KEGG   Wallemia mellicola: WALSEDRAFT_31681
Entry
WALSEDRAFT_31681  CDS       T03142                                 
Name
(RefSeq) hypothetical protein
  KO
K00380  sulfite reductase (NADPH) flavoprotein alpha-component [EC:1.8.1.2]
Organism
wse  Wallemia mellicola
Pathway
wse00920  Sulfur metabolism
wse01100  Metabolic pathways
Module
wse_M00176  Assimilatory sulfate reduction, sulfate => H2S
Brite
KEGG Orthology (KO) [BR:wse00001]
 09100 Metabolism
  09102 Energy metabolism
   00920 Sulfur metabolism
    WALSEDRAFT_31681
Enzymes [BR:wse01000]
 1. Oxidoreductases
  1.8  Acting on a sulfur group of donors
   1.8.1  With NAD+ or NADP+ as acceptor
    1.8.1.2  assimilatory sulfite reductase (NADPH)
     WALSEDRAFT_31681
SSDB
Motif
Pfam: FAD_binding_1 POR NAD_binding_1 SSB
Other DBs
NCBI-GeneID: 18471352
NCBI-ProteinID: XP_006957079
JGI: Walse1_31681
UniProt: I4YGF1
Position
Unknown
AA seq 999 aa
MPGSLNPPISSEGPSAIAQPISQQRDKFEKMPSIVDSGIGTPVSSEQSLSPQNSNKAGQS
ILKSALNAVEYNVSANSNSIFLYDSARYDGFGQDLSDDRVQLMQDRPGSGAAVSGYSRAS
QVATISVLINSQSLKNFIPTLKTYKEKSKLVLQVNTYERDSELNLKSGFTSILDAANQLE
NYTILLSATAQDIVNNSQLAYEIPGNVIHAFDGIYAAREKSALDQVKPPSTAVTFHSASP
VTKALVVPASDISNALLSSLDSSYGLVVIHKLRPLSMKALSDSIPSSIENLLVYNEEKAQ
GVLLNDVVSAVFNAQRKIKVNAFSDITPFLSSQEATSKSCVFVEQPDQVSADLVGSLFSQ
NKQLSTKIQTAYDHFIGQTGLALSHIKIGKEVQESALTLPTESSVDFLNVNISSLKATNV
FEYVKKGGIVLLDGPLQSPEEVPAKLPYADKKTIIEKGIRVWAVDSAAISEEHQSVATLI
AFLLLFTSSVPRLPESIKSLVRAFLPDVTNLDSIIENTEESLYEAIVDESSWLALQPGKE
IKPDNRLVGISFNGLSQTAVGTKEEQLNDKVKAIKGSWVEPAWQLLFNESFTTGEDVYER
PLATLKPSLPEDTYLVTVKETRRLTPDDYDRNVFHISFDTNGTDLKYEIGEALGVYGHND
INEVKDFLSWYGLPENGVINVQHDNGKVETRSVLQVFQQDIDIFGKPPKSFLASLEEYAT
SREEQRALRFISSAEGSSTFKKLSEIDTLTYADVLRKFPTAKPPVEELIHLIGEIHPRHY
SIASANAVVGNQVDLLIVTVEWATPSGSPRYGQCTRYLAGLEVGTKVAVSIKPSVMKLPE
RDDAPIIMAGLGTGAAPFRAFIQYRAWQREQGIDVGPLVYYFGSRYRSAEYLYGEELEAY
LSAGVLTHMGLAFSRDGKGKVYIQHKMMEDKKILHKMLSRKSEGGDEGSFFLCGPTWPVP
DVYEALCGSYIEAGGKTREDAENSIEDMKEDERYVLEVY
NT seq 3000 nt   +upstreamnt  +downstreamnt
atgccaggttcactcaacccaccaatcagttcagaaggtccatcagctattgcccaaccg
attagtcaacaacgcgacaagttcgaaaagatgccatcaatcgtcgattcaggtatcggt
acaccagtttcatctgagcagtcactttctcctcagaattcaaacaaagctggtcaatcc
atcttaaaatcagctttaaacgcagtagaatacaacgtttcagccaacagcaacagtatc
ttcctctacgattcagctagatacgacggtttcggtcaggacctctcggacgatagagtg
caattaatgcaggatagaccaggctcaggtgcagcagtgtccggttactcaagagccagc
caggttgccaccatctcagtcttgatcaacagtcaatctttgaaaaacttcattccaact
ctcaagacatacaaagaaaagtcaaagttggtcttgcaagtgaacacttatgaaagagac
tctgagcttaacctcaagagtggcttcacttcaatccttgatgctgctaatcaacttgag
aactacacaattttgttatcagctacagctcaagacattgtcaacaactctcaactcgct
tacgagattcctggaaatgtcattcatgctttcgatggtatttatgcagccagagagaaa
tcagcgcttgatcaagtcaaaccaccaagcactgctgttactttccacagcgcatcacca
gtcacaaaggcattggttgttccagcttctgacatttcaaacgccttactcagtagttta
gacagctcatacggtttggtcgtcattcacaagcttcgtccactcagtatgaaagctctt
agcgacagtatcccatcgtcaattgagaatcttttggtttacaatgaagagaaagctcaa
ggcgttttacttaacgatgtcgtctctgctgttttcaatgctcaacgtaagatcaaggtt
aatgcattcagtgatatcactccgtttttgagttcacaagaagctacatcaaagtcttgc
gtatttgttgaacagcctgatcaagttagtgctgatttggttggctcattattctctcaa
aacaagcaactctcaactaaaattcaaacagcttatgatcatttcattggccaaactgga
ttagctttgtcacacattaaaattggcaaagaagtacaggagtctgctttaactttacca
acggagtcttcagttgacttcctcaacgttaatatttcttcattgaaggcaacaaacgtt
ttcgaatatgttaagaaaggtggtatcgtcttgctcgatggtccacttcaatcacctgag
gaagtgccagctaaattgccgtatgctgacaagaagacaatcattgagaagggtatcaga
gtttgggctgttgattcagccgcaatttcagaagagcaccaatcagttgcaactttgata
gcattcttattgttattcacatcctctgtaccaagattaccagaatctatcaagagtctc
gttagagccttccttccagacgttactaatcttgattcaatcatcgaaaacaccgaggaa
tcactttatgaagccattgtcgatgaatcatcatggttagctcttcaaccaggcaaagaa
atcaagccagacaacagattagtcggtatcagcttcaacggactttctcagactgccgtc
ggcacgaaagaggaacaacttaatgacaaggttaaagcaatcaagggtagctgggttgaa
ccagcctggcaattactcttcaatgagtctttcactactggtgaagacgtttatgagaga
ccgttggcaactctcaagccgtcccttccagaagacacctacttagttacagtcaaagaa
acacgcagattaactccagatgactacgacagaaatgtcttccacatctcatttgacacc
aatggcaccgatttgaagtacgaaattggtgaagctttaggtgtatacggacacaacgac
atcaatgaagtcaaggacttccttagttggtatggcttaccagagaatggtgttatcaac
gtccaacatgacaatggaaaggttgaaacaagatccgtcttacaagttttccaacaagat
atagacattttcggtaaaccaccaaaatcattccttgcttcacttgaagagtacgctact
agcagagaggagcaacgcgcattgaggttcattagctcagcagaaggatcatctacattc
aagaagttgtctgaaattgatacacttacatatgcagatgttctcagaaagttcccaact
gctaagccaccagtagaagaactcatccacctcatcggtgaaattcatccaaggcattac
tctattgcttcagcgaacgccgtcgttggtaaccaagtagaccttctcatcgttactgtt
gaatgggcaacaccatcaggatcaccacgttacggtcaatgtactcgttatctcgcaggt
ttggaagttggaacaaaggttgcagtatctatcaaaccatcagttatgaaacttccagaa
agagatgatgcaccaattattatggctggtttgggtactggtgctgcaccattcagagcc
ttcattcaataccgtgcatggcaacgcgagcaaggtattgatgttggtccactcgtttac
tactttggtagcagatacagatcagctgagtatctttacggagaagaactcgaagcctac
ctttccgctggtgtacttacccacatgggtcttgcattctcacgtgatggtaaaggaaag
gtgtacatccaacacaagatgatggaagataagaagattcttcacaagatgctttcaagg
aaatcggaaggtggtgatgaaggttcattcttcctttgtggtccaacatggccagttcca
gatgtctatgaagccctttgtggaagttacattgaggctggtggaaagacacgcgaggat
gcagagaactccattgaagatatgaaggaagatgagagatacgttctcgaagtctactag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (64)   

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