Blautia liquoris: INP51_13755
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Entry
INP51_13755 CDS
T07726
Name
(GenBank) adenylyl-sulfate reductase subunit alpha
KO
K00394
adenylylsulfate reductase, subunit A [EC:
1.8.99.2
]
Organism
bliq
Blautia liquoris
Pathway
bliq00920
Sulfur metabolism
bliq01100
Metabolic pathways
bliq01120
Microbial metabolism in diverse environments
bliq01320
Sulfur cycle
Brite
KEGG Orthology (KO) [BR:
bliq00001
]
09100 Metabolism
09102 Energy metabolism
00920 Sulfur metabolism
INP51_13755
Enzymes [BR:
bliq01000
]
1. Oxidoreductases
1.8 Acting on a sulfur group of donors
1.8.99 With unknown physiological acceptors
1.8.99.2 adenylyl-sulfate reductase
INP51_13755
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GFIT
Motif
Pfam:
FAD_binding_2
Pyr_redox_2
HI0933_like
GIDA
Thi4
DAO
Succ_DH_flav_C
AAA_assoc_C
FAD_oxidored
Trp_halogenase
DUF2703
DUF2064
Motif
Other DBs
NCBI-ProteinID:
QOV19015
UniProt:
A0A7M2RF93
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Position
complement(3048153..3049829)
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AA seq
558 aa
AA seq
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MHFERIKTDILIIGGGTAGCFAALTIASESDACIFVAEKANIRRSGCLAAGVNAINAYIT
KGQTPQDYVEYAKEDAKGIVREDLLLSMAEKLNEVTEKLEDLGLVIQKDEDGGYTARGKR
NIKINGENIKPILADSLKNLPKVKVMNHINITDYLVEDNQIKGAFGFHVEEKVWYLIQAK
AVICTTGGASGLYRPNNPGFSRHKMWYSPFNTGAGYAMGIRSGAEMTTFEMRFIALRCKD
TIAPTGTIAQGVGAEQVNTYGENYEKKYGRTTSERVYGTVRENIEGRGPCYLKTKAISKE
QEEELYRAYLNMAPSQTLHWMEKRKGPGAEDVEIEGTEPYIVGGHTASGYWVDYSRQTTI
HGLYAAGDVAGGCPQKYVSGALAEGEIAAKAALSYIRDRELMSVSVSEIKRKEQEYLSFF
HNDRCIFTTDQVEEAMQKVMDQYAGGISSDYQFNQNQLRIAEEKIKLLFDISKKLNANDM
DDLMKIYEVRERLEVCQTLIAHLRARKETRWHCFCENMDYPKQSDAWNLYVNSRMENGKL
QIIYRELVAGGERYEHSN
NT seq
1677 nt
NT seq
+upstream
nt +downstream
nt
atgcattttgaaagaattaagactgatatattaatcataggcggaggaacggcaggctgt
tttgctgccttgacgatagcttccgaaagcgatgcgtgtattttcgtggcagaaaaggcg
aacattcgaagaagtggatgtcttgccgcgggagtaaatgcaatcaatgcctatattacg
aaaggccagacgccgcaggattacgtggaatatgcaaaagaagatgccaaaggcatcgtg
cgagaggatcttctcctttccatggcggaaaaactcaatgaagttacagaaaagttagaa
gatcttggtctggtgatccaaaaggatgaagatggaggatataccgcacggggaaagcga
aatatcaagattaacggggagaatatcaaaccgattctggctgactcactaaaaaacctg
ccaaaggtaaaggtaatgaatcatattaatatcacggattatctggtggaagacaatcag
atcaagggagccttcggattccatgtggaagagaaagtatggtatctgattcaggcaaag
gccgtgatctgcacaactggaggagcttcaggattatacagacccaataatccgggattt
tccagacacaagatgtggtattctccattcaacacgggggcaggctatgcaatgggaatt
cgttccggggcggaaatgacgacattcgagatgcgttttattgcgcttcgatgcaaggat
acgatagcacctacaggtacaatcgcacagggagtcggtgcagagcaggtgaacacctat
ggggaaaattatgaaaaaaagtatggacgtactacttctgagagagtgtatgggacagtt
cgtgagaatatagagggcagagggccatgttatttgaagacaaaggccatatcaaaagaa
caggaggaagagctttacagggcatatctgaatatggctccgtcgcagacactgcactgg
atggagaagagaaagggtcccggcgctgaggatgtagaaatcgaagggacagaaccctat
attgtaggaggtcatacggctagcggatattgggttgactacagcaggcagactaccata
cacgggctgtatgcggcgggagatgtagcaggaggttgtccgcagaaatacgtttccggt
gcgcttgcggagggagaaattgctgcaaaagcggctctttcctatatccgggacagagaa
cttatgtcagtttcggtatctgaaattaaaagaaaagagcaggaatatctgtcatttttc
cacaacgatcgctgtatctttaccaccgaccaggtggaagaggcaatgcaaaaagtgatg
gatcaatatgcgggcggtatatcctctgattatcaatttaaccagaatcagctgagaata
gctgaagaaaagataaaattgctttttgatatcagcaaaaagttgaatgcaaatgatatg
gatgatctgatgaagatctatgaggttcgagagcggctggaggtctgtcagacactgatt
gcccacctgagggcgagaaaagagacaaggtggcattgcttctgtgaaaatatggattat
cctaagcagagcgatgcatggaatctatatgtgaactccagaatggaaaatggaaaactc
caaatcatttatcgggaacttgtggcaggaggtgagaggtatgagcattctaattga
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