Candidatus Kuenenia stuttgartiensis: KSMBR1_1059
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Entry
KSMBR1_1059 CDS
T05435
Name
(GenBank) hypothetical protein
KO
K05343
maltose alpha-D-glucosyltransferase / alpha-amylase [EC:
5.4.99.16
3.2.1.1
]
Organism
kst
Candidatus Kuenenia stuttgartiensis
Pathway
kst00500
Starch and sucrose metabolism
kst01100
Metabolic pathways
kst01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
kst00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
KSMBR1_1059
Enzymes [BR:
kst01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.1 alpha-amylase
KSMBR1_1059
5. Isomerases
5.4 Intramolecular transferases
5.4.99 Transferring other groups
5.4.99.16 maltose alpha-D-glucosyltransferase
KSMBR1_1059
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Alpha-amylase
Malt_amylase_C
Mak_N_cap
Glyco_hydro_77
APH
EcKL
Motif
Other DBs
NCBI-ProteinID:
SOH03562
UniProt:
A0A2C9CCY3
LinkDB
All DBs
Position
MBR1:1133021..1136353
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AA seq
1110 aa
AA seq
DB search
MPPKEMLHAEEPLWYKDAIIYELHVKAFYDSNSDGIGDFKGVTEKLDYLENLGVTALWLL
PFYPSPLKDDGYDIADYFGIHPDYGTLRDFKLFIKEAHKRGLKVITELVLNHTSDQHKWF
HAARRPKQKSKMKDFYVWSDTSEKYKDARIIFKDFEHSNWTWDPVAKAYYWHRFYSHQPD
LNFTNPAVQKEMLRIIDYWIDMGVDGFRLDAVPYLFEKEGTNCENLPETHDFLKKLRAHV
ESTHNNVMLLAEANQWPEDAVVYFGNQDECHMSFHFPLMPRLFMSIWMEDRFPIIDIFDQ
TPLLPETCQWALFLRNHDELTLEMVTDEERDYMYQVYASDPVARINLGIRRRLAPLLGNN
RRKIELMNALLFSLPGTPIIYYGDEIGMGDNFYLGDRNGVRTPMQWNVDRNAGFSRVNPQ
KLYLPIVTDPEYHYEAINVENQEKNHASLLWWMKRVIAMRKRYKAFGRGSIEFLFPDNPK
VLAFIRHYQDEHILVVMNLSRFSQVVELDLSTFSDCTPEDVFSGNKFPKITKSPYVLTIN
RHDYFWFLIQKEAEELRLAKDESIPELSINGKWETVFQGKTAVKLEKMILPVYLKKSRWF
GGKASDIQEVKIIENISLQKDTHTTQLILIEVKYNGKESDRYVLSFSYLSGSEAETMLHE
NPQKIVMKLKTDDTEGIVYDGIYDEEFQKFILKMAVNRLSVKGTQGRLVVHTGKMHKQYK
LKELLSEKSSVLKAEQSNSSLLYGKELIFKLYRRLCEGINPEWEIGKFLGEYTAFANVPA
FIGEIAYVRKGNQPISIGILQRFIPNHGDAWSYTLDSLMTYFDRVFAKKNEIPEMPVMSF
SLLESTSHEIPLLFKELISGVYLEMASLLGKRTAELHIALSKETDNNDFRPEPFSRLYQR
SLYQSMQSYLKKVFALLRKNMKKLPENTKESVDKLLLQENRIIELYKNIFKKKISALKIR
IHGDYHLGQVIYTGNDFFIIDFEGEPARSLSERRLKKSVLKDVAGMIRSFHYVSNTALLK
HITIRPEDIPVLEPWTNLWYQYVAGIFLKSYIETAKNTHLFPENNEDFTMLLTSFLLEKA
VYELGYELNNRPEWTSIPIKGILQLLETNK
NT seq
3333 nt
NT seq
+upstream
nt +downstream
nt
atgccgccaaaagagatgcttcacgctgaagaacccctctggtataaggatgcaattatt
tatgaactgcatgtaaaggcattctacgattcgaatagcgatgggattggcgacttcaag
ggcgtcacggaaaagctggattatctggaaaatctcggcgtaaccgctttatggcttctg
cccttttatccctctcccctaaaggatgacggatatgatatcgcggactattttggcatt
catcccgattacggaacattaagagacttcaaactctttatcaaagaggcgcataaaaga
ggtttgaaggtaattacggaactcgttctcaaccatacctccgaccagcataaatggttt
catgccgccaggagaccgaaacagaaatcaaaaatgaaagatttttacgtgtggagtgat
acgtctgaaaaatataaagacgcgcgaataatttttaaagactttgaacattccaactgg
acatgggatccggttgcaaaggcatattactggcatcgtttctactcacatcaacccgat
ttaaattttacgaatccggccgtgcaaaaagaaatgctcaggattatcgattactggatt
gatatgggagtcgatggtttccgtctggacgcagtgccgtatctgtttgaaaaggaggga
acaaattgtgaaaatctccctgaaacccacgattttttgaaaaagctgagggcacacgtt
gaaagcacgcacaataatgttatgctcctggcagaagcaaatcaatggccagaggatgct
gtcgtatatttcggcaatcaggatgaatgccatatgtcgttccatttccccctcatgccg
agattgtttatgtcaatatggatggaagacagatttccgatcattgatatcttcgatcaa
accccgctattgccggaaacatgtcaatgggctctttttttaagaaaccacgatgaactc
acccttgaaatggtaaccgatgaagagagggactatatgtaccaggtatacgcaagcgat
cccgttgcaagaataaacctcggcatccgaagacggctggctcccctgctagggaacaac
agaagaaagatagagcttatgaacgcactccttttttccctgccgggtacgcccattatt
tattatggagacgaaatcgggatgggggacaatttttaccttggagacagaaatggcgta
cgaactcccatgcaatggaatgtcgaccggaatgctggattttcaagggtaaacccccag
aaactctatctgcctatcgttaccgatccggaataccattatgaggcaattaacgtggaa
aatcaggaaaagaaccacgcgtcacttctctggtggatgaaacgggtaatagccatgaga
aaacggtataaggcatttggaagagggagtatagaatttcttttccctgataatccgaaa
gtactcgcatttatccgccattatcaggacgagcatatccttgtcgtcatgaatctctca
cgattctctcaggtagtggaattagacctttcaacgttttccgattgtacgccggaagat
gtgtttagcggaaataaattcccaaaaataacgaaatctccttatgtacttaccattaac
aggcatgattacttttggtttctgatacaaaaagaagcggaagaattacgtcttgcaaaa
gacgaaagtatccctgaattgagtataaacggaaagtgggaaactgttttccagggaaaa
acggcggtaaaattggaaaaaatgattttgcctgtttatcttaaaaagagcagatggttc
ggcggcaaggcatcggatattcaagaagtcaaaattattgaaaatatttcattgcagaaa
gacacgcataccacacaacttatcctgattgaggtaaaatataacggcaaggaatctgat
aggtatgtcctttctttttcttatctgagcggaagcgaagcagaaacaatgctgcatgaa
aacccccagaaaattgtgatgaaactgaaaacagatgatactgaagggattgtgtatgac
ggcatttatgatgaagaatttcaaaagtttatattgaaaatggcggtaaacagattgtca
gtaaagggtactcagggaagacttgtcgttcataccgggaaaatgcataaacaatataaa
ctgaaagaattgctttcagaaaaatcatccgtattaaaagcggaacagagcaattcatca
ttactctatggtaaagaattaattttcaaactttaccgacgcctttgcgaaggtattaat
ccggagtgggaaattggcaaatttctaggcgagtatactgcattcgccaacgttccggca
tttataggggaaatagcatatgtgagaaagggaaatcaaccgatatcgatcggtatcctc
cagcgcttcattcccaatcatggagacgcctggtcatatacacttgattcattaatgacg
tattttgacagggtctttgcaaaaaagaatgaaattccggaaatgcccgtgatgtctttt
tcccttttagaaagtacgtcgcatgaaatacctttgctgtttaaggaattaattagcggg
gtatatcttgagatggcgtcgcttttggggaaaagaacggccgaattgcatatcgcgctg
tcaaaagaaacggataacaacgattttcgccccgaaccgttttcacggctgtatcaaaga
tctctttatcaatcaatgcaatcttatctgaaaaaggttttcgccttgctcagaaaaaac
atgaaaaaattgccagagaatacaaaagaatcagtcgataaattgctattgcaggaaaac
agaataatagaactctataaaaacatctttaaaaagaaaatttccgctttgaaaataagg
atacacggcgattatcacctgggccaggttatttacactggaaatgatttttttattatt
gattttgaaggcgaaccggccaggagccttagcgaaaggagacttaaaaaatccgtatta
aaggacgtagcgggaatgatacggtctttccattacgtgtcaaataccgctctcttgaaa
catatcaccatacgcccggaagatattcccgtgttggaaccatggacaaacctatggtat
caatatgtggcaggaattttcttaaaatcatatattgaaacggcaaaaaatacccacctt
ttccctgaaaataatgaagattttaccatgctccttacttctttccttttggaaaaggca
gtttatgaactgggatatgaattaaataaccgcccggaatggacatcgatacccataaag
ggcattttacaacttttggaaacaaacaaatga
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