Setaria italica (foxtail millet): 105915176
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Entry
105915176 CDS
T02818
Name
(RefSeq) LOW QUALITY PROTEIN: 5-oxoprolinase
KO
K01469
5-oxoprolinase (ATP-hydrolysing) [EC:
3.5.2.9
]
Organism
sita
Setaria italica (foxtail millet)
Pathway
sita00480
Glutathione metabolism
sita01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
sita00001
]
09100 Metabolism
09106 Metabolism of other amino acids
00480 Glutathione metabolism
105915176
Enzymes [BR:
sita01000
]
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)
105915176
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Gene cluster
GFIT
Motif
Pfam:
Hydantoinase_B
Hydantoinase_A
Hydant_A_N
Hydant_A_C
Motif
Other DBs
NCBI-GeneID:
105915176
NCBI-ProteinID:
XP_014661309
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All DBs
Position
IX:41064860..41071318
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AA seq
1184 aa
AA seq
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MGSDAAEKFRFCIDRGGTFTDIYAEVPGRSEGYVMKLLSVDPSNYDDAPIEGIRRILEEF
TGERIPRSSKIPTGRIEWIRMGTTVATNALLERKGERIALCVTRGFRDLLQIGNQARPNI
FDLKVSKPSNLYEEVIEVDERVELVQEGDGSSVEGISGELVRVAKPVDVETLKPLLKGLL
DKGIRCLAVVLMHSYTYPNHELLVEKLALEMGFKHVSLSSSLTPMVRAVPRGLTASVDAY
LTPVIKEYLSGFMSRFEGGSEQVNVLFMQSDGGLAPERRFSGHKAVLSGPAGGVVGYSQT
LFELETMKPLIGFDMGGTSTDVSRYDGSYEQVLETQIAGAIIQAPQLDINTVAAGGGSKL
KFQFGAFKVGPESVGAHPGPVCYRKGGDLAITDANLILGTVIPEYFPSIFGPNEDMPLDY
EATRKAFEDLAAEINSHRKSQDSSVKDMTVEEIALGFVNVANETMCRPIRQLTEMKGHDT
KNHALACFGGAGPQHACAMARSLGMSEVLVHRYCGILSAYGMGLADVIEDLQEPYSAVYN
ADSAAEASRRESLLVKQVKEKLREQGFVDESIRTNSYLNLRYDGTDTAIMVKQPEQGSGN
DYATEFEKLFQQEYGFKLLNRKILICDVRVQGIGGTNILKPHELTHISTKPVQESSCQIY
FSYGWQETPLYKLENLGYGHVLEGPAVIMNGNSTVIIEKDCKAIITKYGNIKIEISAAPS
TVKISEEVADVVQLSIFNHRFMGIAEQMGRTLQRTSISTNIKERLDFSCALFGPDGGLVA
NAPHVPVHLGAMSSTVRWQLNYWGDNLHEGDVLVTNHPCSGGSHLPDITVVTPVFDNGNL
VFFVASRGHHAEIGGITPGSMPPFSKCIWEEGAAIKTFKLVERGVFQEEGIVQLLQSPCS
DELSGYKIPGTRRIQDNLSDLRAQVAANQRGIALIKELINQYGLATVQSYMSHVQKNAEV
AVREMLKAVASRVQKENGSCVIEDEDYMDDGSVLHLKLTLDASKGEATIDFEGTSPEVYG
NWNAPEAVTTAAVIYCLRCLVDVDIPLNQGCLAPVKILIPKGSFLSPSDKAAVVGGNVLT
SQRVTDVVLMAFQACACSQGCMNNLTFGDDTFGYYETIGGGCGAGPTWDGTSGVQCHMTN
TRMTDPEIFEQRYPVLLHRFSIRENSGGSGFRTAQVPEYIVPVV
NT seq
3555 nt
NT seq
+upstream
nt +downstream
nt
atgggcagcgacgcggcggagaagttcaggttctgcattgacaggggcggcacgttcacc
gacatctacgccgaggtacccgggagatcagagggctatgtcatgaagcttctctccgtc
gacccgtccaactacgacgacgcgcccatcgaagggatcaggaggatcctggaggagttc
accggggagaggatcccccggtcgtccaagatccccaccggcaggatcgagtggatcagg
atgggcaccactgtcgccactaacgcgcttctggagaggaagggtgaaaggattgccctc
tgtgtcacgagggggtttagggatctgcttcagatcggcaaccaggctcggcccaacata
ttcgacctcaaggtgtcgaagccgtcgaatctgtatgaggaggtgattgaggttgacgaa
cgagttgagcttgttcaggagggggatgggtcatctgttgaggggatctctggagaattg
gtcagggtggcgaagcctgtcgatgtggaaacgttgaagcctttgttgaaaggtttgctt
gataaagggattagatgcttggcagtggtgttgatgcattcgtatacttatcctaaccat
gagctcctggttgagaagttagctctggagatgggattcaagcatgtgtccttgtcttcg
tcgctgacaccgatggtccgtgcggtacctcggggcttgacggctagcgtggacgcgtat
ctgacaccagtcatcaaggagtacttatcaggattcatgtcgagatttgaagggggttct
gaacaggtgaatgtgctatttatgcaatcagatggaggacttgcaccggagaggagattc
tctgggcataaagcagtattgtcaggtcctgcaggtggtgtggttggctactcacagacc
ttgtttgaacttgagacaatgaagccgctgattgggtttgacatgggaggtacatccacg
gatgtgagccgctatgatggaagctatgaacaagttttggagacccagattgctggggca
ataattcaagctccccagcttgacataaacacagtggctgctggtggtggatcgaagctt
aagtttcagtttggtgctttcaaggttgggccagaatctgttggagcacaccctggtcca
gtttgttacagaaaaggtggtgacctggcaattactgatgccaatttgattctaggaact
gttattcctgagtacttcccatcaatatttggtcctaatgaagatatgccccttgattat
gaggctacaagaaaggcatttgaggatcttgctgctgagatcaactctcacagaaagagt
caggattcatcagtgaaggacatgacagttgaagagattgcgcttgggtttgtcaatgtt
gcaaatgagacaatgtgccggcctatacgccagttgacagaaatgaagggccatgatact
aagaaccatgccctcgcttgttttggtggtgccggtcctcaacatgcatgtgctatggca
aggtccttgggtatgtctgaggtgcttgttcaccgatattgtggaatactgagtgcgtac
gggatgggccttgctgatgtcattgaagacttgcaagagccttactctgctgtttataat
gccgattctgctgcggaggcatctagaagagaatcccttttagtaaaacaagtgaaagaa
aagttaagagagcaaggttttgtagacgagagcatcaggactaattcatacttgaacttg
aggtacgacggaactgataccgccatcatggtaaaacagccagagcaaggatctggaaat
gactatgctactgagtttgaaaaactgtttcagcaagagtatggcttcaaattgctaaac
aggaagatactcatatgtgatgtgagagttcagggtattggtggtacaaacatcctgaag
cctcatgaattgacacatatttcaacaaaacctgtgcaagaaagttcgtgtcagatttat
ttttcatatggatggcaagaaactccattgtacaaacttgagaatctaggttatggccat
gttttggaaggccctgcagttattatgaatggaaatagtacagtgataatagaaaaggac
tgtaaagccatcatcaccaagtatggtaacataaaaattgagatcagtgcagctccaagc
acagtaaaaatatctgaagaagttgcagacgtggtccaactttctattttcaatcaccgg
ttcatgggtattgcagaacagatgggtcggacacttcagagaacttcaatttccactaac
ataaaggaaaggctagacttttcttgtgctctctttggtccagatggtggccttgttgca
aatgcacctcatgttcctgtgcatctaggagccatgtctagtacggttcgctggcagctt
aattattggggtgataacctgcatgagggtgatgttctcgtaacaaatcatccgtgttca
ggagggagtcatctgccagatataacagttgtcacgccagttttcgataatggtaacctt
gtcttttttgttgctagtagaggccaccatgcagagattggtggtatcaccccaggaagt
atgcctcctttctcgaaatgtatttgggaggaaggtgctgccatcaaaacatttaaactt
gttgaaaggggtgttttccaagaggaaggaatagtccagctgctgcagtcaccttgctca
gatgaactttctggctacaagatcccaggaacacgtcggatccaggataatctttctgat
ctccgtgctcaggtcgcagcaaaccagcgaggaatagcacttatcaaagaactaataaat
cagtatggtttggccactgtgcaatcttatatgagccatgttcaaaagaatgctgaggtt
gctgtgagggagatgctcaaggcagttgcatctcgagttcaaaaggagaatgggtcctgt
gttattgaggatgaagattatatggatgatggctcagtgctccacttgaagctcaccctt
gatgctagtaaaggtgaagctacaattgactttgagggtaccagtcctgaggtctatggc
aactggaatgctcctgaagcagttacaacagctgctgtcatatactgcctacggtgcttg
gtggatgtggatataccgctaaatcaaggctgccttgctcctgtgaagatcctcattcct
aaaggctctttcctttcaccaagtgacaaggctgctgtggttggtggcaacgtgctaacc
tctcagagagtgacagatgttgtcctaatggcgttccaagcctgtgcctgttctcagggc
tgcatgaacaatttgacctttggagatgacacctttggttactatgagaccattggaggt
ggctgtggagctgggccaacctgggatggcacaagtggcgttcaatgtcacatgacgaac
acaaggatgactgatcctgagatctttgaacagcggtaccctgttctcttgcacagattc
agcatcagggagaacagtggaggttctggattcagaactgcacaggttccagagtatatt
gttccagttgtttag
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