| New model in OGS2.0 | DPOGS201541 |
|---|---|
| Genomic Position | scaffold570:+ 16353-24874 |
| See gene structure | |
| CDS Length | 3423 |
| Paired RNAseq reads | 1681 |
| Single RNAseq reads | 3791 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA002718 (4e-149) |
| Best Drosophila hit | CG5288, isoform C (8e-89) |
| Best Human hit | N-acetylgalactosamine kinase isoform 1 (4e-92) |
| Best NR hit (blastp) | AGAP005012-PA [Anopheles gambiae str. PEST] (1e-115) |
| Best NR hit (blastx) | PREDICTED: similar to AGAP005012-PA [Tribolium castaneum] (8e-110) |
| GeneOntology terms | GO:0006012 galactose metabolic process GO:0046835 carbohydrate phosphorylation GO:0008152 metabolic process GO:0000166 nucleotide binding GO:0005737 cytoplasm GO:0004335 galactokinase activity GO:0016740 transferase activity GO:0005524 ATP binding GO:0016301 kinase activity |
| InterPro families | IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup IPR000705 Galactokinase IPR019741 Galactokinase, conserved site IPR006203 GHMP kinase, ATP-binding, conserved site IPR020568 Ribosomal protein S5 domain 2-type fold IPR000649 Initiation factor 2B-related IPR019539 Galactokinase galactose-binding domain IPR013750 GHMP kinase, C-terminal IPR006204 GHMP kinase IPR006206 Mevalonate/galactokinase |
| Orthology group | MCL12569 |
Nucleotide sequence:
ATGAGCGAAGGTAAAGATAATTTAGTTCCAGTAATAAAAGTGCCAACAGATGAAAGAAAG
CTAAATTTAAGTAAGCATTTTTATAATGAATTTGGTTGTCAACCTGAATTTATCGTCAGA
GTTCCAGGACGAGTTAATTTAATTGGTGAACATATTGATTACTGCGGCTATCCGGTGCTG
CCGATGGCATTGGAACAAGATATTCTTCTGGCTGGCAGTTTAATTAAGGAGCATAAACTT
TTGATGCGTAATACTAATTCAAAATATGAAAATTTCGAGACGGAATTAAAATCGTTCAAT
GAAATCGTCATAACACCGGATGCTAACGGCAAACCGTATTGGTATAATTACATGCTTTGT
GGTATCAAGGGGGCCTTAGAACATTTAAATAATGAAGTATTGTATGGCTTAAATATGTAC
GTAGACGGTAACATTCCTCCCGCGTCAGGATTATCGAGTTCCTCGGCTTTAGTCAGCGCA
GCATGTCTTGCGTTCCTTTACGCCCAGAAGGCGGTTTTAAATAAAATTGACATAGCTGGT
TTGTGCGCACGATGCGAAAGATATATAGGAACCCAAGGCGGTGGAATGGATCAAGCAATA
GCTTTCCTTGCAGAAAAATATTGTGCCCAATATATTACATGGAATCCAACGAAGGCGACA
AAAGTTGTTTTACCGGAAGGAGCCTCGTTTGTTGTGGCTCATAGTTTAGCTGAGGTCAAC
AAAGCTGCTACCAATGATTACAATAGACGAGTAGCGGAATGCAGGCTTGCTGCAAAGCTT
TTATCTTTGTCCATACAAACAATGAGTCACACCGTCATCACTTTGGGACAAGTACAAAAA
CTACTAAATAAATCATTAGAAGAAATGATTGCCCTTGTTAAAGAAACACTGCCTAAAGAT
ATTTACACAAAAGAAGAAATTTGTGCTATATTAAATGTCAGCACAGATGAACTAGATAAT
TTTTATTTAACACCAAATACAAAGCAATTATCGGAATTTAAGCTCAAGCAGAGAGCTCTT
CACGTTTATGAAGAAGCAAGGAGAGTAGAAGATTTTAAAAAAATATGTGAAAAGACAAAC
AAATGTCTGAACGGAACAAATGGGACAAGTTCAGTTAAGGAAGACATCAATACATTGGAA
AGCTTAGGGAAGCTCATGTCAGAAAGTCACGAAAGCTTAAAAAACCTTTACGAATGTTCC
CATGAGAATTTAGATCGTCTGGTAGACATTTCATTTCAGATGAATGTCCATGCGAGACTT
ACCGGAGCAGGCTGGGGTGGATGTATAGTAGCTTTGTGTCCCAGAGAAAAAGTTAAGGAA
TATATTGAAGCTTTGGAAGACGAATTTTACATAAAACATTGCAATATTGATAAAAGCAAA
GCCAATTCTTATGTTTTTGCAACATCTCCAAATTTTGGTGCTGAAAGTAACCAATCGGAA
CCTAAAACTGAAATTACTGCTGCCAAAAAGAGAAGGATCAGACGGAAGAGATTAAGAGCA
GCAAAACAATATAAGGAAGTGCAAAATAATATCTGTTACTGTGTAGCAATTAATACAAAT
AAACAAACAAATTCAATTGACTTACGGCAGACTAATTCTACTACTGATCTTGATAATAAT
ATTCTGAATAAGAGCACTGTTACAGAAAATAAATCAGTTAGTGACATCAAGGACAGTGTT
AGAGGAGCTATCGAAATGTTGAAGGAACAAGAAAAAAGTAGAGATGAAGTTCTAGCGGCC
AGAGAAGCTAAGAAGTTAGCAAAACTGAAAGCTAAAAAGAAAAATGAGGATACCGGAAAT
AGCGTCACAAAAACACAGGACACACCAAAACAGGGGAAAAATGAAAAGAAAAATGATAAA
GTTGAAGGACAAACTTCGCATACTGAAACAAAAATTGACAATTCTCCTAATAAAGATAAA
GATGAAGTGGACAGAGCTGTTATAATTGATAATGAAGCTAAAGAAAATGTCAAAGAAAGA
GAGATTGTTTTGGCTCAAAGAGCAGCTAAGAAATCACTGAAGGGTAAAAAGATTGATATG
CCGAGTGAGCAAGTCATAAATGCGACCGTTAATGATGTAGTGAATACACTCAAAGATATC
GTGACAGTCGCCAGAGAAGTAAAGGAGGTTACAGACAAAGTCAAAGCTATAGATTTAGGT
AAAAAGTCCGAAGAATCACAGAAAAGCAAAGCAGAATTGAAAGCTGAAAGGCGTGCTAAA
CAAGAAGCCCAGAGAGCAGCAAAACAAAAAGAAATTGAAGCTAAGGCCAAGAAGACAGCT
GAACCACCAAAACCTAAAGAGGAAAAACCTGTAAAGACTAAAGTTCCAGAAAAACCGAAA
CCAAAGATGCAAAAGATGAACTGGTTCCAGAACGTTCCTATGGAACACGAGAAAGAAGCT
CTGAAGAAGATAGCTATAAATTCAAACTTGCATCCAGCCGTTATAAAGCTGGGAGTACAG
CTGGCGTCGCGGGTCGTGACCGGATCTAACGCCAGGTGTATAGCATTTCTGGATGCTTTA
AAGAAGGTGGTGAGAGACTACAGTCTGCCCGCTAAGACTGAGTTCGCTCGTGGTCTGGAA
TCTCAACTGGCCGCATGTGTCGACTTCCTGTGGTCTATGAGACATCCGGCCGCCTCGCAG
ACAAACGCACTCAAACATTTCAGACATCACCTAACACAGCTGCCGAATAATGTGGACGAA
TTTGATGCCAAGAAACGTCTCCAGGAGGAAATAGACCGTTACATCCGGGAACAGATCGAC
ATGGCGGGTGAAGCGATCAGCATCGCAGTGAGGAACAAAATAACACCCGGGGATACCATA
CTCACATACGGCTGGGTTCATAAAAACCGCCCAAAAAATTCGTCTCTGATCGAGCGTATC
CTGTGCGAGGCTCATGCAGCCGGGGTCTGTTTCTCTACGGTGGTGGTCGGCGAGAGAGGG
AACCGCGGCCCAACAGAGATGCTGCGACGACTCGCCACTAAAGGACTCAACTGCGTCTAC
GCCGACCTATCAGCGCTGAGCTACGTCATGAAAGAGACGGACAAGGTTCTAGTTGGTGCG
GCGTGTCTGTTAGCCAGTGGCGCGGTGGTGGGGGCCGCGGGGACCCTTCAGACTGCGCTG
CTAGCTAAAGCAAACAACGTACCGCTTCTGGTTGCCTGTGAGACGCACAAATTCTCTGAC
ACCGTCCACACAGACGCTATGATCTACCATGAGACTGGTGATCCGGAAGATTTGATTGAT
AAAACTGACGAAAATTCACCCCTTAAAGACTGGCAGTCCAATCCAAACTTGAATTTGTTA
AACCTAACGTATGACGTCACACCGCCCAGCCTCGTGACAGCTGTAGTGACGGAATTAGCG
ATCTTGCCATGTACGAGCGCTCCCGTTGTACTTAGATTTAAATTATCCGAATACGGTATA
TAA
Protein sequence:
MSEGKDNLVPVIKVPTDERKLNLSKHFYNEFGCQPEFIVRVPGRVNLIGEHIDYCGYPVL
PMALEQDILLAGSLIKEHKLLMRNTNSKYENFETELKSFNEIVITPDANGKPYWYNYMLC
GIKGALEHLNNEVLYGLNMYVDGNIPPASGLSSSSALVSAACLAFLYAQKAVLNKIDIAG
LCARCERYIGTQGGGMDQAIAFLAEKYCAQYITWNPTKATKVVLPEGASFVVAHSLAEVN
KAATNDYNRRVAECRLAAKLLSLSIQTMSHTVITLGQVQKLLNKSLEEMIALVKETLPKD
IYTKEEICAILNVSTDELDNFYLTPNTKQLSEFKLKQRALHVYEEARRVEDFKKICEKTN
KCLNGTNGTSSVKEDINTLESLGKLMSESHESLKNLYECSHENLDRLVDISFQMNVHARL
TGAGWGGCIVALCPREKVKEYIEALEDEFYIKHCNIDKSKANSYVFATSPNFGAESNQSE
PKTEITAAKKRRIRRKRLRAAKQYKEVQNNICYCVAINTNKQTNSIDLRQTNSTTDLDNN
ILNKSTVTENKSVSDIKDSVRGAIEMLKEQEKSRDEVLAAREAKKLAKLKAKKKNEDTGN
SVTKTQDTPKQGKNEKKNDKVEGQTSHTETKIDNSPNKDKDEVDRAVIIDNEAKENVKER
EIVLAQRAAKKSLKGKKIDMPSEQVINATVNDVVNTLKDIVTVAREVKEVTDKVKAIDLG
KKSEESQKSKAELKAERRAKQEAQRAAKQKEIEAKAKKTAEPPKPKEEKPVKTKVPEKPK
PKMQKMNWFQNVPMEHEKEALKKIAINSNLHPAVIKLGVQLASRVVTGSNARCIAFLDAL
KKVVRDYSLPAKTEFARGLESQLAACVDFLWSMRHPAASQTNALKHFRHHLTQLPNNVDE
FDAKKRLQEEIDRYIREQIDMAGEAISIAVRNKITPGDTILTYGWVHKNRPKNSSLIERI
LCEAHAAGVCFSTVVVGERGNRGPTEMLRRLATKGLNCVYADLSALSYVMKETDKVLVGA
ACLLASGAVVGAAGTLQTALLAKANNVPLLVACETHKFSDTVHTDAMIYHETGDPEDLID
KTDENSPLKDWQSNPNLNLLNLTYDVTPPSLVTAVVTELAILPCTSAPVVLRFKLSEYGI