Desulfoscipio gibsoniae: Desgi_1980
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Entry
Desgi_1980 CDS
T02657
Name
(GenBank) FAD binding protein
KO
K03388
heterodisulfide reductase subunit A2 [EC:
1.8.7.3
1.8.98.4
1.8.98.5
1.8.98.6
]
Organism
dgi
Desulfoscipio gibsoniae
Pathway
dgi00680
Methane metabolism
dgi01100
Metabolic pathways
dgi01120
Microbial metabolism in diverse environments
dgi01200
Carbon metabolism
Brite
KEGG Orthology (KO) [BR:
dgi00001
]
09100 Metabolism
09102 Energy metabolism
00680 Methane metabolism
Desgi_1980
Enzymes [BR:
dgi01000
]
1. Oxidoreductases
1.8 Acting on a sulfur group of donors
1.8.7 With an iron-sulfur protein as acceptor
1.8.7.3 ferredoxin:CoB-CoM heterodisulfide reductase
Desgi_1980
1.8.98 With other, known, physiological acceptors
1.8.98.4 coenzyme F420:CoB-CoM heterodisulfide,ferredoxin reductase
Desgi_1980
1.8.98.5 H2:CoB-CoM heterodisulfide,ferredoxin reductase
Desgi_1980
1.8.98.6 formate:CoB-CoM heterodisulfide,ferredoxin reductase
Desgi_1980
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Pyr_redox_2
FAD_oxidored
NAD_binding_8
Fer4
Pyr_redox_3
Fer4_7
FAD_binding_2
DAO
HI0933_like
Fer4_21
GIDA
Pyr_redox
Fer4_6
FAD_binding_3
Fer4_2
Fer4_10
Fer4_16
Thi4
AlaDh_PNT_C
Fer4_4
Lycopene_cycl
Fer4_9
Fer4_13
Trp_halogenase
Fer4_8
Motif
Other DBs
NCBI-ProteinID:
AGL01424
UniProt:
R4KFP6
LinkDB
All DBs
Position
2024036..2027155
Genome browser
AA seq
1039 aa
AA seq
DB search
MEKELERIGGQLVKSLAGSNYGDIMIVGGGISGIQASLDLATAGFKVYLVDKAPTIGGHM
SQLDKTFPTNDCSMCIESPKFVECNRHPNIDIMTYTEVDSVEGEAGDFKVTLVKKPRYVI
ESKCTGCGTCVEYCPVTYPDQYNQEISANKAIHVYFSQAVPLVTYIDESCRYLKGKTCTV
CQAVCKNDAIDFSQTKEKIEVKVGAIILSLGFEPFNPKLRADYGYGKYENVVTSMDYERL
LCSTGPYEGEILRTSDKKHPHKIAWIQCVGSRQVIPGGNSYCSAVCCTYTQKQVILTKDH
DAEAECTIFHNDIRSYGKDFERFYQRANNLSGVRFIRSYVSIGREIPESKNVTIRYSTVE
DGVKEEEFDMVVLSVGLNPPTDANGLADKFGIELNTHGFCKTNPINPMETSRPGIFISGA
FQGPVDIPESVVTASGAGSQCGELLDYRRGNLSRERVYPPEKDVSSEEPRVGVYVCHCGA
NIGRVVDVPSVVDYALTLPNVVHAEDNLFICSTDAAKHISNSIREKGINRVVVAACTPRT
HEPLFRDTLREAGINQYYFEFANIREHCSWVHSKEKEEATQKAKEIIRMSVARTALLEPL
QEFDLSVNKTALVVGGGLAGMISALSIAHQGHEVNLVEKNTDLGGMAKKVYYTLEGLNVQ
AYLHDVIRKVYQHPLIHVYTDAAITEATGYVGNFITRVKSERGVTEIKHGAAIIATGAQV
YKPTEYLYGQDDRVMTHLELEEQIAKRNEKIINAESLVMIQCVGCRNEDRNYCSRVCCSE
SIKNALKLKELNPEMDIYILFRDIRTYGFKEDYYREAASKEVRFIRYEPDDKPQVEIGES
DEGRPVLKVTVADPILGKKLEIDADALALAAAVIPSTGSQEIAGLFKVSLNPDGFFQEAH
VKLRPVDFAAEGIYLCGIAHYPKLISETISQAYGAAGRVLTLLSHDAVTASGSVCEVDED
NCISCGACISACTYGAIEFRETQKGRKAVVNPVLCKGDGLCNTKCPTGAISLKHYTHEQV
FRQIDAAVPEAEIITKEVR
NT seq
3120 nt
NT seq
+upstream
nt +downstream
nt
atggaaaaagaactagagagaattggaggacagcttgttaaaagtcttgcaggcagtaac
tatggagatattatgatcgtcggtggaggtatcagcggaattcaagcctcccttgatctt
gccactgccggttttaaagtttacctggttgacaaagcaccaaccataggcggccacatg
tcccagctggacaaaacctttcccactaatgactgctccatgtgcattgaatcgcccaag
tttgttgaatgcaacagacatcccaatatagatattatgacctatactgaagttgatagt
gtagaaggggaagcaggagactttaaggtaacattagttaaaaagcccagatatgtcata
gagagcaaatgtacgggttgtggtacctgtgttgaatactgcccggttacataccctgat
caatataatcaagaaatatcggctaataaagctattcatgtatatttttcccaagcagtt
cccctagtcacatatatagatgaaagctgtcgttaccttaaaggaaagacatgtactgtt
tgccaagcagtttgtaagaacgacgccatagattttagtcaaacgaaggaaaagatagaa
gtaaaagtaggggcaataattttatctttgggctttgagccctttaaccccaagttgagg
gcagactatggctacggaaagtatgagaatgtggtaaccagtatggactatgaacggcta
ttatgttccaccggtccatatgaaggagaaatactgcgcacctccgacaaaaagcatccc
cataaaatagcctggatacaatgcgtaggctccagacaggtcattcccggcggtaacagc
tattgctcagccgtatgctgcacctacacccaaaagcaggtaattttgaccaaagaccac
gacgccgaagccgagtgtaccatattccataacgatattcgatcctatggcaaggatttc
gagcgcttctaccagagagcaaacaacctttccggcgttcgatttataagaagctatgta
tcaataggaagagaaatcccggaaagcaagaacgtaacaataagatattctactgttgag
gatggagtaaaagaagaagaatttgatatggtagtattatccgtaggattgaacccgcct
acagatgcaaatggcctggcagataagttcggcattgagcttaatacgcacggattctgt
aaaactaatcccattaatcctatggagacttctcgcccgggaatttttataagcggagca
ttccagggccctgtagatataccagaatcggttgtgaccgccagcggagctggttcccaa
tgtggtgaacttcttgactaccggcgagggaatctatccagagaaagggtgtacccgccg
gaaaaagatgtctctagtgaggagcccagggtgggtgtctatgtgtgtcattgtggggct
aacatcgggagagtagtagatgtcccttccgtagttgactatgccttaaccttacctaat
gttgttcacgccgaagataacctttttatatgttctactgatgctgccaaacatatatca
aactcgattcgagaaaaaggtatcaatcgtgtggttgtcgccgcctgcacacccaggaca
catgagccgttattccgggacacacttagggaggcgggaattaatcaatattactttgaa
tttgctaatattagagaacattgctcttgggtccactccaaagaaaaggaggaggccaca
caaaaggcaaaagaaataatccgaatgtcggtagcccgaactgctctcttggaaccatta
caggaatttgatctttccgttaacaaaacggctttagtggtcggagggggcctggcgggt
atgatcagtgctctatccatagctcaccagggacatgaagttaacctggtggaaaagaat
acggacctgggtgggatggccaaaaaagtttactataccctggaagggctcaatgttcaa
gcttatttgcatgatgttatacgcaaagtttatcaacatccattaatacatgtatatact
gatgccgccattacggaggctaccggttatgtaggtaatttcataaccagggtaaaatct
gaaagaggggttacagagataaaacatggtgcagccatcatcgcaactggtgcccaagta
tataaacccaccgaatacctttatggtcaagatgaccgggtaatgacccacctggaatta
gaggagcaaatcgccaaacgaaacgaaaaaataattaacgcagaaagcctcgtcatgatc
caatgcgtaggctgcagaaacgaagacagaaattactgcagccgggtatgttgcagcgag
tctataaaaaacgccttaaaacttaaagaactaaaccccgagatggatatctacattctc
tttagagatataaggacgtatggtttcaaagaagactattaccgtgaagcagcaagtaag
gaggtaagattcatccgctatgagcctgatgataaaccacaggtggaaataggtgaatcc
gatgaaggccggccagttctaaaagttaccgtagccgatcctattttaggtaaaaagctt
gaaatagatgccgatgcacttgccttagctgccgccgttattccctccacaggaagtcaa
gaaatagccggattatttaaggtatccttaaacccggatggtttcttccaggaagcccat
gtcaaattaaggcctgtagactttgccgcggaaggaatttacttgtgcgggatagctcac
tatcccaagcttatatcggaaacgattagccaggcttatggagcagccggccgggtctta
actcttctctcacatgatgcagtcacggcctccggctctgtttgcgaagtagatgaggac
aactgcatttcatgtggagcatgtatctcagcctgcacttacggcgccatagaatttcgt
gagacacaaaagggcagaaaagctgtcgttaatcccgtgctctgtaaaggagatggactc
tgtaatacaaagtgtccaacaggggctatttcactaaagcactatacgcacgaacaagtc
tttcgtcaaattgacgcggcggttccggaggcagagattataactaaagaggtgagataa
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