Lederbergia lenta: NCTC4824_03483
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Entry
NCTC4824_03483 CDS
T06924
Symbol
tvaII
Name
(GenBank) LPXTG-motif cell wall anchor domain-containing protein
KO
K01176
alpha-amylase [EC:
3.2.1.1
]
Organism
blen
Lederbergia lenta
Pathway
blen00500
Starch and sucrose metabolism
blen01100
Metabolic pathways
blen01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
blen00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
NCTC4824_03483 (tvaII)
Enzymes [BR:
blen01000
]
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
NCTC4824_03483 (tvaII)
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Paralog
Gene cluster
GFIT
Motif
Pfam:
Alpha-amylase
PUD
AMPK1_CBM
CBM_48
Gram_pos_anchor
Malt_amylase_C
A_amylase_dom_C
Alpha-amylase_C_2
ATP1G1_PLM_MAT8
Motif
Other DBs
NCBI-ProteinID:
SQI61915
UniProt:
A0A2X4ZBQ3
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All DBs
Position
1:complement(3431552..3435160)
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AA seq
1202 aa
AA seq
DB search
MTKKVQQKKMSVFAILLMIFSLFSGYLPQISAESNSTLGSPVLNEDRTVTFNYEDASAGS
VRVAGSFTNWDEHPLVMVNDEGLWTTTTDELTPDVYEYKFILGDDEWIKDPLNIEEEGGN
SKLVVPGINLIPIASLQEINSTTKLKANIIEGNGIIQEESSEITWSLESAPPGVEINGAT
LTITENAPVGTIFIIKATKGNDTATKEIEISAQMNQFTINYHRIDNNLEDWNVHIYEGGY
EARNYNFESEYAVQMGDGKEFKFSKGTYSFPNNSFKIIPRKANWESQDLEQYVLMPEGKK
ETEIWIIQGYPEVYMSESAAIAALTDSVSPHIQFVYERSDANYDDWDVWVWGTEAQNDNI
NFTNFKDGKAIADIGVGPLADRVGFKVRKGNWEQEEPGGDRYIDVNRMDPITKVYVKSGE
TEFFTVPSMEAPEVNNGNATFYYRDKNLYVSDQMSKIEKVELSILGERHEMTREKNSERF
VFTYNDLPYGDHEYTFFVTIEGETTEVADPYFAVDGKSIISFFKPEMEIKGTVSPAAIDY
SQNAVLTLDLLNETEAELRGIYVDLTEVGGESNVTIDPDLDRVTIAVHESITAGVKTLPL
KVVDVYGNEHTGEAKVTVKARNFVGEADFDWDEARIYFLLTDRFFNGDTTNDDPYRVGYD
KNEAGAYQGGDFKGITEKLDYLHDLGINTIWINPIVENIAYDVRYNDEPHLTPYYAYHGY
WASNFNELNPHFGTMDDFHELIDEAHARGMKLMVDVVVNHAGYGLKESDEALDGTIPQFP
TNQDRERFAGMLRDGGSGDIKGELAGLPDFMTEEPDVRQQLIDWQTQWIEKSRTPNGNTI
DYFRLDTVKHVENTTWRALKNALTNEMPEFKMIGEAWGASQHNDYGYLNSGMMDSLLDFD
FKYQARDFVNGKIDSVENDLNKRNDLINNTATLGQFLSSHDEDGFLQQFKGEEGKWGKLM
VAASVQITAKGQPVIYYGEELGISGENNYPYLENRQNLPWDKVDGNEILEHYTKVLNARK
DHSAIFSKGTRQTLAGSDELGYSVFERAYAGESAIVGLNTGIEATEITFSVPFSVGQVVT
DVYSGKNIVVGNDQKVTVQLPGMQDGGTFILVVENENEQPVEEDVPVKNETPKVNEKQVE
SGKTSDDETAGLNELSTSQAEKKLPNTSTALYNWLMLGVLLFIIGSAILLAQRKRKANKI
DF
NT seq
3609 nt
NT seq
+upstream
nt +downstream
nt
atgacaaaaaaagtgcaacaaaaaaagatgtctgtttttgcgatattactaatgattttc
agcttgttttccgggtatttaccgcaaatctcggccgaatctaacagtacattaggcagt
ccagttttaaatgaagatagaacggtcacatttaattacgaagatgcttcagcaggaagt
gtgcgtgttgcaggaagctttaccaattgggatgagcacccacttgttatggttaatgat
gaagggctgtggacaacaactacagatgaattaacccctgatgtatacgaatataagttt
atcctaggcgatgatgagtggatcaaggatccacttaatatagaagaagaaggtggaaac
agtaaactcgttgtaccagggattaacctaataccgattgcttctttacaagaaataaat
agcacaacgaaattgaaggctaacatcattgaaggtaatgggataattcaagaagaatca
tcggaaataacttggtctttagaaagtgctccaccaggtgttgaaattaatggggcaaca
ttaacaattaccgaaaatgcaccagttggtacaatatttattataaaagctactaaagga
aatgatacagctacgaaagaaatagaaatctctgcacaaatgaatcagtttacgataaat
tatcatcgaatcgataacaatttagaagattggaatgtgcatatttatgaaggcggatac
gaagcaaggaattataattttgaatcggagtatgctgtacaaatgggggatggcaaagag
tttaaattctctaaaggtacatattcattcccgaataatagctttaaaataatccctcgt
aaagctaactgggaaagccaagatttggaacaatacgtactaatgccagaagggaagaaa
gaaacagagatctggattattcaaggatatccagaagtttacatgagcgaaagtgcggct
attgctgcattaacagattccgtatcacctcatatccaatttgtatatgaacgttcggat
gcaaactatgatgattgggatgtatgggtgtgggggacagaagcacaaaatgataatatt
aattttacaaactttaaagatggaaaagcaatcgccgatataggggtaggcccgcttgca
gatcgagttggctttaaagtacgtaaaggtaactgggaacaagaggagccaggtggagac
cgttatattgatgtaaatagaatggatccaataacaaaagtctatgtgaaaagtggggaa
actgagttttttactgttccatctatggaagcaccagaagtcaataatggaaatgcaaca
ttttattatcgtgacaagaatttatacgtatcagatcaaatgtcgaaaattgaaaaggta
gaacttagcattttaggcgaacgacatgaaatgactagagagaaaaatagtgagcgtttt
gtatttacttataatgatcttccatatggtgatcatgaatatacattctttgtaacgata
gaaggagaaacaactgaagtagcggatccatatttcgcagtcgacggaaaatcaatcatt
tctttcttcaaaccagaaatggaaataaagggtactgtttctcctgcggccattgattat
agtcaaaatgccgtattaacactagatttattgaatgagaccgaagccgaattacgtgga
atctatgttgatttgacagaggttggtggtgaatcgaatgtaacaattgatccagatttg
gatagagtcacaatagctgttcatgaatctattacagcaggtgtaaaaacacttccatta
aaggtggttgatgtatacggaaatgagcatacaggtgaagcgaaagtaacagtgaaagct
cgtaattttgtcggagaggctgactttgattgggatgaagcgaggatttatttccttcta
acagatcgattttttaatggagacacgacaaatgatgatccgtatcgtgtaggatatgac
aagaacgaagcaggagcatatcaaggcggagattttaaaggaattacagaaaagttagat
tatctccatgatctaggaattaatactatctggatcaacccaattgtagagaacattgct
tatgatgtacgctataatgatgaaccacatcttaccccgtactatgcttatcatggttac
tgggcaagtaatttcaatgagctaaatcctcattttggaacgatggatgattttcatgaa
ttaattgatgaagcgcatgcaagaggtatgaagcttatggtcgatgtagtggtgaatcac
gcaggttatggattaaaagaatcagatgaagcattagatgggacaattccgcaatttcca
acgaatcaagacagagagcggttcgctgggatgcttcgtgatgggggaagcggtgatata
aaaggtgaattagctggtcttcctgatttcatgacagaagaaccggatgtacgccagcaa
ctaattgattggcaaacccaatggattgaaaaatctagaacaccaaatggaaatacgatt
gactatttccgtttggacacagtgaaacatgtggaaaatacaacttggagggcattaaag
aatgccctaacaaatgaaatgcctgaatttaagatgataggcgaagcttggggagcaagt
cagcataatgattatggttatcttaattcaggaatgatggattctctcctagactttgat
tttaaatatcaagcgagagatttcgttaatggtaagatagattcagtagaaaatgatttg
aataaacgaaacgatttaatcaataacacagctactttagggcagtttctaagttctcat
gacgaggatggtttcctccagcaatttaaaggcgaagaaggtaaatgggggaaacttatg
gttgcagcatctgtacaaattaccgcaaaaggtcaaccagttatatattatggtgaagag
ttagggatttctggggaaaataactatccatatcttgaaaacagacagaatctaccatgg
gataaagtagacggaaatgaaatacttgaacattatacgaaggttttaaatgcacgtaaa
gatcattcagctatattttcaaaaggtacgagacaaacgttagcaggttctgatgagctt
ggttattctgtattcgaaagagcctatgcaggagaatcggccattgttggattaaatact
ggaatcgaagcaactgaaataacattttcggttccattttcggtaggtcaggttgttact
gatgtttacagtggtaaaaacattgttgtgggaaacgatcaaaaagtaactgttcagcta
ccagggatgcaagatggtggtacatttattttagtagttgaaaatgaaaatgaacagcca
gtagaagaagatgtaccagtaaaaaatgaaacaccaaaggtaaacgaaaagcaagtggag
agtggtaaaacaagtgatgatgaaactgcaggattgaatgaattatcaacctcacaagct
gaaaagaagttgcctaatactagtacagctctttataattggcttatgttaggtgtatta
ctctttataataggaagcgcaatcttattagcgcagcgaaaaagaaaagctaataaaata
gatttttaa
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