DPGLEAN21736 in OGS1.0

New model in OGS2.0DPOGS206023 
Genomic Positionscaffold35:- 132967-143336
See gene structure
CDS Length4008
Paired RNAseq reads  724
Single RNAseq reads  1748
Migratory profilesQuery via corresponding ESTs
Best Bmobyx hitBGIBMGA000550 (0.0)
Best Drosophila hit  mediator complex subunit 23, isoform A (0.0)
Best Human hitmediator of RNA polymerase II transcription subunit 23 isoform a (0.0)
Best NR hit (blastp)  PREDICTED: similar to CRSP complex subunit 3 (Cofactor required for Sp1 transcriptional activation subunit 3) (Transcriptional coactivator CRSP130) (Vitamin D3 receptor-interacting protein complex 130 kDa component) (DRIP130) (Activator-recruited cofactor 130... isoform 1 [Apis mellifera] (0.0)
Best NR hit (blastx)  PREDICTED: similar to CRSP complex subunit 3 (Cofactor required for Sp1 transcriptional activation subunit 3) (Transcriptional coactivator CRSP130) (Vitamin D3 receptor-interacting protein complex 130 kDa component) (DRIP130) (Activator-recruited cofactor 130... isoform 1 [Apis mellifera] (0.0)
GeneOntology terms



  		GO:0016592 mediator complex
GO:0005634 nucleus
GO:0016455 RNA polymerase II transcription mediator activity
GO:0006366 transcription from RNA polymerase II promoter
GO:0006367 transcription initiation from RNA polymerase II promoter
InterPro families  IPR021629 Mediator complex subunit Med23
Orthology groupMCL12531

Nucleotide sequence:

ATGACGGATTCTCAAGTAGCAAACATTGTAAACGAAATTTTGCGGGTAGAGGCTGTGGAG
GAAGCATTCAGTTGTTTTCTGGTTTACAAACCAGAACAGGAAAGTGAGAGGTTATCCATA
TATCAGAAAAAGCTATGTTCCATCATGAGCAGTCCCAGTGCGGAGGTGCAAGAATCAGCT
ATCCGTCAGTATCTTACTTTGACTGCAGTCCTCACAAACAGATATAAAATGAAACAGCTG
CTGGGTTTACTTGAGAATTTAGTAAACACTAATATACTTCAAGCAAGAATGCTCTGCGAT
TGTATATTAACAAGCGAGAAACTGGTTTACAAAAATAGTGATTATTGGATTGAATGCTTC
AATCTAGTTAGACGAGTTATTGGTGGTGTTGACTACAAGGGTGTTAGAGAAATTATGAAA
GGTTGCAGAGAAAAAGCACAAACTTTACCAGTTAGACTCAACTCCAGCACAATGCCTCAA
ATGAGAGCATTGTGTAATGTCATTGAGTATATTTTTGATCGTAATGCATCACTCTTGCCT
GCATATTTCATAGTCACTGAAATTCAAAAGGACTATCCAGATAATAATCATTGGCCACAC
TGGCAGCTGGCTAAACTACTTACCACATTTGTTGAAAGTTTCAAGCCTTGCGCTCAAATG
GTATCAATTATTGGTCATTCACAAATGTTGCCCGTGGTAGAGTTTTCTGGATATGCCGAC
CATTTGGTAAACCCATGGCGGTTAGATCCAACAACACTTAAATTCTCTCTCAAAGGCAAT
TTGCCTTATGATGATGAATTACTTAAGCCTCAAATATCATTACTAAGGCATGTTCTTCAG
CAGCCCTACTCCAGGGATATGATGTGTTCTATGCTAGGCTTGCAAAAACAGCACAAACAA
AGATGTATAGCATTAGAAGACCAGCTTGTGGAATTAATGATTTTACCCATGGAAAGGAGT
GAGCAAGAGAATGAGGATGATGAAATGCCATCTACGCATTGGTGCTGGTTGCATTTATCC
TCACAAGTGATATATTTAATCCTGATTGGGTTCGCATCATTCCCTAGCATAGTAATGGGT
CTACATAATAAACTTGTTGGGTGTGATCTGAAGAAAGGACGGGATCACCTTATGTGGGTT
CTTTTACAATTTATATCTGGAAGCATACAACGGAATCCGCTGTCTAACTTTTTACCCATA
ATTAAATTGCATGAACTGCTTTATCCAGAGAAGGAAGCATTGCCAATGCCTGATTATACA
AAAGCTCATTGCACTCATCAGATGGCTGTTGTGTGTATTTGGATGCATTTGTTAAAAAAA
GCTGAATCTGAACACAAAACTATGATAATGCCACAAAACTTGAAGGTACAATATGAATTC
CTGCAACACCTGATGACATCAAACAACACACCAACTTTAATGGGTGCAGACTATCGCATT
GCTCTGCTATGTAATGCATATTCAACTAACCAAGAGTATTATGCCCGACCTATGGGGATC
ATCATAGAAACACTATTTGGCAATCAAAAGCCCATGCCAAATGGAAACCCTGCGGCTCCT
CTGCCAACAGTACCTTTATCGATGTGTATATTGGATAGTCTTACATTGCATTGCAAAATG
TCATTAATACATTCCATAGTGACACATGTGGCTAAGCTGGCTCAAAATAAAACCACAATA
CCTGGCAGTAATATGATGGCACCAGCATTAGTTGAGACATATAGCCGTCTTCTTGTTTAC
ACTGAAATTGAGTCACTTGGAATTAAAGGATTTATTAATCAACTTCTGCCGAATGTATTC
AAATCCCACGCGTGGGGTATACTTCACAACTTGCTGGACATGTTCTCATACAGGATACAT
CACATTCAACCTCACTATAGAGTTACCTTACTGTCTAATATCAACTCACTCGCAGCTTAC
CCTCAGGCTAACCAGACTCAGTTGCAATTATGTTTCGAGAGTACAGCGCTCCGTCTAATA
ACGAGTCTGGGCAGTTCGGGCGTTCAGCTGCAGATGTCGCGTGTGGTTTCCGAGCCCAAG
TCCTGTGTAGTTGTCAGCAGCGAGAGTGAAGAACTAAACAGAGTGCTGGTCCTCACTCTC
GCCAGAGGAATCTATATGACAGGAACAGGTAATGATGGAGCAGCAGTGAAGGAGATACTA
ACGACCATAATGACGAACACTCCCCATATGTGGTCTCAACACACGCTGCAATGCTTCCCT
CCTGTACTAGTCGAATTCTTCTCACAGAATCCAGCCCCAAAAGAAAACAAGCAACTTTTA
AAAAAATCGGTAGAAGAAGAATACAGGAAGTGGACTTCAATGGCGAACGACAATGATATT
ATATCACATTTCTCTGTTCCTGGAACACCGCTGTTCCTATGCTTGCTATGGAAAATGATA
TTTGAAACGAACAGAATTAATCCCATTGCTTTCAAGATCCTTGAACGTATTGGTGCTAGA
GCTTTATCGGCTCACCTACGCAAGTTCTGCGACTATTTAGTATTTGAGGTAACAAATCCA
GCTGGGGGTCCCCACATCAACAAGTGTGTGGACGCAATCAACGATATCATATGGAAATAC
AACATCGTCACCATTGACAGACTTGTTCTCTGCCTTGTACTGCGCCCAAACCCGGACGGC
AACGAGAGTCAAGTGTGCTTATATATCATTCAATTACTACTCCTAAAAGGATCGGAACTT
AGAAACAGAGCACAGGATTTCGTAAAAGAAAACTCTCCAGAACATTGGAAGCAAAACAAC
TGGTATGAACGCCACTCAGCCTTCCACCGGAAGTATCCAGAGAAGTTCGCACCTGAAGAA
ACGAGCGGAGCGTACGGCGGCCCTATTCCTGTTTACCTCAGCAACGTGTGTCTCAGGTTC
ATACCTGTGTTGGACATCGTAGTTCACAGACATCTTGAGATACCGCAAGTCAGTAAGAAC
CTGGAACAACTGCTGGAACATCTCGGTTATTTGTACAAATTTCACGACCGGCCAGTAACA
TTTCTATACAACACGCTTCACTACTACGAGAGTAAGCTACGAGATAAGCCATTACTGAAA
CGCAAGTTGGTGACAGCTGTATTAGGCTCCCTTAAAGAAGTCCGGGCCCCAGGTTGGGCT
ACAACAGAAGCCTTCCAGACTTTCCTTGGCAGCGAAACTGAAGCGTGGAGTCCAGACCTT
AACTACTATCTAAGTCTGATCAACCGTATGGTTGATACTATGATGGGCAGTTCTCATTTC
CCGAACACCGATTGGCGCTTCAATGAATATCCGAATCCTTCAGCGCATTGTCTATACGTG
ACATGTGTTGAACTGATGTCCCTGCCGGTGCCCCCGAATACGGTCGGAAACAACCTTCTC
GATGTGGTCACAAAAGGTTTCGTTGTGATCCCTGCAAACAAAATACAACTCTGGATTAAT
GCAATAGGGATCATAATGGCAGCGCTTCCCGATCCTTACTGGACCGTGGTCCATGACAGG
CTATTAGAACTCATAACTGGGACAGAGATGGTAGAATGGACGTACCAGCATACGCCGTTC
CAATTATTCAATTTGACCAAGACTAATGAATGTATGTTAGAGAATAAATACAGTCTGACG
TTGGCATTAGCGCATGCGGTATGGTACCACGCTGGCCCCGGACAGATTATGCAAGTTCCA
ACGTTCGTCAAAGAGAAGATGTCCCCGGAAATTAGGACGGAAGTTCAGCTGATATTCCTG
TGTCATCTGATGGGTCCTTACTTACAGCGTTTTAACACTGATCTGTCAAGAGCTGTCATG
GATATAACTATAGTGTTGTATGAGTTACTGGCTCATATAGACAAGTCACAGACCCACTTG
CAGTACATTGATCCTATATGTGATCTGCTATATCATATAAAATACATGTTCGTTGGCGAT
ACAATGAAGAATGAAGTGGAAAACGTGATACGAAAGCTACGACCGGCTTTACAAATGAGA
CTACGTTTCATTACTCACTTAAACGTAGAACAAATAAATACTGCCTAG

Protein sequence:

MTDSQVANIVNEILRVEAVEEAFSCFLVYKPEQESERLSIYQKKLCSIMSSPSAEVQESA
IRQYLTLTAVLTNRYKMKQLLGLLENLVNTNILQARMLCDCILTSEKLVYKNSDYWIECF
NLVRRVIGGVDYKGVREIMKGCREKAQTLPVRLNSSTMPQMRALCNVIEYIFDRNASLLP
AYFIVTEIQKDYPDNNHWPHWQLAKLLTTFVESFKPCAQMVSIIGHSQMLPVVEFSGYAD
HLVNPWRLDPTTLKFSLKGNLPYDDELLKPQISLLRHVLQQPYSRDMMCSMLGLQKQHKQ
RCIALEDQLVELMILPMERSEQENEDDEMPSTHWCWLHLSSQVIYLILIGFASFPSIVMG
LHNKLVGCDLKKGRDHLMWVLLQFISGSIQRNPLSNFLPIIKLHELLYPEKEALPMPDYT
KAHCTHQMAVVCIWMHLLKKAESEHKTMIMPQNLKVQYEFLQHLMTSNNTPTLMGADYRI
ALLCNAYSTNQEYYARPMGIIIETLFGNQKPMPNGNPAAPLPTVPLSMCILDSLTLHCKM
SLIHSIVTHVAKLAQNKTTIPGSNMMAPALVETYSRLLVYTEIESLGIKGFINQLLPNVF
KSHAWGILHNLLDMFSYRIHHIQPHYRVTLLSNINSLAAYPQANQTQLQLCFESTALRLI
TSLGSSGVQLQMSRVVSEPKSCVVVSSESEELNRVLVLTLARGIYMTGTGNDGAAVKEIL
TTIMTNTPHMWSQHTLQCFPPVLVEFFSQNPAPKENKQLLKKSVEEEYRKWTSMANDNDI
ISHFSVPGTPLFLCLLWKMIFETNRINPIAFKILERIGARALSAHLRKFCDYLVFEVTNP
AGGPHINKCVDAINDIIWKYNIVTIDRLVLCLVLRPNPDGNESQVCLYIIQLLLLKGSEL
RNRAQDFVKENSPEHWKQNNWYERHSAFHRKYPEKFAPEETSGAYGGPIPVYLSNVCLRF
IPVLDIVVHRHLEIPQVSKNLEQLLEHLGYLYKFHDRPVTFLYNTLHYYESKLRDKPLLK
RKLVTAVLGSLKEVRAPGWATTEAFQTFLGSETEAWSPDLNYYLSLINRMVDTMMGSSHF
PNTDWRFNEYPNPSAHCLYVTCVELMSLPVPPNTVGNNLLDVVTKGFVVIPANKIQLWIN
AIGIIMAALPDPYWTVVHDRLLELITGTEMVEWTYQHTPFQLFNLTKTNECMLENKYSLT
LALAHAVWYHAGPGQIMQVPTFVKEKMSPEIRTEVQLIFLCHLMGPYLQRFNTDLSRAVM
DITIVLYELLAHIDKSQTHLQYIDPICDLLYHIKYMFVGDTMKNEVENVIRKLRPALQMR
LRFITHLNVEQINTA