Glycine soja (wild soybean): 114421382
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Entry
114421382 CDS
T06057
Name
(RefSeq) 5-oxoprolinase
KO
K01469
5-oxoprolinase (ATP-hydrolysing) [EC:
3.5.2.9
]
Organism
gsj
Glycine soja (wild soybean)
Pathway
gsj00480
Glutathione metabolism
gsj01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
gsj00001
]
09100 Metabolism
09106 Metabolism of other amino acids
00480 Glutathione metabolism
114421382
Enzymes [BR:
gsj01000
]
3. Hydrolases
3.5 Acting on carbon-nitrogen bonds, other than peptide bonds
3.5.2 In cyclic amides
3.5.2.9 5-oxoprolinase (ATP-hydrolysing)
114421382
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GFIT
Motif
Pfam:
Hydantoinase_B
Hydantoinase_A
Hydant_A_N
Hydant_A_C
Motif
Other DBs
NCBI-GeneID:
114421382
NCBI-ProteinID:
XP_028243070
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Position
8:5323008..5327545
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AA seq
1265 aa
AA seq
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MGSVTEGKLRFCIDRGGTFTDVYAEIPGQTDGQVLKLLSVDPLNYDDAPVEGIRRILEEF
TGEKIPRNSKIPTEKIEWIRMGTTVATNALLERKGERIAVCVTRGFRDLLQIGNQARPSI
FDLTVLKPSNLYEEVVEVEERVQLVQSEEEEEKQGGSSSVVKGISGELVRIVKPLNEEAL
KPVLKNLLEKGISCLAVVLMHSYTYPQHEQQVKKLALSLGFRHVSISSALSPMVRAVPRG
LTAGVDAYLTPVIKEYLSGFISKFDEGIGKLNVLFMQSDGGLAPESTFSGHKAILSGPAG
GVVGYSQTLFGLETDKPLIGFDMGGTSTDVSRYAGSYEQVLETQIAGAIIQAPQLDINTV
AAGGGSKLKFQFGTFQAGPESVGAHPGPVCYRKGGELAITDANLVLGYVIPDYFPSIFGP
NEDQPLDFKSTRGEFEKLARQINTHRRNQDPSSKDMTVEEIALGFVDVANETMCRPIRQL
TEMKGHETKNHSLACFGGAGPQHACAIARSLGMKEVLIHRFCGILSAYGMGLANVVEEAQ
EPYSAVYGVESIVEVSQREAVLLRQVKQKLQIQGFKEENISTETYLNLRYEGTDTAIMVK
RQVAEDGNLCDYATEFVRLFQQEYGFKLQNRNIVICDVRVRGIGVTNILRPQAIEPAPGS
PIVEGYYKVYFGNGWQETPLYKLEKLGYGHMMSGPAIIMNGNSTVIVEPNCRAIITKYGN
IKIEIESPLTSVKISDKVADVVQLSIFNHRFMGIAEQMGRTLQRTSISTNIKERLDFSCA
LFDPSGGLVANAPHVPVHLGAMSSTVQWQLNYWGDNLNEGDVLVTNHPSAGGSHLPDITV
ITPVFFNGKLVFFVANRGHHAEIGGTTPGSMPPFSKSILEEGAAIKAFKLVEKGIFQEEG
IIKLLQFPSSDGRGNKIAGTRRIQDNLSDLRAQVAANQRGISLVLELIEQYGLETVQAYM
NYVQVNAEAAVREMLKSVGHRISSKSNELVTIEEEDYMDDGSIIHLKLSIDSNKGEAVFD
FAGTSSEVYGNWNAPKAVTAAAVIYCVRCLVNVDIPLNQGCLAPVKILIPEGSFLSPSDT
AAVVGGNVLTSQRITDVIFTAFQACACSQGCMNNFTFGDDTFGYYETIGGGSGAGPTWDG
TSGVQCHMTNTRMTDPEIFEQRYPVILHKFGLRENSGGDGFHKGGDGLLREIEFRRPVIV
SILSERRVHAPRGLKGGKDGARGANYLVKKDKRKIYLGGKNTVEVLPGEILQILTPGGGG
WGSPL
NT seq
3798 nt
NT seq
+upstream
nt +downstream
nt
atggggagtgttactgaagggaagttgaggttttgtattgatagagggggcacgtttact
gatgtgtatgcagaaatccctggtcagactgatgggcaagttttgaagcttctgtcggtt
gaccctttgaactatgatgatgcaccggtggaagggatacggaggattcttgaagaattc
actggtgagaaaattccacgcaactcaaagatacccactgagaagattgagtggataagg
atgggtacaactgtggcaacgaatgcacttttagagcgcaagggagaaaggattgcagtg
tgtgtgactcgaggctttcgtgatttactccagatagggaaccaggctcgccccagcata
tttgaccttactgtgttgaagccatcgaatctctatgaagaagttgtggaggttgaagag
cgagttcaacttgttcagtctgaggaagaagaagaaaagcagggtggttcttcatctgtg
gttaagggaatttcaggggagcttgtcaggattgtgaagcctcttaatgaagaagcgctg
aagccagtactgaaaaacttattggagaaaggaattagttgtttggctgttgttttgatg
cactcatacacttatccacaacatgaacaacaggtcaagaagttagctttgagtctggga
ttcagacatgtttccatatcatctgctttgagtcccatggtccgtgctgttcctcgtggt
ctaacagctggtgtagatgcttatctgaccccagttattaaagaatacctatcgggattc
atctccaaatttgatgagggaattggaaagttgaatgttttgtttatgcaatcagatgga
ggacttgcacctgagagtaccttctcagggcacaaagcaattttatctggtcctgctggt
ggagttgttggttactcacaaactctttttgggcttgaaacagataagccacttattggg
tttgatatggggggaacatctacagatgtgagtcggtatgcaggtagttatgagcaagtg
ctggaaacccagattgccggtgccataattcaagcacctcagcttgacataaacactgta
gctgctggtggtggttcaaagttgaagttccaatttggtacttttcaagctggaccagaa
tcagttggagcacaccctggtcccgtatgttaccgaaaaggtggagagttggcaattact
gatgctaacctagttctgggatatgttattcctgattatttcccttctatatttggtcca
aatgaagatcagcctcttgatttcaagtcaactagaggagaatttgagaagcttgccagg
caaataaatactcaccgaaggaatcaggatccatcttcaaaagacatgacagtggaagag
attgcacttggctttgtggatgttgctaatgagacaatgtgtcgtcctataagacagttg
actgaaatgaagggccatgagacaaagaaccattcacttgcttgctttggtggtgctgga
cctcagcatgcttgtgctatagctaggtcgttaggtatgaaagaagtgctcattcacaga
ttttgtgggatcttaagtgcatatggaatggggttggcaaatgttgtggaagaggcacag
gaaccttattctgcagtgtatggagttgaatctattgttgaggtctcacaacgagaagct
gttttacttagacaggtaaagcagaaattgcaaattcaaggatttaaggaggaaaatatt
tcaacagagacatatttaaacttgagatatgaaggtacagacactgccatcatggtcaaa
agacaagtagctgaagatggaaatttatgtgactatgctactgagtttgtgagattgttt
caacaggaatacggctttaaactccagaataggaatattgttatctgtgatgttagagtt
cgtggtataggagtcaccaatatattgaggccacaggccatagaacctgcccctggcagt
cctatagttgaaggctactataaggtttactttgggaatggttggcaggaaacacctctc
tataagcttgaaaagctgggctatggtcatatgatgtctgggccagcaatcatcatgaat
ggcaatagcactgtgattgtagaacccaactgtagagccattataaccaaatacggaaac
atcaagattgaaatagagtcccctttaaccagtgttaaaatatcagataaagttgcagat
gttgtacagctctccatcttcaatcacagatttatgggtatagctgagcagatgggaagg
acactacaaagaacttccatttcaacaaatatcaaagaacggcttgatttttcctgtgct
ctatttgatcctagtgggggcctagttgcaaatgcacctcatgttcctgtccatctagga
gctatgtctagtacagttcagtggcagctcaattactggggtgacaatttaaatgaagga
gatgttttggttactaatcatccatcagctggaggtagccatcttcctgatataactgtt
attacacctgttttcttcaatgggaagttggttttttttgtggcaaatagagggcatcat
gcagagatcgggggtactacccctggaagcatgccgcctttttcaaagtccatattggag
gaaggagctgccattaaggcatttaagcttgttgaaaaaggtatctttcaagaagagggg
atcattaaacttctgcagttcccaagctctgatggtcgaggaaataagatagcaggaact
cgcaggattcaagataacttgtcagatctgcgagcgcaagtagcagcaaatcaaagagga
atttctctagttctagagctcattgagcagtatggtcttgaaacagttcaggcttacatg
aattatgtacaggtgaatgcagaagcggcagtaagagagatgctgaagtccgttggtcat
agaatttcatccaagtcaaatgaactggtgactattgaagaagaggactacatggatgat
ggatccattattcatttgaaactgagcattgattctaataaaggagaagcagttttcgat
tttgctgggacaagttctgaagtttatggtaattggaatgcgcccaaagctgtaacagct
gcagctgtcatatactgtgtccgctgtttagtgaacgttgacattcctctcaatcaaggc
tgtttggctccagtgaagattcttattccagaaggctcatttctctctccaagtgatact
gctgctgtagtaggaggtaatgtccttacatctcagaggataactgatgttatattcact
gcatttcaggcctgtgcttgttcccagggatgtatgaataattttacatttggggatgat
acttttggttattatgaaaccattggaggtggaagtggggctggtcctacctgggatgga
accagtggggtacagtgccacatgacaaatacaagaatgactgatcctgagatatttgag
caaagatatccagtgattctgcacaagtttggacttagagaaaacagtggaggagatgga
tttcacaaaggtggtgatggtcttctccgagaaatagagtttaggcgcccagtaattgtt
agcattctttctgagaggcgtgtccatgcaccaagagggctcaagggaggaaaagatggt
gctcgtggagctaactaccttgtaaagaaagataaacgaaagatttatctcggtggtaag
aatacagtcgaagtgcttccaggggaaattcttcagattttgactcctggcggtggcgga
tggggttctccattgtga
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