Solobacterium moorei: RGT18_19810
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Entry
RGT18_19810 CDS
T09707
Symbol
adhE
Name
(GenBank) bifunctional acetaldehyde-CoA/alcohol dehydrogenase
KO
K04072
acetaldehyde dehydrogenase / alcohol dehydrogenase [EC:
1.2.1.10
1.1.1.1
]
Organism
smoe
Solobacterium moorei
Pathway
smoe00010
Glycolysis / Gluconeogenesis
smoe00620
Pyruvate metabolism
smoe00625
Chloroalkane and chloroalkene degradation
smoe00626
Naphthalene degradation
smoe00650
Butanoate metabolism
smoe01100
Metabolic pathways
smoe01110
Biosynthesis of secondary metabolites
smoe01120
Microbial metabolism in diverse environments
smoe01220
Degradation of aromatic compounds
Brite
KEGG Orthology (KO) [BR:
smoe00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
RGT18_19810 (adhE)
00620 Pyruvate metabolism
RGT18_19810 (adhE)
00650 Butanoate metabolism
RGT18_19810 (adhE)
09103 Lipid metabolism
00071 Fatty acid degradation
RGT18_19810 (adhE)
09105 Amino acid metabolism
00350 Tyrosine metabolism
RGT18_19810 (adhE)
09111 Xenobiotics biodegradation and metabolism
00625 Chloroalkane and chloroalkene degradation
RGT18_19810 (adhE)
00626 Naphthalene degradation
RGT18_19810 (adhE)
Enzymes [BR:
smoe01000
]
1. Oxidoreductases
1.1 Acting on the CH-OH group of donors
1.1.1 With NAD+ or NADP+ as acceptor
1.1.1.1 alcohol dehydrogenase
RGT18_19810 (adhE)
1.2 Acting on the aldehyde or oxo group of donors
1.2.1 With NAD+ or NADP+ as acceptor
1.2.1.10 acetaldehyde dehydrogenase (acetylating)
RGT18_19810 (adhE)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
ADH_Fe_C
Fe-ADH
Aldedh
Fe-ADH_2
Motif
Other DBs
NCBI-ProteinID:
BET22393
LinkDB
All DBs
Position
1974949..1977609
Genome browser
AA seq
886 aa
AA seq
DB search
MAVKKKETKVNTAPVEVRVKEVDEKVALALKALDDYATFDQEKIDYIVAKCTVAALDQHG
TLAKAAVDETGRGVFEDKATKNLFACEYMVNYLRDLKTVGIISEDPVTGITEVAEPVGVV
AGLTPVTNPTSTAIFKSLLALKTRNPIIFAFHPNAQKCSSEAARIVYEAALKAGAPENCI
QWIEHPSMDATNALMNHPGVSTILATGGNAMVKAAYSCGKPALGVGAGNAPAYIETTADI
KQAVNDIAMSKAFDNGMICASEQTVIVDENIYEDVKAEFKHYNVHFCSPKEKKLLETYMF
GYTAHSKGVENAKLNGAVAGKPAAWIAEQAGFKVDPQTSILIAELEKPGVEEPLSREKLS
PVLAMEKASSVEDGFDKAEATVMLNGVGHTAAIHTRSAELAKKFGERIKACRLIWNSPTT
FGGIGNIYNSFIPSLTLGCGSYGHNSVSGNVSAINLINIKKIGKRRNTMQWFKIPSKIYI
EQNSITYLRDMREINRAFIVTDRTMVDLGYVSRITEQLAARKNKVQVQLFCDVEPDPSLQ
TVKKGWELMQAFKPDTIIALGGGSSMDAAKGMWLFYEHPEVDFADLKQKFMDIRKRAFQY
PELGKKSHLVCIPTTSGTGSEVSPFAVITDKVNKLKYPLADYSLTPTVAIVDPALVMSLP
AQVTADSGMDVLTHACEAYVSVMATDYTDALALKAVQMVFEYLPRAVHYGAKDKEAREKM
HNASTMAGMAFANAYLGMCHSMAHKIGAEFHTVHGRTCGTLLPYVIRYNGTKPEKPGLWP
KYQYYNADERYCQLAHAIGLKFNTVQEGVEKFAKAVHDLGVEVGMAMNFKSQNVDKKEWE
ENLEKLAYLSYEDQCSPANPRVPMIKDMIELMRAAYEGTEIHYEQH
NT seq
2661 nt
NT seq
+upstream
nt +downstream
nt
atggcagtcaaaaagaaagaaacaaaagtaaacacagcccctgtggaagttcgtgtcaaa
gaagtagacgaaaaagttgcccttgcattaaaggcacttgatgactacgcaacatttgac
caagaaaaaatcgactatattgttgcaaagtgcacagtagcggcacttgatcagcacggt
acattagctaaggcagcagttgacgaaacaggacgtggtgtattcgaagacaaagcaaca
aagaacttatttgcttgcgaatacatggtgaactacctacgtgatctaaagacagttggt
atcattagtgaagaccctgttacaggtattacagaggtagcggaaccagttggtgttgtt
gcaggcttaacaccagtaacaaaccctacttcaacagcaatcttcaagagtttacttgca
ttaaagacaagaaaccctatcatctttgcattccatccaaatgcgcagaagtgctcatct
gaagcagctcgtatcgtatatgaagcagctttaaaggctggtgctcccgaaaactgcatc
cagtggattgaacatccatccatggacgcaacaaacgcactcatgaatcatccaggtgta
tctacaattctcgcaaccggtggtaacgcaatggttaaggccgcttacagctgtggtaaa
cctgcattaggtgtaggtgctggtaacgctcctgcatatatcgaaacaactgcagatatc
aagcaagcagttaacgacatcgcgatgtccaaggcattcgataacggtatgatctgtgca
agtgaacagacagttatcgttgacgaaaatatttacgaagatgttaaggcagaattcaaa
cactataatgtacatttctgctcacctaaagaaaagaaattactcgaaacatacatgttt
ggatatacagctcactccaagggtgtagaaaatgcaaagttaaacggtgctgttgctggt
aagccagctgcttggatcgctgaacaagcaggtttcaaagtagatcctcaaacatctatc
ttgattgctgaattagaaaagccaggtgttgaagaaccactatctcgtgaaaaactatca
cctgtactcgcaatggaaaaagcaagttctgttgaagatggatttgataaagcagaagct
actgtaatgttaaacggtgttggacatacagctgcgattcatacacgttccgcagaatta
gcaaagaagtttggcgaacgcatcaaggcttgtcgtttaatttggaactcccctactaca
ttcggtggtatcggtaatatttataactcctttattccatcattaacacttggttgtgga
tcttatggtcataactcagtatctggtaacgttagtgcaattaatttgattaacatcaag
aagataggtaaaaggagaaatacaatgcagtggttcaagattccaagcaagatttatatt
gaacaaaattccatcacatacttacgcgacatgcgtgaaatcaatcgtgcattcatcgtt
acagaccgtacaatggttgatttaggctatgtatcaagaattactgaacagttagcagct
cgtaagaataaggtacaggttcaattattctgtgacgttgaaccagatccatccttacaa
acagttaagaagggttgggaattaatgcaggccttcaagccagacacaatcatcgcatta
ggtggtggttcctcaatggacgctgctaagggcatgtggttattctacgaacatccagaa
gttgacttcgctgacttgaagcagaagttcatggacattcgtaagcgtgcattccagtat
cctgaattaggtaagaagtcacacttagtatgtatccctactacatcaggtacaggttct
gaagtctcaccattcgcagttattactgataaggtaaacaaactcaagtatccattagct
gactattcattaacaccaacagtcgctatcgttgacccagcccttgtaatgagcttacct
gcacaggttacagctgactccggtatggacgtattaacacacgcatgtgaagcatacgta
tctgtaatggctactgactacacagacgctcttgcattaaaggctgttcagatggtattc
gaatacttaccaagagctgtacactatggtgcgaaggataaagaagctcgtgagaagatg
cataacgcttccacaatggctggtatggcattcgctaacgcttacttaggtatgtgccac
tctatggctcataagatcggtgctgaattccatacagtacacggacgtacttgcggtaca
ttattaccatacgtcatccgttacaacggcacaaaaccagaaaaaccaggtctatggcct
aagtaccaatactacaacgctgatgaacgctactgccaattagctcacgctatcggcctc
aagttcaacacagtacaagaaggtgtcgaaaagtttgctaaggcagttcacgatttaggt
gttgaagttggcatggcaatgaacttcaagtcacaaaatgttgataagaaagaatgggaa
gaaaacttagagaagttagcttacctctcatatgaagaccaatgttctccggcaaaccca
cgtgttccaatgatcaaggatatgatcgaattaatgcgtgcagcttacgaaggaacagaa
attcattacgaacaacactaa
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