| New model in OGS2.0 | DPOGS201378 |
|---|---|
| Genomic Position | scaffold13:+ 43334-47870 |
| See gene structure | |
| CDS Length | 4260 |
| Paired RNAseq reads | 3318 |
| Single RNAseq reads | 8611 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA000691 (3e-53) |
| Best Drosophila hit | pericardin (7e-16) |
| Best Human hit | ND |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC002804 [Tribolium castaneum] (2e-66) |
| Best NR hit (blastx) | hypothetical protein TcasGA2_TC002804 [Tribolium castaneum] (3e-68) |
| GeneOntology terms | GO:0005605 basal lamina GO:0007507 heart development GO:0005578 proteinaceous extracellular matrix GO:0035088 establishment or maintenance of apical/basal cell polarity GO:0016477 cell migration GO:0002009 morphogenesis of an epithelium |
| InterPro families | ND |
| Orthology group | ND |
Nucleotide sequence:
ATGGGACCTGGACAAAGTATGGGACCAGGACAGGGAATGAGACCTGGACAAGGTATGGGA
CCTGGTCAAGGAATGGGACCTGGACAAGGAATGGGGCCTGGACAAGGAATAGGACCAGGG
CAAAGAATTGAACCTGGACAGGGATTGGGACGTGGACAAGGTATGGGGCCTGGTCAAGGT
ATGGGGCCTGGTCAAGGTGTGGGACCTGGACGAGGTATGGGACCTGGACAGGGAATCGGA
TCAGGACAAGGAATGGGACCAGGACAGGGAATGAGACCTGGACAAGGTATGGGACCTAGT
CAAGGTATGGGACCTGGACAAGGAATGGGGCCTGGACAAGGAATAGGACCAGGGCAAGGT
ATGGGGCCTGGTCAAGGTGTGGGACCTGGACAGGGAATTGGACCTGGTCAAAGTGTGCGA
CCTGGACAGGGAATGGGACCTGGACAAGGTATGGGACCTGGTCAAGGTGTGGGACCTGGA
CAAGAAATGGGGCCTGGACAGGGAATAGGACCAGGGCAAGGTATGAGGCCTGGTCAAGGT
GTGGGACCTGGACAGGGAATGGGACATGGACAAGGTATGGAACCTGGTCAAGGTATGGGA
CCTGGTCAAGGTCTGGGACCTGGTCAAGGTGTGGGACCTGGACAGGGAATCGGTTCTGAG
CAAGGAATGGGACCTGGACAAAGTATGGGACCAGGACAGGGAATGGGACCTAGACAAGGT
ATGGGACCTGGCAAGGGATTCGGATCAGGGCAAGGAATAGGACCTGGACAAAGTATGGGG
CCAGGACAAGGAATGGGACCTGGACAAGATGTGGGACCTGGACAGGGAATCGGATCAGGG
CAAGGAATAGGACCTGGACAAGGAATAGGGCGTGGACAGGTATTAGGACCAGGGCAAGTA
ATTGAACCTGGACAGGGATTGGGACCTGGACAAGGAATAGGACCTAGTCAGGGTATGAGC
CCTGGACAGTTAATGGGGCCTGGTCAGGGTATAGGACCTGGACAAGGAATAACACCTGGA
CAGGGCATGGGATCTGGACAAGGCATGGGCCCTGGACAGAGCATGGGACCTGATCAGGGA
ATTGGACCTAGACAGGACACAAGTAAAAGTCCAGGACAAGGACGTTCTGGATTTGGTGGA
TACGAGCCCCAACAATTTGGACCTTATGATAGTAACTTAGGAACTAACTATATTCCTCAG
CAAAATAACCCAGCAAATTGGCCTATGGCATCTGGTCCGTACGCAGGCCCAGGAGGAAAT
AATTATTACTGTTGTTTTGTACCCAACACAGGAGCCACTGGTAATTTACATCCTAATAAT
TACGGAGACATGCCTTATGGGCAAATAGGAGGTGTTATCAATGGACAATATGGGACAGGT
ACTGGACTGAATCAACCAAATAAACCTGGTCAATATCAGCCAGGAGTAGATTCCACACAA
ATGTCTTCACCAAATAGTCATATAGGCGGAATTTCAAATATACCCTTGTCTAACACACAG
TACGGTACGGAAGTAGATAAAAGCACATCACCTGGAGGGCAATCGGGAGCTACTTTCAAT
GGTGCCATACAACCAAACCACTATGGGAGTGGTTCAAGAGGTTTAATGCCTGATGGACGT
TTAGATATTAATAAGCTCACTGACCCAAATGGAAGTGGTCAGTACGGCTCCGGTACAAAC
ACATTCAACTCACCACGAGAAAATGTAGGGATAGGTTCTGGGGTCCCTAGTTTATATGAT
AGAAATATAGGAAATCTACCAAATCAACAATATGGAACAATAAACCCTAACCAACCCTCG
TCGCCTGGGGGACAATATCGTAATACAATGGATGGAGGTATTCCATCTCTTCAATACGGA
AGTTCAAATGTTCCAGACAGACAGTATAATTCAGGCATGGGAGTAAGACCTGGTCAATAT
AATGGGGCAAACAATCCCCCTTTACAATATGGAACTGGAAATCCTACTTCGCAAAACGTG
CCTGGCGGCCAAATTGGTACTGGATCTTATAGTGTCCCACACCAAACTGATACTCAATAT
GGGCCTAATAACAACGGAGGTATTTCTTTGCCTGGACAAATATATGGTAATACCCCAGGT
AGCAATTTATATGGTACAGACAATGCACTCCAACAAAAACCGCACACTTCCGGCAGACCG
AATGGACCTGATATAACTAATACTGGAAATGTACCTGGAAGCCAGTTCGGAGAAGGTAAT
TTAGGTGGTCCTGACAGCCCTTATGGATTAGGCAAAGCAACAATAAATCAAGTTCCAACA
GAATATTCAGGAGGATCTCACGTCCAAGGACAACCATATGGGTCTAATGTCGGAACCGGA
CAAAACTACGGCATGGTTAATACACCTTATAATAGTAATGCACCAAGTGAAACCTATCAC
GGTAATAATGTAGAACAAGGCAAATCCTATAACAATAATAACGGAATTCCAGATGATGCA
CGTGGACCTCCAAATGGACCGTACAATCAAGAAGGAAGGGGCGTACAAAATCCTGTGTAC
AGTGGAGTACCACAAAACTATATAAATCCCAATACCATTGATGGAGACGACTCAGAAGCA
GAAGCTAGCGTTGATCAAGGCGTAAATGGTACTGTTGCAAGTGCTTCATCTAAAGGAGGT
AACGACAAAAGTCGAGCCCAAACAAACGTGCATGGTACTTACACTGGTACCGGATCCTTC
CAAGCACAAGCACAAATTACTGGTGAAAATAAAGAAGCCCAAAGTGAAGTAAGTGGAGGA
AAAAAAGGGGCTTCAAGTTCGGCAACAGGCAGTGGACGAAATAATAAATCACAGGCGAGT
GTTCAACTTGGTTCTGAAACAGGCTCAGTTCAAACACAATCGCAGAGTAATGGTGTGATG
CATTCTTCGAATTCTCAAGTACAAGGAAGTGTTAAAGGTGGTATGGCAGATGCTCAAGCT
AGAGGTCCAGGAAGCACATCGTCTCAAGCACAAATTGGTTTTACACCCTACAAAGATAAA
GATAAGTTGAATCATGACCTTCAAAAGACACCTTTTGCAGGCGGAGGAGTTGCATCTGCA
CAGTCTAGTGGCCGCACCGGCCAATCACAATCGCAACTTCACGGCACTTTTAAGTACGGC
ATAACATATAATGGAGCCGCGCAATCAGGTGCCAGTCTTGATAAAGATGCTATGTTCCCA
AATAGATTATCTTTTGATAAAATAAACGTCTTTGATGAAAATGAAAAAAACATTAATGTT
GATATTACTGAATTACCGCAATCTCTGAATACTGAAACATCACCTAATATAGAACCTTCA
TCCACACCTGATGCTTATTTTTCTACAAATGAAGAGGAGTTAACCACAACAGAAAATGTT
TTAGACGAAACAAATAATTCCGATATTAGCTATGCTACCCATACACATTCCGATCATCAC
AAAACGGATTTTTCTGAACAAATAACTCCAAGTGGACCAACATTATCTGGTAGCAAGAAA
TCTTTTTCAACCAGTTTTAATTCAGGTACAGACTATGAATTAACAACTGACAAAGAAGAG
TTGCCCCCTGAAAACTATGACACTGAAGGCAGCTTTGAAGGGAATGTAGAACCTGACGTA
GATCAAAGCGAATATTCTAACTATGATGAATATACCAGAGAATCTCCAACTCACCAATCT
CTTCTAAGTTCTAATAGGAAACCAATAGAAGTAAAGCAATCATCTGGGGGAAATACCCAA
CACATTGTCCTAGGGTCCCTAAAAAATCATGATGCCGAAATCATTCAAAAGAATTCCGAA
CGTCCAGATGAAAATAGGGTTTATCAGCCCGGCGAGCGAGTTCCTGGTACTGGCGGATAT
ACCATACCGTTAGGATTTACAGGGAGCGTTAAATCAGTGGCATCTAAAGACAAAACATAT
GTCGTGGGTTCTCGGGATTCCCCATCTCAAGCACAAACCGTAACATTAACCCCAGGCACA
GGTAAAGTAAGGTATATGTATCCCCCGGCATATAGTAAACACGTTATGCCTAAGAATCTA
AGATCGCTACATAGCCCGAGGGACGATAATAGATATGTATCTGTTTCCAAATCTGTAACT
AGAGATCTGGATACTGAAAATAATATTCGCAAACAATATTCCCACACTTATTACACAAAA
TCATCATCCTGTGGATATTTTACATTTACTTGCACGATGGTGAGCAGCGCCGAAGGACGG
AAAAAGGTTTGTAAACCAAAAATGCCTACAAACCCTGACGGAACACCAATAAGGTGTTGA
Protein sequence: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