Candidatus Kuenenia stuttgartensis: KSMBR1_1067
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Entry
KSMBR1_1067 CDS
T05435
Symbol
treY
Name
(GenBank) hypothetical protein
KO
K06044
(1->4)-alpha-D-glucan 1-alpha-D-glucosylmutase [EC:
5.4.99.15
]
Organism
kst
Candidatus Kuenenia stuttgartensis
Pathway
kst00500
Starch and sucrose metabolism
kst01100
Metabolic pathways
kst01110
Biosynthesis of secondary metabolites
Module
kst_M00565
Trehalose biosynthesis, D-glucose 1P => trehalose
Brite
KEGG Orthology (KO) [BR:
kst00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
KSMBR1_1067 (treY)
Enzymes [BR:
kst01000
]
5. Isomerases
5.4 Intramolecular transferases
5.4.99 Transferring other groups
5.4.99.15 (1->4)-alpha-D-glucan 1-alpha-D-glucosylmutase
KSMBR1_1067 (treY)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Alpha-amylase
Motif
Other DBs
NCBI-ProteinID:
SOH03570
UniProt:
A0A2C9CCZ9
LinkDB
All DBs
Position
MBR1:1145387..1148389
Genome browser
AA seq
1000 aa
AA seq
DB search
MIQAHFRTPRIPIATYRLQLNKHFTFHDAKEIVAYLHALGISDIYCSPYLKAREGSLHGY
DIVDNHSLNPEIGTEQEMDELSRELEHYGMGHIFDLVPNHMGIADKENAWWMDVLENGMS
SCYANFFDIDWDPIKDELKNKILLPVLGDQYGNVLDNQELTLTFENGSFFILYYHHKFPI
RPQTYPEILKYRLEELEKTLPEENLHLTEFLSILTAIDHLPAYTETAEEKIRERRREKEV
IKKRLHTLYNESTEIRNFIDKNVLLFNGQKGGTESFDLLDNLLDKQVYRLSHWRVATEEI
NYRRFFDISELAATRVEEPDVFRETHELVFRLIRQGKVTGLRVDHPDGLYCPPEYFKELQ
KNCYLLTFGGNGKNSKNNRASEDEQSEERAALTKQYHEILAREPHYKPFYIVGEKILGRS
ERIPEDWPIFGTTGYDFIATVNGIFVETKNAKEFDKIYSRFIKETIHFHEIVYEKKRLIM
QVAMSSEINTLGHYLNRISEKNRHTRDFTLNSLTYAIIEVIACFPVYRTYIHSSEVNEPD
KRYIEHAVSKARQKNPALNESIFFFLKDVLLNNYPGYFNEEGKKAWLNFTMKFQQITGPV
MAKGVEDTVFYVYNRLISLNEVGGSPDWFGTSIEAFHGQNTERAKSWQHSMLATSTHDTK
RSEDVRARINVLSEIPAKWRECLIKWSRNNKKHKYLAGDLAAPSKNEEYLFYQTLIGAWP
FEPMDDSGYEIFKNRIKEYMLKASREAKENTSWINPNTVYEEALMHFIDNVMNRKQNNAF
LHDFKKFQEEISHYGIYNSIAQTLLKITSPGVPDIYQGNEIWSFCLVDPDNRMPVDYGLR
MSMLEELKEQETSGGIQALITNMMRNREKGLIKLYVTHKALTFRKENRELFETGNYTPLE
AAGTKENNVCAYARNSNTKTAIVVAPRFMTQILSHPEELPFGKDVWEDTFLSLPFEDNAA
GYQNIFTGEVAKTTIHNNAKGIFLSEIFTTFPVALMERIC
NT seq
3003 nt
NT seq
+upstream
nt +downstream
nt
atgatacaagcacactttcgcaccccacgcatacctattgccacctacagattacaactc
aataaacattttaccttccatgacgcaaaagaaatagtcgcctatctgcatgctttgggc
ataagcgatatatattgttctccttacctgaaggccagggagggcagccttcacgggtat
gacatcgttgacaaccattcattgaatcctgaaatcggcacagaacaggaaatggatgaa
ttatcccgcgagcttgagcattatggaatggggcacatatttgatctggtgccaaaccat
atgggtattgccgataaagaaaatgcatggtggatggatgtgctggaaaacgggatgagt
tcctgttatgcgaattttttcgatatagactgggatcctataaaggatgaattaaaaaat
aaaatactccttcccgtcctgggagatcaatacggcaacgtccttgataatcaggaatta
accctgacgtttgaaaacggctctttttttatactttactaccatcacaaattccccata
cgaccacaaacatatccggagattttaaaataccgactggaggaattagaaaaaacctta
ccggaggaaaaccttcatctgacggagtttttaagcattttaaccgctattgaccatctt
cccgcatacacggaaacagcagaagaaaaaatcagggaacgacgacgcgaaaaagaggtg
attaaaaaacgactccacaccctttacaacgaaagcacggagatccgaaattttatcgat
aaaaatgtgctgctgtttaacggacaaaaaggaggcacggaaagcttcgatctcctcgac
aatctgctggataaacaggtgtaccggctttcccactggcgagtcgccaccgaggagatt
aattaccggcggttttttgatataagcgaactcgcagcaaccagggtagaagagccagac
gtctttcgggaaacccacgaacttgtgtttcgcctcatccggcaaggtaaagtaacaggg
ctgcgggtagatcatcccgatggattatactgtccgcctgaatattttaaagaattacaa
aagaactgctatctccttacttttggtggaaacgggaaaaattcaaaaaataatcgcgca
tcagaggatgaacaatcagaggaaagggcggcgctgacaaagcaataccatgagatactt
gcaagggaaccgcactataaaccattctatattgtgggagaaaaaatactgggaaggtca
gaaaggataccggaagactggccgatttttggcacaacaggatacgactttattgccacg
gtgaacggcatatttgttgaaacaaagaatgcaaaggaatttgacaaaatatactccagg
tttattaaagagacgatacactttcatgagattgtctatgaaaaaaagaggctcattatg
caagtggcaatgtctagcgaaatcaacacactggggcactatctgaaccgtatctctgaa
aaaaacaggcataccagagattttacgctcaatagcctgacctacgcaattattgaagta
atcgcatgttttcccgtataccggacatacattcattcctcagaggtaaacgaaccggat
aaacgttatattgaacatgctgtttctaaagcaaggcaaaaaaatcccgcccttaatgaa
tcgatttttttcttccttaaagacgtgcttctcaacaattatcccggatattttaacgag
gaaggcaaaaaagcatggcttaattttaccatgaaatttcaacaaattacgggcccggtt
atggcaaaaggggtagaggatactgttttttatgtatacaaccgcctcatttcactgaac
gaagttggcggcagtcccgattggtttgggacttcaatcgaagcctttcacggacaaaat
acggaaagggcaaaatcatggcaacattccatgttagccacttccacacatgataccaaa
cgaagcgaagacgtcagggcgcgcatcaacgtcctctccgaaataccggcaaaatggaga
gaatgtctgataaaatggagcagaaacaataaaaaacacaaatatcttgcaggagaccta
gccgcccctagcaaaaatgaagagtatttattttatcaaacacttattggcgcctggcct
tttgaaccaatggacgattcagggtatgaaatcttcaaaaacaggattaaggaatacatg
ctcaaagcgtcacgcgaggcaaaggaaaatacgagctggataaacccaaatacggtatat
gaagaggcattaatgcacttcattgacaacgtaatgaacaggaagcaaaataatgctttt
ttgcatgattttaaaaagtttcaggaagagatttctcattacggcatatataattcgatc
gcacagacgttgcttaagataacttctcccggagtcccggatatttatcaggggaatgaa
atatggagtttttgcctcgtggaccctgacaaccgcatgcccgttgattatggcctgcga
atgagcatgttggaagaattaaaagagcaggaaacaagcggcggaatacaggcccttatt
acaaatatgatgagaaacagggaaaagggcttgataaaactgtatgttacccacaaggcg
cttaccttccggaaagagaacagagaactgtttgaaaccgggaattatacgccccttgag
gctgcgggaacaaaagaaaataatgtatgtgcatatgcaagaaacagcaacaccaaaacc
gcgattgtcgtcgcaccccggttcatgacgcaaattctttcccatccggaagaattgccc
tttggaaaggacgtgtgggaggatacctttctttccctcccttttgaagataacgcagca
ggataccaaaacatttttacaggagaggttgctaagacaactattcataataatgcaaaa
ggcatattcctttcagaaatatttaccacctttccggtggccctgatggaaagaatttgt
taa
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