTCCAGCCAGCTAGAATGTGATGACTTGGATGTCAGCGTACACTCACTACCCCAT
AATATATCCGTTTGCAGCGAGGTATGTGTTAATGTGGTTGAGGTGCAACTTAGCGAGGAG
CGCGCTAAGATCGTAGTTCTCAAACAACAGATACAGACGTTGCAGGATCAACTCACGGAT
GTACAGAAAAAGTTTGAAGAGGAAAGCAAAAAGTATTCGGTGATTGTTTCTGAAAAAGAT
ACTGACATATTAAATTTGAGACATCGGATCAATGAAGAAATTGAAGAAAGAAATACATTA
AAAACACAATGTGATAACGAAATGACGAAATTGAATAACGAGGTCAACGAACTCGAGCAA
AGGTTGAGAGACACGGGCGAAAACTCTAGGAGGATAATAGATTCTAAAATTCAAGAGATT
CAAATTTTACAAGAAGAGAAGCTTTCTTTATTGAAGAGTTTGACCGACGAAACAACGAAA
CTTGGCAGCATTATACAGGACCTGAAGACGAGCTTGGACACCGAAAGAAGCTCTAAGATT
AAAATGAGGGAAGAGATGGACGGTCAGATAATGAAATTGAAAGAGAAAGTTCTCAATAGA
AACAACGAGTTGGTCGAGTTTCAAAACAAAATATTCGAGAAAGGTGAAAGGATTGAAATT
CTGCAATCCGAGTTGAAGAAAGAGAAAGAATCTCACGGGGATTTCGTTAACAAATACAAT
AACGACATCATGAATTTAAATACGAGAATTCAAATACTAGAAAATGATCTGTACAAAAAG
TCTGAAGAATTTAAAAACCTTGATGAACATTGTAAGGCATTACAAACGGATATACAGTAT
AGGGATGAGAAAATTATTATGTTACAAGTGGACATTGAAAAACTCAAGACGGAACACGAG
AAAGAGAATCGGGAGTTGCAATACAATCTGGACGAGATTAATGCTACCGTTGGTACATTG
AAAATACAACTACAGAATGAGATACAGTACAAAGTGACCGTGGAGACAGAACTACAAACG
CTCAAAGAACATCTCAACGAAGTTATCAAAGAAGTTGATAGACTGACGAACACGAATACA
GATTTAAATAAAGAATACAAACAAGAATTGGAAAAGAATATCATATTACAAGAGAGATGC
GCAGAGTTGAATGAAGTCCTCGACAAGTTGAACAAAGATATTGTCGAAAAAGATTCCATC
ATACAGACAGCAGAACGAAATCTCTTAGAACAGAAATCACAGTTTGAAGAATCGTTACAC
AAGTTGGAAGAAGTTCTTAATTCAAATAACTGTAAATTAATATCGGAGACCAGTGAGAAA
AATACATTGATTCAAAAATTAAATTCACTGTCCCAAGAGAGAGAGGCGTTAAATAAAGAA
ATTAATGACAATCATAATACAATATCTAATCTACAAACGGAAATGGAAAAATCATTAGAA
ACTTCACAGGAATATATAACAACTATAAAGAGACTTGAAGATGACATCGTTGACATCAAG
AGACAGAAGGAATTAGATCAAAGGAATTACGATGTTGAAACGACCAAGCTTCTGACGAAA
ATAAACGAAGCTAACAAGACCGCGAAGGAGCTGCATACACTTAACAATAACACCATTAAA
GCTAAGGAACTAGAAAATGACACTTTGAGAATGAATATTGGCAACATTGAAGCGAGACTA
CAGAGTCAATATGAGGAAAATAATAAGTTAGAACATGAAAAAACGGTTCTGATTGAACAA
CTCGGACAGTTGAATACACACAAGAACAACATCGAAAGGGAGTATATCAATAAATGTGCC
TTGTTGAACAAAGTAAGCGCACAGATGAACGAGGAGATATTGAGGAAAAGCAAGGAGATA
AAGATATACGAAGAGGAAATAAAATCTCTGTTGAAAATAAACAACGACAGAAAAGAAGAA
ATTAACTACTTGAAATGTAATATTGAAAAGGATATACACGAAAGAGATGCCAAAGTGGCG
GAGTTATGCAAAAATATTAAAAGTCTAGATTCACAGTTGATTGATTCTCAAAACGAATTG
AAAAACGTCATTGAGAAACATTCACAAGTGGTTGAAGCGCTTCAGGCGGAAAATGTCCAG
TTGCACTACACCATAGAGGAGGACAATAGCAACCACGAACTGCTGGTTAAAGAGAAGGAT
GCTGTGATTGAAGAGTTGGAAACGCGACTGAAGAATGTTAACGACAGCATGAAACTGTTA
CAGACAGACTATGAAAACGATAAACATTTGTTTGAAAAGTTCAAAATCGACGTTCAGGAA
GAGATATTGAAACGGGAAGAGCAGATAACGGAATTGAATGATAGATTAAGTAAATATGAA
AGTAATATAAAGGAGAAGGAAGCAGAAATACATAACGCTGACGCACAGATTAATATATGG
AGAGAAGAGAACGCTGTGCTAGTGAATGACTTGAATACTTTGAAGAAGGCGTATACAGAG
AGCGCACAGAGCAACGACATGCTGAAGGAAAGTCTTCACGCTGAGAAATCAGCTAAAGAC
CTAATAGAAAATGAAAAACTAAGTTTACAAAGAGATAATGATTCTTTAGTCAAGAGAGTA
TCGGACAACGAACATGCTTACAAAATAATACTTTCAGAGAGGGACAGTCTGTTGAACGAG
AAGGCGATATTAGTGCAGCAGTTAATGGAAGAACGATCGGTCAGGAAAATAGCAGATGAA
GGCAAGGAAGCGTTACTGATGGAGGCCAGAGAGATGAATAGCAACTTGAAGTTGTTTGAA
GAAATGAAACATATGTTACTACAGGAAAAAGAATGTCTAACGCAACAGCTCGTCGAAGAA
CGACATAGCAAAGAACTAGCTGAACAAGAAAAGGTAAATATCATGGAAGTCAAACACGCG
CTGGAAGACAAACTGGTGGAAAATAATTCACTGATAAATAATCTACAAGAAAAGAACTAT
GCTCTACAAGAACAGGTACAAACACTGTCTACAAGCGTGGATGATTATGTTAGGCTGAAT
GAAAAATTACAAGGCGATACAAAACAGTTGCAAGAAGAAATAGATGAGTTAACGAAAGAC
AACGAAACACAAAAGGAAGAAATTACAAAAGCAAAAGCAGATGTACTGAAAACTGAAATA
GAAGCGCTTAGCAAAGAAAATGAATCATTACTGAACACTTACAACCAAGTGAAAATCACG
CTCGACAAGACGGAGTCTGAGAAAAGAAAGGCTGAAAACAAAATTTGTGAAGCAAACGAT
AAATTTGCTTCCGAAATTGAGAAAAAACAGGAAGAAATAAAGACAGTTTGGTTGGAATAC
GACCAACTTAAGGCGGAGTACAAAACTCTGGAAGAAGACAGAGAGAAAATGTCCTCTTTA
GTTAGTTGTGGACTATCGAAAGTTATAAGTTGTTTAAAGAAAGATAATATTTGTAAAGAA
ATTATTCAACATTGCGATAAACATAACGAAACATACGAAGCTCAATGTAACGTGATATTC
GATATAATAAACAATTTAACGTCAGACTTAGTGCTACGGAAGAATCTAGAAAAAGCTGTC
GAACAAGGCAACACAGCTGTTAAGGACATAACGGAGACGTTGAAACAAAAAGAGCTCTTA
GTGAACAAACTACAAGTTGAAATGAACGCTTTGAACAAAGTCCTAGATGATTCTAAAATA
GAATTTGCAAAAAAACAAGAGAAAAATGATAAATTGCTAGAAACAAAGACAATTGAAATA
CAACATCTACTATTAGAAAATCAAACGCTTCGTAACGAACTTAACGATGTTAAAATACAG
TTGGAAGTTAAGGTGCACTCTCTGAAAGACAAACTGATAGACAACGAGAACCTGACGGAC
AAGCTGAAGAAAACATACGAGTGCCAGATAGATAACTTGAACATGATGATATCAAAGCTG
ACGGCCTATCTGAAAGAAAAGACTTCAGAGCTGGACGCGATGAGGAATGACAAGGAGAGA
TTACAGCAAGCTCTCCAAGACAGCAATACAGCAATAAAATCACTGGAAGAGGAATTAAAA
ACTCAAAAGCAAAATCAAGAAAAACTCATAAGCGACTTTGAATCAGAGCGACTTGTTCTC
AAGAATATGGTGACTGTCACTGAATCTGTTATGGAGGATCAGAAGATCGGTCTGAACAAG
ATTATAAGTGATAATATGAAAGAGAGAGAACATTTGATGAATGAAATAAAAGCTATGAAA
GAATCTACAGACAACGAAAGAAAGGATTACGAGAGCAAAATCATGGAGAAAGAAGTAGTG
TTACAAACGATGTTCAAAGAATTAGCCGACCTCAGAAACGACAAAGACACTTTAGAAATG
AACACGATCTCACAAACTAATATGTATGAAAATAAGATCGAGACTTTGGAAGGAGATATT
GTTAAGAAAACACGGGAAGTGGAGAGATTATACGATGAAATAAGGGACTTGAATGATGCA
TTGAATAAATATAAAGATGATATAACCGCCTTAGAGGAAATGAATAATGAATGGAAAATT
AAAAACGATTCAATTGAAAGCGAATTTGGAGATAGAGTAAAAAAATTACAAGAAGATTAT
GATGTTCAAAGAAAATATACGGAAGATTTAAAAGAATTTGAAAACAGCAAGGCAGAATTA
TTGGAACAGATAAATAACTTAAATACAGAATTAGAAAATGAGATAAAAGCCAAAGAGGTT
TTAAAGGTTAAAAATACAGAAATATTCAACGTCCAGAAAGAAAAGGAATCAGCGCTGTCA
GATCTGCAAAAACAATTGCAAATCGAATTAGATAAACAAATAGAAAATGGTAAAGAGATA
TTAAATCTTAACAACAAATGCTCCATACTAGAAGAGTATCAAATTAAAGCTGACACGGAA
CTTGAAAGACGTCAAAAGGATATCGATGCTTTACACAACGAGATTAAGACACTCCACGCT
CAAGTAGAAAATATAATGAGCGAGAGAGACAGAGATATTCGATGTCTCAAAGAGGAAAGA
GACGCAAATAAAGATCTCGAAAAGGAAATAACAGAAGATAAAGACAGTCTAGAAATTCTT
AAATGTGAATTGAAATTAAAGGAGGAAGAAATAACAGAATTAAAGAGAAAGTTGACCGGG
AAGGTGGAAGAAGAAGACGTTATACGCATTTTAAGAAAGGAAAATGAGGAATTGATCAGA
GCTATTGGACAAAGAGAAACTTTCTCCGTTGTCGGTCAGGAAAGGTCAAGCGTTCAATAT
TCTGGACAAACCGAAGGCCGCGTCCTCAAACAGGTAGATAACACATCTGACACACTTTCG
TCTTTGGAGAGCATTAAAACCATTTCAGACTTAGAAAAGATAGTAGAGGACAAGAACAGG
ACAATAAAGACATTGCAATGTGACGTGGCGTTCATGAAAACCTTGTTCGCCGAGTCTGAA
AACAAACTCCTAGACGTGACCAGGGATCTGGAGATGAGCAGAGAGAACTGTCAGCAGCTG
TCGAATCAATTGAAGAAGATCGTCCATCAAAAGAACGAGGAGATAGCCGACCTGAAGAAA
CAAGTCACCAAGATGAGTGTCACGGAAAATAGAGCCACGCAAATAATAAAAGTGTCGGCG
AAATATCAAGCTATCATATTGAAGAGGATCGCCGAAATAAAGTCCAATACGGTGCTGAAG
GAACTGACGAACTTTGGAAACACGAACTGTGATAACGAGCTACGAAGGAGTTTGACCTCC
GGCAGCATCACCATGGAAGACTTGGAGAACTTCCTGGAGACCACCGAGAGACATCTGAGA
CGTTGCTCCGAGAAGCAGATATCATTGCAGAAGGAACGGGACCGGCTCGCTGAAGTGAAC
AAAATAAACGAATCTGAAATAATAAACATGCAAAAGTTCCTAACGGAAATGTCAGTGAGC
GTTAAGACTTTCAATTCGTTCAAGGAGTTGTATTCACAGAAGTTGACCAAAGTGACGTCC
ATACAACGGACGGTCAGACGGGAGATATTGAACCTCGAGAACAATATAACGGACTCCGCC
ATGTGTAGGTTAGAACGCGGGTACGCCGCAGCCATGCAAGACTTGTCAGAGTGTGCTATG
AACTTCCAAAGGTGGATGGAACGTTGCATATCTCGTTCGATTTCCTCGGAGAAGATCAAG
CAGGCGTTCTACAGTGAAACGGACAGAGTATCTCTGACTTCTGGGAGCTTCCAGAACGCT
GGGTTGGAAGTTCAACTGGATGAATTGGATTGTAAGTTCCAGAAGCTTCTAGAAGAAATC
ACACGAGCGCAGAAGGGCGAGGGCGCTAAGGACGTCCAGTCGCTTACCGTTTTGGAGGTA
CGAGCGGAATACGAGGACAAACTCAACAGGATGAAGGCGAAAATGAAACAATTGTACCAA
GAACAGATAACCATATTCAAAGAGAAGCAGCGACAGGAGATTTTGAATTTGGAACAAGAA
CTGCAAAAGGCACGCCAAGATCTGAGAGAGTCGAGCCGAGGTTACGAGGAGTATATAAAG
GAATTGACGAAGGAGCTGTGGAACGTTGGAGAGAAGTTTGTGATGAAACACGACGAGGCG
GAGTGGCTCAGGAAGAAACAGAGGCACGGCTCGCTCATGTCACTGCAACATGTACATTCG
TCTGGCCTCGTTCCTCTTCAAGAACCTCCTCGACCGTCAGACACGCATTCTCTCCGGTCG
CTGCCTGTGAATAATAACGACAAAACAAAAGAAGGTCGCACCCTTCACATGTCTGATGAG
GAAGGAGAGGTGTTCGACAATCGTTGGCTGCGAGAGTTAGCTTCGACGCCGCGAGCTCAC
CCTCGAGAGTCGCACCCTCAGGAGCCGCACCCCCCGCACCGCTTATCAGAGCTGCGCTGG
CGTAACTCACTCTGCGGCGGTGTAGATTTCTCGAGCATTCCCGCTGAGACCCAGTTCGTC
TCCGCGTTGCACGAGGAAGACATCAAGAACCCCGGCGGTCCGAGCATGTCTCTGGGCGGT
CGTCAACGTAAAGAGGTTGGCATCACGGCGTACAAGAAGCCCGGGCCCCCCACACCCAGC
AAGCAGGCCGGCCGACTGTCCGCTACTGACTCGGAGCTCCGGGAGTGCGTGCGTGAGGCG
AGAGACGGAGCTACCAAGCGAGGGACTCCTTCACGGATACGAGCCTTGTTCAGATCGAAG
AATGACACCGTAGAGAGCACACCCAAAGGCAGGAGATTGAGCAACATTTTTAGAAAGAAA
TGA
Protein sequence:
MCSKLAPDDQEVILKFSKCLMDCRNISFRDVITAITEACGQDTAGPLLTVSETPPALRSL
HSEVRHLKAALEAERFDRNYLQEELARTNLKMEKLVKDKEQYKQDIANLKFKMLSYGQEN
ESQNAEASNNNVTKLMRDLEETEQRLANVQEEMDEVTYERDTYKTKVEELKRERDMLSSL
NQEESLKNSQLTEELETERRHVNSLKELVSELRQHNRLNGLDSSQLECDDLDVSVHSLPH
NISVCSEVCVNVVEVQLSEERAKIVVLKQQIQTLQDQLTDVQKKFEEESKKYSVIVSEKD
TDILNLRHRINEEIEERNTLKTQCDNEMTKLNNEVNELEQRLRDTGENSRRIIDSKIQEI
QILQEEKLSLLKSLTDETTKLGSIIQDLKTSLDTERSSKIKMREEMDGQIMKLKEKVLNR
NNELVEFQNKIFEKGERIEILQSELKKEKESHGDFVNKYNNDIMNLNTRIQILENDLYKK
SEEFKNLDEHCKALQTDIQYRDEKIIMLQVDIEKLKTEHEKENRELQYNLDEINATVGTL
KIQLQNEIQYKVTVETELQTLKEHLNEVIKEVDRLTNTNTDLNKEYKQELEKNIILQERC
AELNEVLDKLNKDIVEKDSIIQTAERNLLEQKSQFEESLHKLEEVLNSNNCKLISETSEK
NTLIQKLNSLSQEREALNKEINDNHNTISNLQTEMEKSLETSQEYITTIKRLEDDIVDIK
RQKELDQRNYDVETTKLLTKINEANKTAKELHTLNNNTIKAKELENDTLRMNIGNIEARL
QSQYEENNKLEHEKTVLIEQLGQLNTHKNNIEREYINKCALLNKVSAQMNEEILRKSKEI
KIYEEEIKSLLKINNDRKEEINYLKCNIEKDIHERDAKVAELCKNIKSLDSQLIDSQNEL
KNVIEKHSQVVEALQAENVQLHYTIEEDNSNHELLVKEKDAVIEELETRLKNVNDSMKLL
QTDYENDKHLFEKFKIDVQEEILKREEQITELNDRLSKYESNIKEKEAEIHNADAQINIW
REENAVLVNDLNTLKKAYTESAQSNDMLKESLHAEKSAKDLIENEKLSLQRDNDSLVKRV
SDNEHAYKIILSERDSLLNEKAILVQQLMEERSVRKIADEGKEALLMEAREMNSNLKLFE
EMKHMLLQEKECLTQQLVEERHSKELAEQEKVNIMEVKHALEDKLVENNSLINNLQEKNY
ALQEQVQTLSTSVDDYVRLNEKLQGDTKQLQEEIDELTKDNETQKEEITKAKADVLKTEI
EALSKENESLLNTYNQVKITLDKTESEKRKAENKICEANDKFASEIEKKQEEIKTVWLEY
DQLKAEYKTLEEDREKMSSLVSCGLSKVISCLKKDNICKEIIQHCDKHNETYEAQCNVIF
DIINNLTSDLVLRKNLEKAVEQGNTAVKDITETLKQKELLVNKLQVEMNALNKVLDDSKI
EFAKKQEKNDKLLETKTIEIQHLLLENQTLRNELNDVKIQLEVKVHSLKDKLIDNENLTD
KLKKTYECQIDNLNMMISKLTAYLKEKTSELDAMRNDKERLQQALQDSNTAIKSLEEELK
TQKQNQEKLISDFESERLVLKNMVTVTESVMEDQKIGLNKIISDNMKEREHLMNEIKAMK
ESTDNERKDYESKIMEKEVVLQTMFKELADLRNDKDTLEMNTISQTNMYENKIETLEGDI
VKKTREVERLYDEIRDLNDALNKYKDDITALEEMNNEWKIKNDSIESEFGDRVKKLQEDY
DVQRKYTEDLKEFENSKAELLEQINNLNTELENEIKAKEVLKVKNTEIFNVQKEKESALS
DLQKQLQIELDKQIENGKEILNLNNKCSILEEYQIKADTELERRQKDIDALHNEIKTLHA
QVENIMSERDRDIRCLKEERDANKDLEKEITEDKDSLEILKCELKLKEEEITELKRKLTG
KVEEEDVIRILRKENEELIRAIGQRETFSVVGQERSSVQYSGQTEGRVLKQVDNTSDTLS
SLESIKTISDLEKIVEDKNRTIKTLQCDVAFMKTLFAESENKLLDVTRDLEMSRENCQQL
SNQLKKIVHQKNEEIADLKKQVTKMSVTENRATQIIKVSAKYQAIILKRIAEIKSNTVLK
ELTNFGNTNCDNELRRSLTSGSITMEDLENFLETTERHLRRCSEKQISLQKERDRLAEVN
KINESEIINMQKFLTEMSVSVKTFNSFKELYSQKLTKVTSIQRTVRREILNLENNITDSA
MCRLERGYAAAMQDLSECAMNFQRWMERCISRSISSEKIKQAFYSETDRVSLTSGSFQNA
GLEVQLDELDCKFQKLLEEITRAQKGEGAKDVQSLTVLEVRAEYEDKLNRMKAKMKQLYQ
EQITIFKEKQRQEILNLEQELQKARQDLRESSRGYEEYIKELTKELWNVGEKFVMKHDEA
EWLRKKQRHGSLMSLQHVHSSGLVPLQEPPRPSDTHSLRSLPVNNNDKTKEGRTLHMSDE
EGEVFDNRWLRELASTPRAHPRESHPQEPHPPHRLSELRWRNSLCGGVDFSSIPAETQFV
SALHEEDIKNPGGPSMSLGGRQRKEVGITAYKKPGPPTPSKQAGRLSATDSELRECVREA
RDGATKRGTPSRIRALFRSKNDTVESTPKGRRLSNIFRKK