| New model in OGS2.0 | DPOGS207953 |
|---|---|
| Genomic Position | scaffold340:- 90689-96135 |
| See gene structure | |
| CDS Length | 2811 |
| Paired RNAseq reads | 1019 |
| Single RNAseq reads | 2527 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA000391 (0.0) |
| Best Drosophila hit | CG3999 (0.0) |
| Best Human hit | glycine dehydrogenase [decarboxylating], mitochondrial precursor (0.0) |
| Best NR hit (blastp) | PREDICTED: similar to CG3999 CG3999-PA [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to CG3999 CG3999-PA [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0005960 glycine cleavage complex GO:0004375 glycine dehydrogenase (decarboxylating) activity GO:0030170 pyridoxal phosphate binding GO:0006544 glycine metabolic process GO:0055114 oxidation reduction |
| InterPro families | IPR015424 Pyridoxal phosphate-dependent transferase, major domain IPR020581 Glycine cleavage system P protein IPR020580 Glycine cleavage system P-protein, N-terminal IPR003437 Glycine cleavage system P protein, homodimeric IPR015421 Pyridoxal phosphate-dependent transferase, major region, subdomain 1 |
| Orthology group | MCL11404 |
Nucleotide sequence:
ATGCTGGATCTCTTAGGTTATAAGAGTTTAGACCAACTAACTAATGATGCTGTGCCTAAG
AAAATCCAGTTAGAAGGTCTTATGAACATCACAGAACCAATGAGCGAATATGATCTTATT
AAAAGAATTCGCAAAATAGCAGAAACAAATCAAATATGGCGTTCCTATATTGGTATGGGA
TATCATAATTGCTGTGTGCCGCATTCCATAATGAGAAACATGTTTGAGAACCCTGGATGG
ACTACACAGTACACTCCTTATCAACCCGAAGTGGCTCAAGGACGGCTAGAAGGTTTATTA
AACTATCAAACAATGGTCAGTGATCTAACAGGGTTAGACGTTGCTAACGCGTCTCTCCTA
GATGAAGGAACTGCTGCAGCTGAGGCTTTGTCTTTGTGTCATAGACACAATAGGAGGACA
AAATTTGTAGTATCAGAACGATTGCATCCGCAAACTTTAGCTGTTGTTCAAACTCGGTTA
GATGCGTTGGGCCTAGAAGTTATGGTAGTACCTGATGTTAGACAAGCAGACTTCGCACAA
CGAGACATATCTGCTGTATTATTACAATGTCCAGACACAAGAGGATTGGTTTATGATTAC
TCAGGCCTTGCTGCAGCTGCACAAGAACATGGGACTTTGGTGGTCGTTGCGACTGATCTT
CTAGCTATGGCACTTTTACGCCCCCCCGCAGAGTGTGGTGCTGCTTTAGCAGTTGGTACT
TCACAGAGGTTAGGTGTTCCTCTTGGATATGGTGGACCTCATGCCGGATTTTTCGCAGCT
GAACATGCGTTAGTTCGTTTGATGCCAGGTCGCATGGTTGGCGTGACTCGGGACGCGGCT
GGAAGAGATGCTTACAGACTAGCTCTCCAGACAAGGGAACAGCATATCCGGAGAGACAAA
GCCACGTCAAATATATGTACAGCTCAGGCTCTTTTAGCAAATATGTCAGCCATGTTCGCT
GTTTATCACGGGCCACAAGGTCTGAGGGACATTGCGGTGCGAGTTCATAACGCTACTCTG
GTTCTTGATGACGGAATTCAAAAACGTGGTCATAGGCAGTTGAACGACGTATATTTTGAC
ACACTCTACATCATTCCAAGTGCGGATCATGATGCTACTGCTATAAAGGCAAGAGCTCAA
GAAAAGAAAATTAATTTGCGATATTTTGATGATGGAGCTGTCGGAGTAGCATTAGACGAA
ACCACTACAATGGAAGACGTTGATGATTTGCTCTGGGTATTTGACTGCGAGAGGGTTGCT
GAGGTGATGAAGAGTGGTGATGTCAAGTCAAGAAGTATCTTAAAGGGTCCGTTCAGAAGA
ACTTCTCCATACTTAACACATCCTGTGTTTAATATGCATCACTCTGAAACAAGAATAGTA
AGGTATATGAAGAGACTGGAAAATAAGGATATATCATTGGTTCACTCTATGATTCCTCTC
GGTTCCTGTACAATGAAGTTAAATTCTACAACCGAAATGATGCCATGTTCATTTAAACAT
TTTACTGACATCCATCCATTTGCACCTCTTGAGCAATGCCAGGGCTACCATACACTTTTT
GAAGAGCTTGCTAAGGATTTGTGTGCTATCACAGGTTACGATCGTGTATCTTTCCAACCG
AACAGTGGAGCTCAAGGCGAATACGCTGGTCTTAGAACAATCAAACGCTACCATGAATTC
CGAGGTGACACAGGGCGTAACATATGTTTAATACCAGTTAGTGCTCATGGTACAAATCCA
GCCTCGGCACACATGGCCGGCATGAGGGTCTGTGCAATCCGCGTCACACCCACTGGAGAT
ATTGATATGGCACACCTTAAAGATATGGTGGAAGAACATAGTGAAAAATTATCATGTCTG
ATGTTAACTTATCCGAGTACATTCGGTGTGTTTGAGGAACGCACAGCCGACGTGTGCTCG
CTCGTTCACCAACATGGGGGACAGGTCTATTTGGATGGTGCTAACATGAATGCACAGGTT
GGACTTTGTAGGCCAGGAGACTATGGCAGTGATGTATCCCATTTGAATTTACATAAAACT
TTCTGTATACCACACGGCGGAGGCGGCCCAGGAATGGGTCCAATAGGAGTAAAAGCTCAT
CTTGCTCCATTTTTACCGTCACATCCCGTGGTGAATCCGTTAGCTGACTTGGGTGAAGAT
GCCCATAGTTTTGGCTCCGTCAGTGCAGCGCCATTTGGTTCATCTGCAATATTACCAATA
TCATGGGCTTACATTAAGATGATGGGCCCTAAAGGCTTAAAGAGGGCGACTCAGGTGGCT
ATTCTTAATGCTAATTATATGTCGCGAAGATTAGATGGTCATTATAAAACTTTGTACAAA
GGTGAAAGAGGACTTGTCGCACATGAATTTATTATAGATGTCCGAGATATGAAAAAAACT
GCTAATATTGAACCCGGAGATATTGCAAAACGTCTTATGGACTTCGGTTTTCACGCACCT
ACAATATCTTGGCCGGTGGCTGGCACCCTTATGATTGAACCTACCGAATCTGAAGACTTA
CAAGAGTTGGATCGCTTCTGTGAAGCCCTTATTGCTATTAGAAAAGAAATTAAAGATATT
GAAGATGGTCTTATTGATAAAAGATTGAATCCTGTAAAGATGGCGCCACACACACAAGAA
GAAGTGATTACGGAAGATTGGAGTCGCCCTTACACAAGAGAACAAGCCGCTTTTCCTGCG
CCATTTGTAAAGGGAGAAACAAAGATTTGGCCTACGGTTAGTCGCATCGACGATATGTAC
GGCGACAAACATCTTGTTTGCACGTGTCCTCCGGTAATCGATGACTTCTAA
Protein sequence:
MLDLLGYKSLDQLTNDAVPKKIQLEGLMNITEPMSEYDLIKRIRKIAETNQIWRSYIGMG
YHNCCVPHSIMRNMFENPGWTTQYTPYQPEVAQGRLEGLLNYQTMVSDLTGLDVANASLL
DEGTAAAEALSLCHRHNRRTKFVVSERLHPQTLAVVQTRLDALGLEVMVVPDVRQADFAQ
RDISAVLLQCPDTRGLVYDYSGLAAAAQEHGTLVVVATDLLAMALLRPPAECGAALAVGT
SQRLGVPLGYGGPHAGFFAAEHALVRLMPGRMVGVTRDAAGRDAYRLALQTREQHIRRDK
ATSNICTAQALLANMSAMFAVYHGPQGLRDIAVRVHNATLVLDDGIQKRGHRQLNDVYFD
TLYIIPSADHDATAIKARAQEKKINLRYFDDGAVGVALDETTTMEDVDDLLWVFDCERVA
EVMKSGDVKSRSILKGPFRRTSPYLTHPVFNMHHSETRIVRYMKRLENKDISLVHSMIPL
GSCTMKLNSTTEMMPCSFKHFTDIHPFAPLEQCQGYHTLFEELAKDLCAITGYDRVSFQP
NSGAQGEYAGLRTIKRYHEFRGDTGRNICLIPVSAHGTNPASAHMAGMRVCAIRVTPTGD
IDMAHLKDMVEEHSEKLSCLMLTYPSTFGVFEERTADVCSLVHQHGGQVYLDGANMNAQV
GLCRPGDYGSDVSHLNLHKTFCIPHGGGGPGMGPIGVKAHLAPFLPSHPVVNPLADLGED
AHSFGSVSAAPFGSSAILPISWAYIKMMGPKGLKRATQVAILNANYMSRRLDGHYKTLYK
GERGLVAHEFIIDVRDMKKTANIEPGDIAKRLMDFGFHAPTISWPVAGTLMIEPTESEDL
QELDRFCEALIAIRKEIKDIEDGLIDKRLNPVKMAPHTQEEVITEDWSRPYTREQAAFPA
PFVKGETKIWPTVSRIDDMYGDKHLVCTCPPVIDDF