Pseudoalteromonas flavipulchra: CTT31_17820
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Entry
CTT31_17820 CDS
T08529
Name
(GenBank) choline dehydrogenase
KO
K03333
cholesterol oxidase [EC:
1.1.3.6
]
Organism
pfli
Pseudoalteromonas flavipulchra
Pathway
pfli01120
Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:
pfli00001
]
09100 Metabolism
09111 Xenobiotics biodegradation and metabolism
00984 Steroid degradation
CTT31_17820
Enzymes [BR:
pfli01000
]
1. Oxidoreductases
1.1 Acting on the CH-OH group of donors
1.1.3 With oxygen as acceptor
1.1.3.6 cholesterol oxidase
CTT31_17820
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GMC_oxred_C
GMC_oxred_N
Abhydrolase_1
DAO
FAD_binding_2
FAD_oxidored
Pyr_redox_2
NAD_binding_8
FAD_binding_3
Fer4_6
GIDA
Pyr_redox
HI0933_like
Fer4_2
Fer4_9
Fer4_7
DUF4917
BLTP1_mid
Motif
Other DBs
NCBI-ProteinID:
USE70877
LinkDB
All DBs
Position
1:complement(4007099..4010524)
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AA seq
1141 aa
AA seq
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MKPISSPLAAIQPHYDVLVIGSGYGGSIAASRMARAGKSVCLLERGREFLTGEFPDTELE
AAGELQFNSQTGHKGSHLGLFDIHMHREQNVVVGCGLGGTSLINANVALPPVDAVLRDPV
WPHAIRDDEDGLLEEGFTRAREMLKPALYPEYYPTLNKLKAHQQSANALEAPFNKVPINV
CFATPEGGVNHVGVEQQACNNCGDCVSGCNFNAKNTTRMNYLPDAWNHGAEIFCQASVRY
LEKTDFGWRVFYQDMGTGAECFSAAPLFVEADLVILAAGTLGSNEILLRSQSRGLAISSQ
LGQHFTGNGDMLGFGYNCDTEIDGVGVGNLEPEGKAPTGPCITSAIDLREASERAQQMII
EEGSLPGAMAGVLPTALASAAGVIGLDTDHGFYDALEEQARVWQSQWRGAYHGAVKHTQT
YLVMSHDDSQGVITLEQDKLNIRWPELGSQPNFHHVSEKLLQATAALGGTYVKNPIWSPW
LNNRLVTVHPLGGCRLAETGSEGVVNHKGQVFTGESDACYDSLYVSDGAIIPTSLAVNPL
LTISALTERCCALIAKDRDWQIDYQLPSSRSRSAEPTTTGLAFTERMQGYFSRVVEPSTT
SLQTYLAAYQQGQETNQTLSFVLTVTSTDLEVMLTDPQHKAHISGRVECNLLSDKPLTVR
NGEFRLFERQAFPPNTRKMIYKMNLTAEDGKQYFFNAFKLIKDDPNSLDLWDDTTTLFVD
IHEGEDTQGAVCGHGIMKIAPIDFVTQLATIRVSHAESKAARLKVIARFGQFFAGTLYQS
YGSIFYQEKTHSGELVRKKRPLRAPTPEVYLFDTADHVQLSLTRYRGGDKGPVMLVHGLG
VASSIFSTDMIDTNLVEYLVANQYDVWLLDYRVSILLPAAAKQSNGDQVAKYDYPAAVNK
IRTITGADSIQAVVHCYGATTFFMSMLRGLSGVRSVVASQIAADVVVPMATKMKTGLHLP
SFLERLGVDSLTARVPEQSNGLASLYDKALGLYALAEAQGRCNNDSCHRVTFMYASLYRH
DQLTDLLHEHIDELFAEANIQTLEHLAAICRAGKLVDADGKDVYMPHINRLNVPTLFISG
ADNECYLPESTKKTYERLCLAFGDEQFTRKVIPNYAHIDCIFGRQADVDVFPHILNHLER
Y
NT seq
3426 nt
NT seq
+upstream
nt +downstream
nt
atgaaaccaatttcttcacctctggcggcaattcagccgcattacgatgtacttgttatt
ggtagtggttatggcggttctatcgctgcgtcacgcatggcgagagccggaaaatcagtc
tgcctacttgagcgagggcgcgagtttttaacgggagaatttccggataccgaattggag
gccgctggcgagttgcagtttaatagccaaacaggacacaagggctctcatttgggatta
tttgatattcatatgcaccgtgaacagaatgtcgtcgtcggttgtggtttaggtggcacc
tctcttatcaatgccaatgttgctttgcccccagtagatgcagtactgagagatccagta
tggccacacgcgattagagatgatgaggatggcttgttggaagagggattcacgcgggct
cgagagatgctgaaacctgccttataccctgaatattacccaactttgaataaactgaag
gctcaccagcagtcggcaaatgcattagaagctccctttaataaagtaccaatcaatgta
tgttttgcgacgcctgaaggtggcgttaaccatgtgggtgttgagcagcaagcatgtaat
aactgcggagactgtgtgtctggctgtaatttcaatgccaaaaataccactcgaatgaat
tacttaccggatgcttggaatcatggcgcagaaattttttgccaggccagtgtgcgctac
ttggagaaaaccgacttcggttggcgggtgttttaccaagacatgggaaccggcgcagag
tgcttttctgcagccccgttatttgttgaggcggatcttgtgattttggctgcaggcacg
ctgggcagtaatgaaattttattgcgtagccaaagtcgtggtttggctatctcttcgcaa
cttggtcagcattttactggtaatggcgatatgttgggttttggctataactgcgacacc
gaaatcgatggtgttggggttggtaatctagagccagaaggcaaagcgcctacaggacct
tgtatcaccagtgcaatcgatcttcgtgaagcgagcgaacgcgcgcaacaaatgattatt
gaagagggaagtttacccggcgccatggcgggagtgttaccaactgcgcttgcaagtgct
gcgggtgtaattgggctcgacacggatcacggtttttatgacgctttggaggagcaagcg
agagtatggcaaagccaatggcgaggcgcttatcatggtgcggtaaaacatactcaaacc
tacttagtaatgagccatgacgatagccaaggtgtcataactttagagcaagacaagttg
aacatccgttggccagagttaggatctcagcctaattttcatcatgtgagtgaaaagctg
cttcaagcgacagcggcgctcggtggcacctatgttaaaaacccaatttggtcaccgtgg
ttgaataatcgcttggttacagttcatcctttaggtggctgtcggcttgctgagacgggt
tccgaaggggtggtgaatcataaagggcaagtgtttacaggagagagtgatgcctgctac
gactcgctctatgtgtcagatggtgccatcattccaacgtcgcttgcggtcaatccgctg
cttacgataagtgcattgacggagcgctgctgtgcacttatcgccaaggaccgtgattgg
caaattgactatcaattgccatcaagccgctcccgtagcgctgagccgactacaacaggg
ttggcgtttacagagcgcatgcagggctattttagccgcgtggtagagccaagcactacc
tctttacaaacctacttggctgcctatcagcagggtcaagaaacaaaccaaacgctgtcg
tttgtattgacggtcacctcgacggatctagaggtgatgttgaccgacccacaacataaa
gcgcatatttcgggtcgcgttgagtgcaatctgctttctgataaaccactgaccgttcgc
aatggtgagtttcgtttgtttgagcgtcaggcctttcctccaaatactcggaagatgatc
tataaaatgaatttaacggcggaggatggcaagcagtacttctttaatgcctttaagtta
atcaaagacgaccctaactctctcgatctttgggatgatactacaaccttatttgttgat
attcatgaaggagaagatactcaaggggccgtatgtggtcacggtattatgaagatagcg
ccgattgattttgtgacgcagcttgccactattcgtgtaagtcatgccgagagtaaagcg
gctcgcttaaaagtcatcgcgcgctttgggcaattttttgcgggcacactatatcaaagt
tacggcagtattttttaccaagaaaaaacgcacagtggtgaattggtgcgcaaaaagcgg
ccgctaagggctccaacacctgaagtatacttgtttgatacagctgatcatgtgcagcta
tcgctgactcgttatcgtggcggtgacaagggcccagttatgttagtgcatggtctggga
gttgcttcgagtatcttttccaccgacatgattgataccaacttagtcgagtacctagtc
gctaaccaatatgacgtgtggctattggattatcgagtcagtattttgttgcctgctgcc
gcaaagcaatcaaatggcgatcaggtagcgaaatacgattacccagccgcggtgaacaag
atccgaaccatcacgggagcagatagtattcaggcggtggtgcattgttatggtgctacg
accttctttatgtctatgcttcgcggcctttcaggggttcgcagtgttgttgcatcacaa
attgcggcggacgtcgtggtaccgatggcaacaaaaatgaaaacaggtttacacctcccc
tcatttttagaaaggctgggcgtagactcgctaacggcgcgtgtaccagagcagagcaat
gggcttgcctctttgtatgataaggcgttaggcttgtacgcgctcgctgaagcacagggg
cgatgcaataatgacagctgccatcgcgtgacctttatgtacgcctccttataccgtcat
gatcagttaaccgatttgctgcatgagcatattgatgaactatttgccgaagccaatatt
caaaccctagagcaccttgctgcaatttgtcgcgcaggaaaactggttgatgcagatggc
aaggacgtttacatgccacacatcaaccgattaaacgtgccgacgctatttattagcggg
gcagataacgaatgctatttacctgagagcacgaaaaaaacttatgaacgtctttgtctt
gcctttggtgatgagcaatttacgcgtaaggtgatccccaattacgcgcacatagattgt
atctttgggcgtcaggctgatgtagatgtttttccacatattctcaatcatttagagcga
tattag
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