| New model in OGS2.0 | DPOGS211181 |
|---|---|
| Genomic Position | scaffold52:- 187999-192262 |
| See gene structure | |
| CDS Length | 2904 |
| Paired RNAseq reads | 125 |
| Single RNAseq reads | 298 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA003170 (0.0) |
| Best Drosophila hit | CG7356, isoform B (2e-89) |
| Best Human hit | protein-glutamine gamma-glutamyltransferase K (1e-96) |
| Best NR hit (blastp) | PREDICTED: similar to transglutaminase [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to transglutaminase [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0018149 peptide cross-linking GO:0003810 protein-glutamine gamma-glutamyltransferase activity |
| InterPro families | IPR013783 Immunoglobulin-like fold IPR008958 Transglutaminase, C-terminal IPR001102 Transglutaminase, N-terminal IPR002931 Transglutaminase-like IPR014756 Immunoglobulin E-set IPR023608 Protein-glutamine gamma-glutamyltransferase, eukaryota |
| Orthology group | MCL13079 |
Nucleotide sequence:
ATGGAGACGTCAGTGGTACAAAAATCAACAGCGGCCGCTGACAAAATGACTACCAGCATG
ACTTCGAGCGTGACTGGAATGGGACTTGGCGGGATTACTGGGTTAACAGCTGGAATAAGT
ACTCTGACATGCATGAGGGAACAGCAAGTAACAATCGGAGGAATGCCGACTAATTATGTG
CCCGGGTTATCTGCTAATTATAATATTTCAAGTTTCTCCCAACGGCCAGGAGAGAGCCGT
CGCTGTCCGCCTGCGAAGGCTGGACCAACAGCACGATTGCAGACTGTTGGAACAAGACTA
AGTCATTCTTCGAGAAACAGTCCCAATACGCAATACGCTCATAATCTCATATGTAAACTG
GCCGACCAAAATGAACGTCGACGCCGTCAAGATACTATTGAGTTAATTCCTCAAAGCTAT
TATGCGCAACATCCGCTTAAAGTTGAACTTACAGAATTTTATTCACGTGATAATGCGAAG
GATCACCACACGGATCAATATGATTTAGTTAACGATACCGTTTTACCTAATCCAGTTATT
AGAAGAGGACAGAATTTCTTTTTTGCTGTTCGTTTTGATAGGACTTACGATAAACAACAA
GACGTTATACGTGTTGTGTTTTGTTTTGGACCTAAGCCAGGCGTTACTAAGGGAACCCGT
GTAGTATTGCAAGTTAACTGGAATACCCAACAAGGAGTTTTCCAACATCCGCGTGATGTT
ATTGGAATGGGCATGGGAATGGCTCGTTCTCTTCCCCAAGAACCAACTACTACTGTTGCC
CCTACAGGACCAGTTAGTACTATTTGCACTGTGGGGGCAATTAGTTGTATCCGCGAGACA
ACAAATTATGGTGTGCGTCGCAGTTCCGTTAGTAATGATCCCTTAACAGTGTCTTCCCAA
AACAGTCCCCTAAGCCCCCATTCGTCTGAGACATATACAACTCGTCCAATTATCGAACGC
TATAGTGGAACATCCCAACATCCATCATTTGGACGTAGCTATGGTTCAAGACATGGATCT
TCACAAAATTTGGCATCTATTGTACAGGAGACGGACAAATGGGACATAAGTATTCAACGT
CAAGATGGAAACACTATTACATTCCAAGTGCACGTACCAGCTTCCGCTCCAGTTGGTATA
TGGAATTGTTGGATTCAAACCAATCGTTTGGGACAGCGTGATAACCGCAACGATTACAAA
TGCGATGAGGATATTTATGTATTATTTAATCCCTGGTGCCGTGAGGACGCGGTTTATATG
GATAATGATTCGCTAAGGAAGGAATATATCTTAAATGACCAAGGAAAACTGTGGTGTGGC
ACTTGGCGGCAGCCTATAGGCCGCAAATGGATTTTCGGTCAATTTGATGATGTAGTTTTA
CCTGCTTGTATGTATTTATTGGAAAGCAGTGGACTTGAACATTCAGAACGTGGAAACCCC
GTTCGTGTAGTGAGGGCGATTTCAGCAATGATAAACGCTACAAATGAAACCGATGGCTTG
ATTGTTGGTCGTTACGACGGCGTGTATAAAGATGGAGTAGCTCCTCACGCTTGGACAGGT
TCAGTGGCTATTCTTGAACGATATCTCACCAGTGGTGGGAAGTCTGTTGAATACGGTCAA
TGCTGGGTATTTTCAGGTTTAGTCGTAACCATTTGTAGAGCATTGGGAATACCGTGTCGA
TCTGTAACAAATTACGTGTCGGCTCTCGATACGAATCGCACTTTTACTGTGGATAAATTT
TTTGATCGCGATGGCAACGAGGTACCCAACGGTCCTGATGAGGACTGTTATGATTCTTGC
TGGAACTTCCACGCATGGAATGACGTTTGGATGCAAAGGCCTGATTTACCACAAGGTTAT
GGTGGATGGCAGATAATAGATTCGACACCTCAAGAAGAAGCCGAGTCTGTCAACCAATGT
GGCCCGGCGAGTGTGGAGGCTGTTCGACGCGGTGAAGTCGGTTTCCAGTTCGACACACCA
TTCGTTTTCTCGCAGCTCAACTCCGAGCTTTGTCATTTCCAAGAGGAAGAAAATTCCGAC
TGGGGCTTCGTTAGAATGGCGTCCAATCAAAACACTGTTGGACGAAAAATTATCACCAAG
AATCCTAATCGCGAGGACGATGAGGGTGACGGTGATTTGTTAGAAATAACCCACGAGTAT
AAAACTATTGAGAGCACGTCGCCTGAACGCCTCGCCGTGATCGCTTCGTGTCGTGGCTTC
CAGCGTCTGCAGCAGTACTATGAACTGCCAGATAGAAATAACGAAGACGTCCATTTTGAT
CTAATGGATATTGAAATCGTTCCGTACGGTCAACCTTTCGATTGTACTATGAATATTCAG
AACAAGTCCAATGAGGACCGTACGATTTGGTGCGTACTCACAGCCTCATCATGCTATTAC
ACTGGAGCTGTATCATCAAGATTGCGTCGAGCTCAAGGCGAATTCATAGTTCGTGCGGGA
CAGAAGGAAGTCCTCAAATTGCACGTCACAGCTCAGGAATACATGGACAAACTAGTTGAC
CACGCGATGGTGAAGGTGTGTGCTATGGCTTACGTGAAGCAGACGCGTCAAACTTGGTCC
GATGAGGATGACTTCTCATTACACAAACCAAAACTGCAAATTCAGGTACGCGGAACACCT
GCAGTGGAGCAAGAGTGTTCTGCGACGTTAAGCTTTCAGAATCCTTTAAGCGTTCACTTA
ACTGATTGCTATTTCAGTGTCGAAGGTCCCGGATTGCAAAGACCACGTCAGGTAAAGTTC
CGAGATGTAAAACCAGGAGAGCTGGTTAGCTACCAGGAGAAGTTCGTCCCGACACGTCAG
GGAGAGAGCCGTATTGTAGTGACTTTCTCATCACGAGAGATCGATGACATCATCGGCTGT
ACGGCGGTGACGGTGCGTGGCTAG
Protein sequence:
METSVVQKSTAAADKMTTSMTSSVTGMGLGGITGLTAGISTLTCMREQQVTIGGMPTNYV
PGLSANYNISSFSQRPGESRRCPPAKAGPTARLQTVGTRLSHSSRNSPNTQYAHNLICKL
ADQNERRRRQDTIELIPQSYYAQHPLKVELTEFYSRDNAKDHHTDQYDLVNDTVLPNPVI
RRGQNFFFAVRFDRTYDKQQDVIRVVFCFGPKPGVTKGTRVVLQVNWNTQQGVFQHPRDV
IGMGMGMARSLPQEPTTTVAPTGPVSTICTVGAISCIRETTNYGVRRSSVSNDPLTVSSQ
NSPLSPHSSETYTTRPIIERYSGTSQHPSFGRSYGSRHGSSQNLASIVQETDKWDISIQR
QDGNTITFQVHVPASAPVGIWNCWIQTNRLGQRDNRNDYKCDEDIYVLFNPWCREDAVYM
DNDSLRKEYILNDQGKLWCGTWRQPIGRKWIFGQFDDVVLPACMYLLESSGLEHSERGNP
VRVVRAISAMINATNETDGLIVGRYDGVYKDGVAPHAWTGSVAILERYLTSGGKSVEYGQ
CWVFSGLVVTICRALGIPCRSVTNYVSALDTNRTFTVDKFFDRDGNEVPNGPDEDCYDSC
WNFHAWNDVWMQRPDLPQGYGGWQIIDSTPQEEAESVNQCGPASVEAVRRGEVGFQFDTP
FVFSQLNSELCHFQEEENSDWGFVRMASNQNTVGRKIITKNPNREDDEGDGDLLEITHEY
KTIESTSPERLAVIASCRGFQRLQQYYELPDRNNEDVHFDLMDIEIVPYGQPFDCTMNIQ
NKSNEDRTIWCVLTASSCYYTGAVSSRLRRAQGEFIVRAGQKEVLKLHVTAQEYMDKLVD
HAMVKVCAMAYVKQTRQTWSDEDDFSLHKPKLQIQVRGTPAVEQECSATLSFQNPLSVHL
TDCYFSVEGPGLQRPRQVKFRDVKPGELVSYQEKFVPTRQGESRIVVTFSSREIDDIIGC
TAVTVRG