KEGG   Thermocrinis albus: Thal_1111
Entry
Thal_1111         CDS       T01179                                 
Name
(GenBank) adenylylsulfate reductase, thioredoxin dependent
  KO
K00366  ferredoxin-nitrite reductase [EC:1.7.7.1]
Organism
tal  Thermocrinis albus
Pathway
tal00910  Nitrogen metabolism
tal01100  Metabolic pathways
tal01120  Microbial metabolism in diverse environments
Module
tal_M00531  Assimilatory nitrate reduction, nitrate => ammonia
tal_M00615  Nitrate assimilation
Brite
KEGG Orthology (KO) [BR:tal00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    Thal_1111
Enzymes [BR:tal01000]
 1. Oxidoreductases
  1.7  Acting on other nitrogenous compounds as donors
   1.7.7  With an iron-sulfur protein as acceptor
    1.7.7.1  ferredoxin---nitrite reductase
     Thal_1111
SSDB
Motif
Pfam: PAPS_reduct NIR_SIR NIR_SIR_ferr ThiS Urm1 DGC
Other DBs
NCBI-ProteinID: ADC89743
UniProt: D3SLW3
Position
1043473..1046127
AA seq 884 aa
MVSREVLEKNPREALKMEKHPLDILEELPRMIEKGYEGVPEEDLVRLQWYGLYHDKPRVG
YFLLRVRIPGGILTPSQLRVLGELATSFNNYAELTMRQDLQLHYIRLEHLPEVLETLKEV
GLFPVGACGDTVRNITCCPVAGHQREELEDVRPILHTLESIFHDPSRREHFNLPRKFKIT
VTACPYHCSMPEMHDLAFVGTVKDREFGFAVWVGGGLSSTPRIARKLGIFIPPDKVGEVA
EAVVSMWSQDPENRKSFVKARIKYFVDRLGVERFKEELLKRLSFVPEPLTEEPRPVARFF
HTGIRKQKEEGFYYVGVPVLAGRVRGDQLLRLAELTERLDLSVRITQRQNLLLLNVAENH
LGTVLEKLKEIGFDMDSGETRSVSVACTSDPFCNYSVGAAKEALIELLQYLEGELGKLEG
LTIGVDGCPHACAHHWLNDIGLQATHLRQPDGSVETTYNLVLRGGYGKEASIGKIVLKKV
PFVDLKVFIKNLVAAYKRSGLSSFHEFINSYTDEELIEIMKGENKARQDEGKVRVRIFGP
LTRFSGGLSEIELPPGTLREILRHLETELEGFRGRLLDENGKLKPFVKVFLNDEDIAFLP
DGLNTTVREGDEIMLYPALAGGAPPLDETEVHELAIEFEDKTAHDVLRWAIENLHPRLYI
AWSGQVEDMVLLDMAWRINPAVRVFTVDTGRLHEETYRLMEEVYERYGVRIEVYFPEPSD
VEKMVKEHGVNLFYRSVELRHLCCYVRKVKPLLRALSQVDGWVTGLRREQWASRHNIMKL
EVDHDHGQIVKVNPLADWTEREVWQYIRENSVPYNQLYSRGYRSIGCEPCTRPVAPFEDP
RAGRWWWEKDAPKECGMHCSIETGGFEKIADKLIREDKHGYKGS
NT seq 2655 nt   +upstreamnt  +downstreamnt
atggtaagtagggaagtactggagaagaaccctagggaggctttgaaaatggagaaacat
cctctggacatcctagaggagcttcccagaatgatagagaaggggtacgaaggtgtaccc
gaagaggatcttgtcagacttcagtggtacgggctttatcatgacaaacctcgtgtaggc
tactttctgctgagagttagaatacctggagggattctcacgccttcccagttgagggtt
ttgggagaacttgccactagctttaacaactacgctgaacttaccatgagacaagatctt
cagctccattacatacgtctcgaacatctacctgaggtgctggagacattaaaggaagtg
ggtcttttccccgtgggagcctgtggagatactgttcgcaacataacgtgttgcccagtg
gccggacatcagagggaggagttagaagacgtgagacctattctacacacattggagagt
atcttccatgatccttcccgtagagaacactttaaccttcccaggaagttcaaaataaca
gtaacggcgtgtccttaccattgcagcatgccagagatgcacgatcttgcttttgtagga
actgtaaaggatagggaatttggctttgctgtatgggttggtggaggactatcctccaca
cctagaatagccagaaaactgggaatttttatcccaccagataaggtaggtgaggtggcc
gaagcggttgtcagtatgtggagtcaggatcctgagaacaggaaatcttttgtgaaagca
cggataaagtattttgtggacaggcttggtgtcgaaaggtttaaagaggaactcctcaaa
agactatcctttgtaccagagcccctgacggaggagcccaggcccgtagcccgtttcttt
catacaggtatcagaaaacagaaggaagaaggtttttactacgtgggtgttcctgtgctg
gcggggagggtgaggggggaccagttacttaggctagcagaactgacggagagattggac
ctttccgttagaataacccagagacagaatcttcttttacttaacgtagcggaaaatcac
ttagggaccgtcctggaaaaactgaaggagataggcttcgacatggattctggtgaaacc
aggagtgtttctgtggcatgtaccagtgatcctttctgcaactactcggtgggagctgca
aaggaagcgctaatagaacttcttcagtatctggaaggagagctaggtaagttggaaggc
ctgacaataggcgtagatggttgtccccacgcgtgtgcccatcactggttgaatgacata
ggacttcaggccactcatctgaggcaaccggacggttctgtggaaaccacctacaacttg
gtactgaggggaggttacggtaaagaagcgagcataggcaagatagtacttaaaaaggtt
ccttttgtggacctgaaggtgtttataaagaaccttgtagcggcctataagagatcggga
ctttcctctttccacgagtttatcaacagttacaccgacgaggagcttatagagatcatg
aagggagaaaataaagcacggcaggacgaggggaaagttagggtcaggatatttggtccc
ctcacgcgtttttccggtggcttatctgagatagagctgcctcctggtaccttaagggag
atcttgcgccacctagagacagaactggaaggtttcaggggaagacttctggatgagaac
ggtaaactcaaaccctttgtgaaagtgtttctgaacgatgaagacatcgccttcttacct
gacggtctgaacactaccgttagggaaggggatgagatcatgctgtaccctgctttagct
ggtggcgcaccgccgcttgatgaaactgaagttcacgaactggccatagagtttgaggac
aaaacagcccatgatgtactgcgctgggccatagaaaatctccatcccagactttacata
gcatggagtggacaggtggaggatatggtcttgttggatatggcgtggagaataaatccg
gcagtacgtgtgttcaccgtggatacaggtagattacacgaagaaacctaccggttgatg
gaggaagtatacgaaagatatggtgtaaggattgaggtctactttccagaaccgtccgat
gtggagaaaatggtgaaagaacacggcgttaatctcttctatcgctccgtagagctaaga
cacctgtgctgttatgtaagaaaggtaaaacccctgctgagggctctgtctcaggtggac
ggatgggttacaggtctcagaagagagcaatgggccagtaggcataacatcatgaagcta
gaagttgaccatgaccatggccagatcgtaaaggtcaacccattagccgattggacagag
agggaggtatggcagtacatcagagaaaactctgtaccctacaaccagctctattctaga
ggttacagaagcataggttgtgagccgtgcacgagaccagtagccccctttgaagatccg
agagctggtagatggtggtgggaaaaggacgctccaaaagagtgtggtatgcactgcagt
atagagaccggaggctttgagaagatagccgacaaactgataagggaggacaagcatggc
tataagggttcttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (23)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (48)   

Download RDF
DBGET integrated database retrieval system