| New model in OGS2.0 | DPOGS207441 |
|---|---|
| Genomic Position | scaffold130:+ 78178-83536 |
| See gene structure | |
| CDS Length | 3135 |
| Paired RNAseq reads | 17969 |
| Single RNAseq reads | 44223 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA009911 (0.0) |
| Best Drosophila hit | ubiquitin activating enzyme 1 (0.0) |
| Best Human hit | ubiquitin-like modifier-activating enzyme 1 (0.0) |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC011512 [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to ubiquitin-activating enzyme E1 [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0003824 catalytic activity GO:0006464 protein modification process GO:0008641 small protein activating enzyme activity GO:0005488 binding GO:0005524 ATP binding GO:0008152 metabolic process GO:0016874 ligase activity GO:0000166 nucleotide binding |
| InterPro families | IPR018074 Ubiquitin-activating enzyme, E1, active site IPR018075 Ubiquitin-activating enzyme, E1 IPR009036 Molybdenum cofactor biosynthesis, MoeB IPR000011 Ubiquitin/SUMO-activating enzyme E1 IPR016040 NAD(P)-binding domain IPR023280 Ubiquitin-like 1 activating enzyme, catalytic cysteine domain IPR000594 UBA/THIF-type NAD/FAD binding fold IPR018965 Ubiquitin-activating enzyme e1, C-terminal IPR000127 Ubiquitin-activating enzyme repeat IPR019572 Ubiquitin-activating enzyme |
| Orthology group | MCL10514 |
Nucleotide sequence:
ATGTCTAGTGCTGAAGTCGCCGATAATTCCGTTGACCCCCCGGCGAAAAAGCGGAAGCTA
AACACAGGAGAGGCGAGTTGCAAATCCTCAGCAATGGCGAACAATGGAACGCGTGTAGAG
GATGAAATTGACGAGAGCTTATATTCACGACAGTTATACGTTCTCGGTCACGATGCTATG
CGCCGAATGGCAAATTCGGATGTTTTGATTTCTGGTCTCGGAGGTCTTGGTGTAGAAATT
GCCAAAAATGTGATACTTGGCGGAGTCAAGTCAGTAACACTTCATGATGCAAAAACCTGC
ACCATTGCTGATTTATCATCTCAGTTTTACCTCTCCGAGGCAGATATTGGTAAAAACAGA
GCAGAAGCATCCTGTGAACAGCTTTCAGAACTGAATCGCTATGTGCCGACTACATCATAT
ACCGGACCACTTACTGAGGAGTTTCTGAAGAAGTACCGTGTTGTAGTATTGACTGGCGCT
TCTTGGGAACAACAGGAGCAAGTTGCTGCTATAACACACGCTAACAATATAGCCTTAATC
ATTGCGGACACCCGGGGTCTGTTTTCTCAGGTTTTCTGTGATTTCGGACCCGAGTTCACG
GTGCTAGATGTGACTGGAGAGAACCCAGTATCAGCCATGATAGCTGACATTACCCATGAA
TATGAAGCTGTGGTGACATGCTTGGATGATACTCGTCATGGGCTGGAAGATGGAGATTAT
GTTACATTTAGCGAGATTCAAGGTATGTCTGAGTTAAACGGCTGTGAACCACGTAAGATT
AAGGTGCTGGGACCATACACCTTCAGTATTGGAGACACAACAAACTGCTCTAAGTATGTC
AGAGGCGGCATCGTCACCCAAGTGAAAATGCCCAAAAAACTTAGCTTCAAACCTCTGAAA
GAATCCATCAAGAATCCAGAGTTCCTGATTACTGATTTTGGTAAGATGGATTATCCTCAA
CAACTGCATGTAGGGTTTGCAGCCCTCCACAAGTTCCAAGCAGCTGAGGGTCGACTCCCC
AAACCTTGGTGTGACGCTGATGTCAGCAAGTTCATGGGTGTCGTGGAGAGTATTGTCCAA
GGCGAGGAATTGTTTAAAAAGGGTGAAATTGACATTAATAAGGAACTACTAGAAACATTC
TGCAAGGTCTCAGCTGGAGATCTTAATCCCATGAATGCTGCAATAGGAGGAGTGGTCGCT
CAGGAAGTAATGAAGGCCAGCTCGGGCAAGTTCCATCCTATAGTTCAGTGGCTGTACCTT
GATGCTATCGAGTGTCTTCCAAAAGACAGATCGGGTCTCAACGAGGAGTACTGTAAACCC
ATTGGCTGCAGATATGATGGCCAGATAGCAGTATTTGGACAGAATATCCAAAAGAAGATT
GGGGAGCTGAAGTATTTCATTGTGGGCGCGGGCGCCATCGGTTGTGAGTTGCTGAAGAAC
TTTGCCATGATGGGTGTGGGCGCTGCCGGCGGCGCCGTCACCGTTACGGATATGGATCTC
ATTGAGAAGTCTAACCTCAACCGCCAGTTCCTCTTCCGACCTCAAGACGTTCAGAAACCC
AAGTCCAGTACAGCTGCCAGGGTTATCAAACAAATGAATCCATCAATGAACGTAATAGCC
CAGGAGCACCGCGTGTGTCCCGAGACGGAGTGTGTATATGACGACGCGTTCTTTGAGGCC
CTGGACGGAGTGGCCAACGCCTTGGACAACGTGGACGCCAGGATATACATGGACCGGCGC
TGTGTGTACTACAGGAAACCCTTGTTGGAGAGTGGCACCCTCGGCACCAAGGGCAACACT
CAGGTGGTGGTTCCCTTCCTGACCGAGTCCTACAGCTCATCTCAAGACCCGCCTGAGAAG
AGCATCCCGATCTGTACCCTTAAGAACTTCCCCAACGCCATCGAGCACACTCTGCAGTGG
GCTCGGGACGAGTTCGAGGGTCTGTTCCGTCAGGCCGCGGAGCACGCCGCACAATACTTG
CGCGACCCACACTTCCTCGAGAGAACTATGAATCTACCGGGCAGCCAGCCGCTCGACGCT
CTGGAGAGTGTTCAGAACGCGATCGTGGACCGCCCCATGAACTTCGACGACTGCGTGACC
TGGGCCCGCATGCACTGGGAGGCTCAGTATTCCAACCAGATCAAACAGTTGCTATACAAC
TTCCCGCCCAAGCAGGTCACTTTACTGGGCGCCCCCTTCTGGTCTGGACCCAAACGGTGT
CCCTCACCTCTAGAATTCGACCCCGAAGATGAACTGCACATGGACTACATCGTGGCCGCC
GCCAACCTGAAGGCTCAGGTGTATGGCATACCGACGTGTGTGGACAGAGAGAGGATCGCT
AAAGTCGCCATGACTGTAGAGGTGCCTAAATTCAAACCGAAGTCGGGCGTCAAAATCGCA
GTAACGGATGCTCAGCTGCAACAGAGCGACGACAAAATGGACCAGGATAAGGTGGAGACC
ATAGTGGACAACTTGCCCCCGCCGAACAAACTCGGCAACCTTAAAATAACCCCGCTGGAG
TTCGAGAAAGATGACGACACCAACTTCCACATGGACTTCATCGTGGCCGCGTCCAACCTG
CGCGCCGCCAACTACAAGATCCCGCCCGCCGACAGACACCGCTCCAAGCTCATCGCCGGC
AAGATCATCCCCGCCATCGCCACCACCACATCCGTGGTCGCCGGCCTCGTCTGCCTCGAG
CTGTACAAGCTCGCCCAGGGCTTCAACACTCTAGAAGTCTTCAAGAACGGCTTCGTCAAC
TTGGCCTTACCGTTCTTCGGGTTCTCCGAGCCGATCGCCGCGCCCACCAACACGTACTAC
GACAAAAAATGGACGCTCTGGGACAGGTTCGAGGTGAAGGGGGAGATCACGTTACAGGAG
TTCATAGATTACTTCAAAAACGAGCACAAACTGGATATCACGATGCTGTCCCAGGGCGTG
TGCATGCTGTACTCGTTCTTCATGCTGAAAGCCAAACGCCAGGAGCGCCTCAACCTGCCG
ATGTCCGAAGTGGTCATGAAGGTGTCCAAGAAGAAGCTTGAGCCGCACGTGAAGGCGCTG
GTGTTCGAGCTGTGCTGCAACGACGAGGACGACAACGACATCGAGGTGCCGTACGTCAAG
TACACGCTGCCCTAA
Protein sequence:
MSSAEVADNSVDPPAKKRKLNTGEASCKSSAMANNGTRVEDEIDESLYSRQLYVLGHDAM
RRMANSDVLISGLGGLGVEIAKNVILGGVKSVTLHDAKTCTIADLSSQFYLSEADIGKNR
AEASCEQLSELNRYVPTTSYTGPLTEEFLKKYRVVVLTGASWEQQEQVAAITHANNIALI
IADTRGLFSQVFCDFGPEFTVLDVTGENPVSAMIADITHEYEAVVTCLDDTRHGLEDGDY
VTFSEIQGMSELNGCEPRKIKVLGPYTFSIGDTTNCSKYVRGGIVTQVKMPKKLSFKPLK
ESIKNPEFLITDFGKMDYPQQLHVGFAALHKFQAAEGRLPKPWCDADVSKFMGVVESIVQ
GEELFKKGEIDINKELLETFCKVSAGDLNPMNAAIGGVVAQEVMKASSGKFHPIVQWLYL
DAIECLPKDRSGLNEEYCKPIGCRYDGQIAVFGQNIQKKIGELKYFIVGAGAIGCELLKN
FAMMGVGAAGGAVTVTDMDLIEKSNLNRQFLFRPQDVQKPKSSTAARVIKQMNPSMNVIA
QEHRVCPETECVYDDAFFEALDGVANALDNVDARIYMDRRCVYYRKPLLESGTLGTKGNT
QVVVPFLTESYSSSQDPPEKSIPICTLKNFPNAIEHTLQWARDEFEGLFRQAAEHAAQYL
RDPHFLERTMNLPGSQPLDALESVQNAIVDRPMNFDDCVTWARMHWEAQYSNQIKQLLYN
FPPKQVTLLGAPFWSGPKRCPSPLEFDPEDELHMDYIVAAANLKAQVYGIPTCVDRERIA
KVAMTVEVPKFKPKSGVKIAVTDAQLQQSDDKMDQDKVETIVDNLPPPNKLGNLKITPLE
FEKDDDTNFHMDFIVAASNLRAANYKIPPADRHRSKLIAGKIIPAIATTTSVVAGLVCLE
LYKLAQGFNTLEVFKNGFVNLALPFFGFSEPIAAPTNTYYDKKWTLWDRFEVKGEITLQE
FIDYFKNEHKLDITMLSQGVCMLYSFFMLKAKRQERLNLPMSEVVMKVSKKKLEPHVKAL
VFELCCNDEDDNDIEVPYVKYTLP