Cyanobacterium endosymbiont of Rhopalodia gibberula: RGRSB_0946
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Entry
RGRSB_0946 CDS
T05747
Symbol
glsF
Name
(GenBank) ferredoxin-dependent glutamate synthase
KO
K00284
glutamate synthase (ferredoxin) [EC:
1.4.7.1
]
Organism
cer
Cyanobacterium endosymbiont of Rhopalodia gibberula
Pathway
cer00630
Glyoxylate and dicarboxylate metabolism
cer00910
Nitrogen metabolism
cer01120
Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:
cer00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00630 Glyoxylate and dicarboxylate metabolism
RGRSB_0946 (glsF)
09102 Energy metabolism
00910 Nitrogen metabolism
RGRSB_0946 (glsF)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
cer01002
]
RGRSB_0946 (glsF)
Enzymes [BR:
cer01000
]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.7 With an iron-sulfur protein as acceptor
1.4.7.1 glutamate synthase (ferredoxin)
RGRSB_0946 (glsF)
Peptidases and inhibitors [BR:
cer01002
]
Cysteine peptidases
Family C44
RGRSB_0946 (glsF)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
FMN_dh
Motif
Other DBs
NCBI-ProteinID:
BBA79457
UniProt:
A0A2Z5T376
LinkDB
All DBs
Position
1483134..1487798
Genome browser
AA seq
1554 aa
AA seq
DB search
MKKTNHFLQLTHQPLSPYCGQKWLVEERDACGVGFIADVKGKGSHKLIEQTIVALGCIEH
RGGCSADNDSGDGSGIMTAIPREVLVPWFTSQGITMPPVEQLGVGMVFLPQNEIKREADR
AYIETVVSAANLKVLGWREVPVKPEVLGVQAKQNQPHIEQIMVASPAGLSGDALDRILYI
VRSRIGKRLADDFYICSFSCRTLVYKGMVRSTILDKFYEDLKNPKYISRFALYHRRFSTN
TMPKWSLAQPMRLLGHNGEINTLIGNINSMAAREVHLKIPGWTSEEVEALTPIVNNDNSD
SYNLDSALELLVRTGRSPLEAAMILVPEAYKNQPDLKDHPEIISFYQYYSGFQEPWDGPA
LLTFSDGKMVGACLDRNGLRPARYCITKDDYLVVGSEAGVVDLPEEDIVEKGRLGPGQTI
AVDLESKEILKNWDIKQRISQRHPYWEWLQTFRREVTPQPFSKNILLNQPGQLLQQQTAF
GYTAEDVEMIVIPMATQGKEPIFCMGDDIPLAVLSNKPHLLYDYFKQRFAQVTNPPIDPL
RESLVMSLEMLLGKRGNLLDPKAEDAKLLKIESPLLNETELEQIKSSEFKVTQLSTLFDL
TAGPGGLKTSLDRLCYEAIQAVQDGSKIIILSDRASEMGSVAETTSYIPPLLAVGTIHHH
LIKHGLRLQTSLVTDTAQCWSTHHFACLVGYGASAVCPYLTLETIRQWWNDTKTQKLMGN
GKIEPITLDEAFANYRHAVELGLLKILSKMGISLLASYHGAQTFEAIGLSPELIQIAFDG
TTSRVGGLSTVELAEEIIAIHSRAFPSLTDKKLKNFGFINYRPGGEYHMNSPKIAKFLHK
AVAVYQEGINSGNKKGYDHYAMYSKYLEERPITALRDLLEFNSDRHSISVEEVETVEAIV
KRFCIGGMSLGALSREAHETIAIAMNRLGGKSNSGEGGEDPIRFITLTDVDANGNSPTFP
HLNGLKNGDTASSAIKQIASGRFGVTPEYLMNGKQLEIKIAQGAKPGEGGQLPGQKVSSY
IAMLRQSKSGVTLISPPPHHDIYSIEDLAQLIFDLHQINPMAKVSVKLVAEIGIGTIAVG
VAKANADVIQVSGHDGGTGASPLSSIKHAGCPWELGITEVHRTLLENQLRDRVILRADGG
LKTGWDVMMAALMGAEQYGFGSIAIIAEGCIMARICHTNNCPVGVATQQEKLRQRFSGVP
ENVTNLFYFIAEEIRSILATLGYRSLDEVIGRSDLLISRKTPKLTKTQALNLDCLIKLPN
VKEDRSWLNHEAVHSNGEVLDDRILADTEIASSIDEHRSVTKNIRIVNTDRTVGARISGV
IAKKYGNTGFKGKLNLNFKGASGQSFGAFNLPGMILHLEGEANDYVGKGMHGGEIVIVPH
KESSYKPENSVIIGNTCLYGSTGGFLYANGRAGERFGVRNSLGKAVIEGAGDHCCEYMTG
GVIVVLGTIGRNVSAGMTGGLGYFLDEEGNFPEKVNLETVEIQKICTEAGEFQLKGLIQS
HVDRTGSQKGQMILDNWGDYVGKFWQVFPSSEANSPEINPNPVKNKEKTLTPVK
NT seq
4665 nt
NT seq
+upstream
nt +downstream
nt
atgaaaaagaccaaccactttcttcagttaactcatcaaccattgtctccctattgtggt
caaaaatggctggtggaggaaagagatgcctgtggggttggttttattgctgatgtaaaa
ggaaaaggaagccataaacttattgaacagacaattgttgcgctaggctgtatagaacat
cgggggggctgtagtgcggataatgactcaggagacggttcggggatcatgacagccatt
ccccgtgaggtattagttccttggtttaccagtcaaggtataactatgccacctgttgaa
caattaggggtcgggatggtctttctaccccagaatgaaattaaaagggaagcggatcgt
gcttatattgagacagtagtatccgcagccaatttaaaggtattggggtggcgagaagtt
cccgttaaacctgaggttttaggtgttcaggctaaacaaaatcaaccccacatcgaacaa
ataatggtagcttctccagccgggttatcaggagatgcattagatcgaatactatacata
gtgcggtcaaggataggtaagcgactggcagatgacttctatatttgttcttttagttgt
cgtactcttgtttataaaggaatggttcgtagtacgattttagacaaattctatgaagat
ttgaaaaaccctaagtatattagtcgattcgctctataccatcgtcgctttagtaccaat
accatgccaaagtggtctttggcgcagcccatgcgtttgttgggtcacaatggagaaatt
aatactctcattgggaatattaactctatggcagccagagaagttcatttaaaaattcca
ggatggacttctgaagaggtagaggcgttaactcccattgtcaataatgacaacagtgac
tcctacaacctcgatagtgccttagaattattggttcggaccggtcgtagtccccttgaa
gcggcgatgatcctagtgcctgaagcttataaaaatcaacctgatttgaaagatcatccc
gaaataattagtttttatcagtattatagtggttttcaagaaccttgggatggtccagct
ttacttacattcagtgatggtaaaatggtaggagcttgtttagatcgtaacggtttacgt
cctgctcgctattgcattaccaaagatgattatttggtagttggttccgaagcaggagtc
gttgatttaccagaagaagacattgtagaaaaaggaagattaggacctggacaaactatt
gctgtcgacttagagtctaaggaaattcttaaaaattgggatattaagcaacgtatttcc
cagcggcatccttactgggaatggttgcagacttttcgtcgagaagtcactcctcaacca
ttctcaaaaaatattcttctcaatcaacctggtcaacttttacaacaacaaaccgctttt
ggatatacggccgaagatgtagaaatgatcgtgattcccatggcaactcaaggaaaagaa
cctatattctgtatgggggatgacattccattggctgttctttcaaataaacctcatcta
ctctatgactattttaaacaaaggtttgcccaagtaactaaccctcccattgatccgtta
cgggaaagtttggtgatgtctttagaaatgttattaggaaaacggggaaacttattagat
cccaaggcagaagatgcaaaactgttaaaaattgaaagtcctctactcaatgaaacggaa
ttagagcaaatcaaatcttctgaatttaaggtaacgcaactatctaccttgtttgatctg
acggctggtcctggaggacttaaaactagcttagataggttgtgttacgaagccattcaa
gcggttcaagatggttcaaaaattattattttaagtgatcgtgcttcggaaatgggtagt
gttgcggaaacaaccagttatattcctcccttattagctgtaggaactatccaccatcac
ttaattaaacatggattacgtctgcaaacttccttggtgacagatacggcacaatgttgg
agtacccatcattttgcttgtttagtaggttatggcgcgtcagcagtttgcccttatttg
acccttgaaactatccgtcaatggtggaatgataccaaaactcagaaattaatggggaac
ggaaaaattgaacctattactctcgatgaagcatttgcaaattatcgccatgcagttgaa
ttagggttattgaaaattctctctaaaatgggaatttccttattggcttcctatcatgga
gcacaaactttcgaagcgatcggcctaagtcctgaattaattcaaatagcctttgacgga
actactagccgtgttggcgggttaagtactgtagaattagctgaagaaattatcgctatt
catagtcgcgccttccccagtctaactgataaaaaactgaaaaacttcggctttattaac
taccgtccagggggtgaatatcatatgaattcccctaaaatagctaaatttcttcataaa
gcagtagcagtttaccaagaaggaataaatagcggcaataaaaaggggtatgatcattat
gcgatgtatagtaaatatcttgaagaacgtcctattactgccttgcgagatctattagaa
tttaacagtgatcgccattctatttctgttgaagaagtggaaacagtcgaagccattgtt
aaacggttttgtattgggggaatgtccttaggggctttatcacgcgaggcacatgaaact
atagcgattgctatgaaccgtttaggaggaaaatctaattccggggaaggaggagaagat
cctatccgctttattactctcacagatgtagatgctaatggaaactcccctacatttcct
cacctaaatggactaaagaatggggatacagcaagttctgctattaaacagattgcatca
ggaaggtttggagtaactcctgaatatttgatgaacgggaagcaattagaaattaaaata
gctcagggagcaaaaccaggggaaggaggacagttaccagggcaaaaagtaagttcctat
attgctatgttacggcagtccaaatctggtgttactctgatttctccccctcctcaccac
gatatttactccattgaagacttagcacagttaatctttgacttacatcagattaaccct
atggctaaagtttcagtaaaactagtagcagaaattggcataggaaccattgcagtaggc
gttgctaaagctaacgctgatgttattcaagtttcaggacatgatggggggacgggtgca
tcacctttaagttccattaaacatgcgggatgcccttgggaattagggattaccgaagtt
cataggacgttgttagaaaatcaattgcgtgatcgcgtcattttacgtgctgatggtggc
ttaaaaaccggatgggatgtaatgatggcagcattgatgggggctgaacaatacggtttc
ggttctattgctattatcgctgagggctgtattatggcccgcatttgccataccaataac
tgtccggtgggggttgcgactcaacaagaaaagttgcgtcaaaggtttagtggggttcct
gaaaatgtaaccaatttattctactttattgccgaagaaatacggtcaattctagcgaca
ttaggctatcgttccttagatgaagtgattggacgttctgatcttttaatttctcgcaaa
acaccaaaattaaccaaaacccaagcgttaaatctcgattgtttaattaaacttcctaat
gtaaaagaagatcgcagttggttgaaccatgaagcagttcacagtaatggagaggtgtta
gatgatcgcattttagctgatacggagattgcctcttcaattgatgaacaccgttccgtg
acaaaaaatattaggattgtcaatactgaccgcacggttggagcgcgtatctctggggta
atcgctaaaaagtatggaaatactggatttaaaggtaaattaaacctcaacttcaaagga
gcatctggtcaaagttttggggcatttaaccttcctggcatgattttacaccttgaaggg
gaagccaacgattatgttggtaaaggaatgcacggaggagaaattgtaattgttccgcat
aaggaaagtagttataagccagaaaatagcgttattattggtaatacttgcctttatggg
tctacaggtggttttttatatgccaatggccgtgcaggtgaacgatttggggtgcgcaat
tccttagggaaagcagttattgaaggtgctggcgatcattgctgtgagtatatgacggga
ggtgtgatcgtagttttaggaactattggccgtaacgtaagtgcaggaatgactggagga
ctaggttacttcttggatgaagaaggaaatttcccagaaaaggtgaaccttgaaaccgtg
gaaattcaaaagatttgcactgaagcaggagaatttcagttaaaaggattaattcaatct
catgttgaccgtacgggtagccagaaaggacagatgatcctcgataattggggggattat
gtgggtaaattctggcaagtatttccctcctctgaagcgaatagtcctgagataaaccct
aatcccgttaaaaataaggagaaaaccttaactcctgttaaataa
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