KEGG   Chloroflexus aggregans: Cagg_3394
Entry
Cagg_3394         CDS       T00824                                 
Name
(GenBank) AMP-dependent synthetase and ligase
  KO
K14469  acrylyl-CoA reductase (NADPH) / 3-hydroxypropionyl-CoA dehydratase / 3-hydroxypropionyl-CoA synthetase [EC:1.3.1.84 4.2.1.116 6.2.1.36]
Organism
cag  Chloroflexus aggregans
Pathway
cag00720  Carbon fixation pathways in prokaryotes
cag01100  Metabolic pathways
cag01120  Microbial metabolism in diverse environments
cag01200  Carbon metabolism
Module
cag_M00376  3-Hydroxypropionate bi-cycle
cag_M00613  Anoxygenic photosynthesis in green nonsulfur bacteria
Brite
KEGG Orthology (KO) [BR:cag00001]
 09100 Metabolism
  09102 Energy metabolism
   00720 Carbon fixation pathways in prokaryotes
    Cagg_3394
Enzymes [BR:cag01000]
 1. Oxidoreductases
  1.3  Acting on the CH-CH group of donors
   1.3.1  With NAD+ or NADP+ as acceptor
    1.3.1.84  acrylyl-CoA reductase (NADPH)
     Cagg_3394
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.1  Hydro-lyases
    4.2.1.116  3-hydroxypropionyl-CoA dehydratase
     Cagg_3394
 6. Ligases
  6.2  Forming carbon-sulfur bonds
   6.2.1  Acid-thiol ligases
    6.2.1.36  3-hydroxypropionyl-CoA synthase
     Cagg_3394
SSDB
Motif
Pfam: AMP-binding ECH_1 ECH_2 AMP-binding_C ADH_zinc_N ACAS_N ADH_zinc_N_2
Other DBs
NCBI-ProteinID: ACL26238
UniProt: B8G8W3
Position
4115849..4121320
AA seq 1823 aa
MIDTAPPAPSRAPRSNPIRDRVDWETQRAAALANPGAFHGAIARTVIHWYDPKHNCWIRF
DESSQRWEGLDAATGAPVTVDYPADYQPWQQAFDDSEAPFYRWFYGGLTNACFNEVDRHV
MMGYGDEVAYYFEGDRWDNSLNNGRGGPVVQETITRRRLLVEVVKAAQVLRDLGLKKGDR
IALNMPNIMPQIYYTEAAKRLGIIYTPVFGGFSDKTLSDRIHNAGARVVITSDGAYRNAQ
VVPYKEAYTDQALDKYVPVETVRRIVAETLTTLPLRDDQRQKIIDEVESVLSGEITIERS
DVMRGVGAALAQIRDLDAATQANVRTVLAQALVASPPRVEAVIVVRHTGQDILWNADRDR
WSHELLEAALAKILANARAIGIDVHSEADLLKLPDDQLIRALYASVPCEPVDAEYPMFII
YTSGSTGKPKGVIHVHGGYVSGVVHTLRVSFDAEPGDTIYVIADPGWITGQSYMLTATMA
GRLTGIIAEGSPLFPSSGRYASIIERYGVQIFKAGVTFLKTVMSNPQNIEDVRLYNMSSL
RVATFCAEPVSPAVQQFGMQIMTPQYINSYWATEHGGIVWTHFYGNNDFPLRPDAHTYPL
PWVAGDVWVAETDESGNVRYRVADYEEKGEIVITAPYPYLTRTIWGDVPGFEAYLRGEIP
LKAWKGDAERFIKTYWRRGPHGEWGYIQGDFAMKYPDGSFTLHGRSDDVINVSGHRMGTE
EIEGAILRDRQITPDSPVGNCIVVGAPHREKGLTPVAFIQPAPGRRLTAADRRRLDELVR
TEKGAVSVPEDYIEVSAFPETRSGKYMRRFLRNMMLDEPLGDTTTLRNPEVLEEIAAKIA
EWKRKQRLAEEQQIIERYRYFRIEYHPPAASAGKLAVVTVTNPPVNALNERALDELNTIV
DHLSRRNDVAAIVFTGQGAKSFVAGADIRQLLEEIHTVEEAMALPNNAHLAFRKIERMNK
PCIAAINGVALGGGLEFAMACHYRVADVYAEFGQPEINLRLLPGYGGTQRLPRLLHRRSN
GTGLLRALEMILGGRSVPADEALELGLIDAIATGDADALMLACSLAREAIASDGTLREDA
AVTKAFRQRHAQLEEWRKPDPHFTDDQLRSIIAHPRIERIIKQAHTVGRDVAVHRALDAI
RYGFIHGFEAGLEHEAKLFAEAVVDPNGGKRGIREFLDRHSAPLPTRRPLISREQEQLLL
EQKELLPIGSPFFPGVDRIPKWQYAQAFIRDPETGAAMHGDPIVAEKQIIIPVERPRANQ
ALIYVLASEVNFNDIWAITGIPVSRFDEHDRDWHVTGSGGIGLVVALGEEARREGRLKIG
DLVAIYSGQTDLLSPLMGLDPMAADFVIQGNDTPDGSHQQFMVAQAPQCMPVLPDMTLEA
AGSYILNLGTIYRALFTTLRVQPGRTIFIEGAATGTGLDAVRTAARNGLNVIGMVSSPSR
AATVLSAGGKGAINRKDPAIANCFTRVPEDPSEWAAWEAAGHPLLEMFRAQNGGRLADYV
VSHAGETAFPRSFQLLGEPHDGHIPTLTFYGASSGYHFTFIGKPGAASPTEMLRRAGLRA
GEGVLIYYGVGSPELIDGAGLEAIEAARLMGARIVVVTASDAQREFVLSLGFGAALRGVI
SITELKRRFGDEFDWPKTMPPLPDSRKDPQGLKEAVRRFNDLTFKPIGSAVGGFLRTPDN
PRGYPDLIIERAGHDALAVSAMLIKPFTGRIVYFEDIGGRRYSFFAPQIWVRQRRIYMPT
AQIFGTHLSNAYEIVRMNEEISAGLITITEPAVVPWDQLPEAHQAMWENRHTAATYVVNH
ALPRLGIKTKDELYEAWTAADRE
NT seq 5472 nt   +upstreamnt  +downstreamnt
atgatcgacactgcgccccccgccccctcacgggcgccccgttccaacccaatacgggat
cgtgttgattgggaaacccagcgtgcagcagcgcttgctaatcccggcgcgtttcatggc
gccattgcccgcacggtaatccattggtacgatccgaagcacaattgctggatccgcttc
gatgagagtagccagcgttgggaaggtctcgatgctgcgaccggtgcgccggtcacggtc
gattatcccgccgactatcagccgtggcagcaggcttttgacgatagtgaagctccattc
taccgctggttttatggtggtctgacgaatgcctgcttcaacgaggttgatcggcacgtc
atgatgggctacggcgacgaggtcgcctactattttgaaggcgaccgttgggataactcg
ctcaacaacgggcgtggtgggccggttgtgcaagagacgattacccggcgacgcttgctg
gttgaggtggtgaaggctgcgcaggtgttgcgcgatcttggtctcaaaaagggtgaccgg
attgcgctgaatatgcccaatattatgccgcaaatttactataccgaagcggcgaagcgt
ttgggcattatttacacaccggtcttcggtggattctccgataaaaccctctcagatcgt
atccataatgccggtgcgcgggtcgtgatcacctctgacggtgcgtaccgcaatgcacaa
gttgttccgtacaaagaggcgtataccgatcaggcccttgataaatatgtgccggttgaa
acagttcgccgcattgttgccgaaacactgacgaccctaccgttgcgtgatgaccagcgc
cagaagattattgatgaagttgagtcggttctttccggtgaaattaccatcgagcgttcc
gatgtgatgcgtggcgttggtgcggcactggctcagatacgtgatctcgatgcggcaacg
caggctaacgtgcgtaccgtgttggcgcaagcgctggtcgcttcgccaccccgcgtcgaa
gcggtaattgtggtacgccataccggccaggatattctgtggaatgccgatcgtgatcgc
tggagccacgagctgttagaagcggcacttgcgaaaatcttggcgaacgcgcgtgctatc
ggcatcgatgtgcatagcgaagccgatctgctcaagttgcccgacgatcaactcatccgt
gcgctgtatgcgagtgtgccgtgtgaaccggttgatgccgagtacccgatgtttatcatc
tatacctcggggagtaccggcaaacccaagggagtcatccacgttcacggcgggtatgtg
tccggtgtggtgcatacgttgcgggtaagctttgacgctgagccgggtgacacgatctac
gtcatcgccgatccgggctggatcaccggtcagagttatatgcttacggcgacgatggcc
ggtcgcttgaccgggattatcgctgaaggttcgccgctcttcccatcgtcagggcggtat
gccagcattattgaacggtacggggtgcagatcttcaaagccggcgtcaccttcctcaag
acggtgatgtcaaatccccaaaatatcgaggacgttcgcctttacaatatgtcttcgctg
cgggttgcaaccttctgcgctgagccggtgagtccggctgtacagcagtttggtatgcag
attatgaccccgcagtatatcaattcgtactgggcgaccgagcatggcgggattgtgtgg
acccacttctatgggaataacgacttcccactccgccccgatgcacatacgtacccgctg
ccgtgggtggccggtgatgtatgggtagccgagaccgacgagagcgggaatgtgcggtat
cgggtggccgattatgaggagaagggtgaaattgtcatcaccgcaccgtatccctacctc
acgcgcacaatctggggtgatgtacccggctttgaggcgtatttgcgcggtgaaatcccg
ctgaaggcgtggaagggtgatgccgagcggtttattaagacgtactggcggcgcgggccg
catggtgagtgggggtacattcagggcgattttgctatgaagtacccggatggcagcttc
acgttgcatggccgctcggacgacgtgatcaacgtgtcgggccaccgaatgggtaccgag
gagatcgagggcgcgatcctgcgtgaccgccagattacgcccgattcgccggtcgggaac
tgtatcgttgtcggtgccccccatcgtgaaaaggggctgacaccggttgccttcatccag
cccgcaccggggcgacggttgacggctgccgatcgccggcgactcgacgagctggtgcgt
accgagaagggtgcggtgagtgtgcccgaagattatatcgaggtcagcgcgtttcccgag
acacgcagcggtaagtatatgcgccgcttcttgcgcaatatgatgctcgatgagccgctt
ggtgatacgacgacgctgcggaaccctgaggtgctcgaagagattgcagccaagatcgct
gagtggaagcgcaagcagcgtctggccgaagaacagcagattatcgagcgctaccgctac
ttccgcattgagtaccatccacctgccgcaagtgccggcaaactggcggtggtgacggtg
acgaacccgccggtcaatgcgctgaatgagcgcgcactcgatgagttgaatacgatcgtt
gatcacctgagccggcggaatgatgttgcggcgattgtgtttaccggccagggtgccaag
agctttgtggccggtgctgatattcgtcagttgctcgaagagatccacacggtcgaagag
gcaatggcgctccccaataatgcgcacctcgccttccgcaagatcgagcgcatgaacaag
ccttgcattgccgcgattaacggtgtagcgctcggtggtggtctggagtttgcaatggct
tgtcactaccgtgtggccgatgtatacgccgaattcggtcagcctgaaatcaatctgcgc
ttgctacccggttacggcggtacccaacgcttgccacgcttgctccaccggcggagcaac
ggtaccggtttgctccgtgcgcttgagatgattctgggcggccgcagtgtgcctgcggat
gaggcgcttgagctgggcttgatcgacgctatcgccaccggtgatgccgatgcgttgatg
ctggcctgctcattggcccgcgaggcaattgcttctgatggtacgttacgtgaagatgcc
gctgtgaccaaggcgttccggcagcgccacgcgcaactcgaagagtggcgcaagcccgat
ccgcattttaccgatgaccaattgcgctcgatcattgcccatccgcgcatcgagcggatt
attaagcaggctcatacggttgggcgtgatgtggcggtacatcgtgcgcttgatgcgatc
cgctacggtttcatccacggctttgaggctggccttgagcacgaggcgaagttgtttgcc
gaagcagtggtcgatccgaacggcggtaagcgtggtatccgcgagttcctcgatcgccat
agcgcgccattgccgacgcgccggccattgattagccgtgaacaggagcaactgttgctg
gagcagaaagagctgttgccgattggatcgcccttcttccccggtgtggaccggattccg
aagtggcagtacgcgcaggcctttatccgtgatccggagaccggcgctgcgatgcacggc
gatccgatagtcgccgagaagcagattatcattccggtcgagcgaccacgtgcgaatcag
gccctgatctatgtgctggcctctgaggtcaactttaacgatatttgggcgattaccggt
attccggtttcgcgcttcgatgagcacgaccgcgattggcacgtgaccgggtcgggtgga
attggtttggtggtggcccttggtgaagaggcacgtcgcgaaggtcgcttgaagatcggt
gatctggtggcaatttattcgggccagaccgatttgctctcaccgctcatgggtctcgat
ccaatggcggccgatttcgtcattcaggggaacgatacgcccgacggttcgcaccagcag
tttatggttgcccaagcgccgcagtgtatgccggtgctgccggatatgacgcttgaggct
gccggtagctacatcctgaacctcggtaccatctatcgtgcgctctttacaacgctgcgg
gtgcaacccggtcgcacgatctttatcgagggtgccgcaaccggtaccggtcttgacgcg
gtgcggaccgcagcccgtaacggtttgaacgtgatcggtatggtcagttcgccgagtcgt
gcggcgacggtattgtcagccggtggtaaaggcgctattaaccgaaaggacccggcaatc
gccaattgctttacccgcgtgcccgaagacccgtcggaatgggccgcatgggaagccgcc
ggtcatccgctccttgagatgttccgtgcccagaacggtggtcgtttggccgattatgtg
gtctcgcacgccggcgagacggcgttcccgcgcagcttccagttgctcggcgagccacac
gacggtcatatcccgacgctgaccttctacggtgcgagtagtgggtatcactttaccttt
atcggcaagcccggtgctgcttcgccgaccgaaatgctgcggcgggccgggttgcgggcc
ggcgaaggtgtgttgatctactacggtgtcggaagccctgaattgatcgacggtgccggt
cttgaggcaatcgaggctgcccgcctcatgggcgctcggatcgtggtggtgacggccagt
gacgcacagcgcgagttcgttctctcactgggctttggcgctgccttgcgcggtgtgatc
agcattaccgaactgaagcggcggttcggtgatgagttcgattggccaaagacgatgcca
cccttgcccgactcacggaaggacccgcaaggcttgaaagaagcggtgcggcgctttaac
gatctcacgttcaagccaatcgggagcgctgtcggtgggttcttgcgcacacccgataac
ccgcgtgggtaccccgatttgatcatcgaacgtgccgggcacgacgcgctggcggtgagc
gctatgctgatcaagccgttcacgggtcggatcgtctacttcgaggatatcggtggtcgt
cgctactccttcttcgcgcctcagatttgggtacgtcaacgccgtatctacatgccgact
gcccagattttcggtacgcacctctcgaacgcttatgagattgtgcggatgaatgaggag
attagcgccggtctgattacgatcaccgaaccggcagtggtaccgtgggatcagttgccg
gaagctcatcaggcaatgtgggaaaaccgccataccgcggctacttacgtggtcaaccat
gccttgccacggcttgggattaagacgaaagacgagctgtacgaggcatggacggcagcc
gatcgtgaatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (12)   
   KEGG COMPOUND (12)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (7)   
   Pfam (7)   
All databases (37)   

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