Agarivorans sp. TSD2052: M0C34_03530
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Entry
M0C34_03530 CDS
T08089
Name
(GenBank) alpha-amylase family glycosyl hydrolase
KO
K01176
alpha-amylase [EC:
3.2.1.1
]
Organism
agz
Agarivorans sp. TSD2052
Pathway
agz00500
Starch and sucrose metabolism
agz01100
Metabolic pathways
agz01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
agz00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
M0C34_03530
Enzymes [BR:
agz01000
]
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
M0C34_03530
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Gene cluster
GFIT
Motif
Pfam:
Alpha-amylase
CBM26
PKD_4
K319L-like_PKD
PKD
X25_BaPul_like
DUF642
Motif
Other DBs
NCBI-ProteinID:
UPW19361
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All DBs
Position
complement(769150..772479)
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AA seq
1109 aa
AA seq
DB search
MNKVVLLGLLTASLSAQAEWEFRGTPNGWQTTAMEQVASTQFQTCQTFGNNDPRFKIDRW
GDWQEAYPSADYRVSAGSYQITFYSDSKDIDAVSVASCDTNQAPTAVISPANAQTVDPGT
SLSFSAASSSDPDGSIASYAWSTGETSESISLTVEQSQTLSLQVTDNLGAVSELASVDIT
VTGEQPAVWCFRGTANGWGQTPMALDAVSGLYTLTQAFAGEESPARFKVAACSDNGSWGE
NYPDQDFTVEDNTHYSISFDASSKAVNAEVIVLETKPELAINPGSSDFSTDTLAVTLSYK
GDNITDSSYLLSTTGGTQGISFNNGDVINIGGELAIGESVELQVYVANNKGSVTQTYTYN
KIDAPETGFTVWLNAPSDWAPSIHHWDALPAGSTADSAWPGDNMDGLGENWWAYSFNNSD
SSKLIFSNQGNSQTDDLFRDKDGCYTISTQSWTDSCDLPSHDAEVSISPALSTFWTDQVS
ITLQATGDEVNGGLYTTDGSDPVNGIAFTSGDSIDVGSNLAVDESLEVCLYAANESSSAN
QCFVLTKVAPPTASDFTWDNANVYFVITDRFHDGNSSNNNSYDRPRYDATGKDIGTFHGG
DIAGLTQKLNEGYFTDLGINAIWLTAPYEQAHGFVGGGDDGDFAHYAYHGYYVQDYTNLD
ANMGTPAEFKAFVDKAHSQGIRVVMDVVMNHAGYNTLKDMDEFNYGSDTAGPNWTPSNGG
NWFGYHDFINYDGDENLWLKWWGKEWIRVGLPGYDACGGDDLTKCLAYLPDFKTESTQAV
GIPPFLANKATFGQGYLSDYQAQGNKRVRDWITEWLVQYVKDYGIDGFRVDTAKHVTYDN
WANLKDQASLALNEWRQNNPSAPGAEWSDEFWATAEVWGHGVGQSDIHTTAKFDSVINFS
FKSAINGMIDSTDTMLSQFSSYADQVNGSSDWNVLSYISSHDTGAVFYNGDDTRQKRAGT
ALLLLPGGVQVFYGDELGRVNGDGGSDADQGSRSSVDWSKAGNGVHQHWQKVGQFRRDNP
AVGAGQHFNLSGQSSGKAFARTWTNPISGAINNVVVVVDGSGTVDINVDSYFDDGTSVRN
AYDGSITTVAGGRVSFSAGSEGLILLEAL
NT seq
3330 nt
NT seq
+upstream
nt +downstream
nt
atgaacaaggtagtattacttggtctgttaacggcctctctgtctgcgcaagcagaatgg
gagtttcgtggcacaccaaatggctggcaaaccacagcaatggaacaggtggctagcact
cagtttcaaacctgccaaactttcggtaacaatgatcctcgtttcaaaattgaccgctgg
ggagactggcaagaagcctaccctagcgcagactaccgcgtatcggccggtagctatcaa
attaccttttacagcgacagcaaagatatcgatgcagtttcagtcgcgagctgtgatacc
aaccaagcgccaacagcggttatctcacccgctaatgcgcaaacggttgaccccggtact
agcctgagcttctcagcggctagctctagtgacccagacggcagcatcgccagttatgct
tggagcacaggagagaccagcgagtccatcagcctaaccgttgaacaaagccaaacccta
agcctgcaagtcaccgataacttaggtgctgttagtgaactggctagcgtagacatcacc
gttactggcgaacagcccgctgtatggtgtttccgcggtacggcaaacggttggggacaa
accccaatggccttggatgcggtgagcggcttatataccttaacgcaagcttttgccggt
gaagaaagcccagcacgctttaaagtagcggcgtgttcagacaatggaagctggggagaa
aactacccagaccaagatttcacagttgaagataatactcactacagcattagttttgat
gcttcaagcaaagcagtgaacgctgaagttatcgtgcttgaaaccaaacctgagttagcg
attaacccaggaagcagtgattttagcaccgataccctagcggtaaccttaagctacaaa
ggcgacaatatcaccgacagtagctacttacttagcaccaccggcggtactcaaggcatc
agctttaataacggtgatgtgattaatattggtggtgaattagccattggcgagtcggtt
gagctgcaagtgtatgttgccaacaataaaggctcggtaacgcaaacctacacctacaac
aaaattgatgcgcctgaaacaggcttcaccgtttggttaaacgcaccgagtgactgggcg
ccgtctattcaccattgggacgcacttcctgccggctctaccgccgattcagcttggcct
ggcgataatatggatggcctaggtgaaaactggtgggcttattctttcaacaatagtgac
tcaagcaagcttatctttagcaaccaaggcaatagccaaaccgatgatttgttccgcgac
aaagacggttgttacacaattagcacgcaaagctggaccgatagttgtgacttaccaagc
catgatgctgaagtcagtattagcccagcactaagtaccttctggactgaccaagtaagc
attaccttgcaagccacaggggatgaggtaaatggcggactttacactaccgatggcagc
gacccggtaaatggtattgcctttaccagtggtgatagcattgatgtgggcagtaactta
gccgtagatgaatctctagaggtctgtttatacgccgctaatgaatctagcagtgctaat
cagtgcttcgtactgactaaagtagcaccacctacagcctcagatttcacttgggacaac
gccaacgtttacttcgtgattaccgaccgttttcacgatggtaactcaagcaataacaac
tcttatgaccgcccacgctatgatgcgacaggcaaagatattggtaccttccatggtggt
gatattgcaggcttaacccaaaaattaaatgaaggttactttactgatttagggattaac
gccatttggttaaccgccccttacgaacaagcccacggctttgttggtggtggtgacgac
ggtgactttgcacattacgcttaccacggttactacgtgcaagattacaccaaccttgac
gcgaacatgggtacaccagcagagtttaaagcctttgtagataaagcccacagccaaggt
attcgcgtggtaatggacgtggtaatgaaccacgccggttacaacaccctaaaagacatg
gatgagtttaactatggctcagacactgcgggtccaaattggacaccaagcaatggcggc
aactggttcggctaccatgactttattaactacgatggcgatgaaaacctatggttgaaa
tggtggggtaaagaatggatacgagtaggtttacccggttacgatgcctgtggcggtgac
gacttaactaagtgtttagcttacttaccagactttaaaactgagtctactcaagcggtg
ggtattcctcctttcttggcgaacaaagccacctttggtcaaggttacttaagtgattac
caagcacaaggtaacaaacgagtgcgtgattggatcactgaatggctagtgcaatacgta
aaagactacggcattgacggcttccgtgtagataccgctaaacacgtcacctacgacaac
tgggcgaacttaaaagaccaagccagcctagccttaaatgaatggcgtcaaaataaccct
agcgccccaggtgcagagtggagtgatgagttctgggcaaccgctgaagtatggggccat
ggtgtaggccaatcagacatccatacaacggctaagtttgattcggtgattaactttagc
tttaaaagtgcgatcaacggcatgatagacagcaccgatacgatgctaagccaattttcc
agctacgctgaccaagttaatggcagcagcgattggaacgttctaagctacatttcaagc
cacgataccggtgccgtgttctacaacggtgatgatactcgtcaaaaacgtgctggtact
gctttattgctactacctggtggcgtgcaagtattttacggtgacgagctaggtcgtgtg
aatggcgatggtggctcagatgcagaccaaggcagccgctctagtgttgattggagcaaa
gctggtaacggtgttcatcaacactggcaaaaagtgggtcaattccgtcgtgataaccca
gcggttggtgctggccagcactttaacctaagtggtcaatctagcggtaaggcctttgcc
cgtacttggactaacccaatatcaggcgcaatcaacaacgtagtcgtggtcgtagacggt
tcaggcaccgtagacattaatgttgatagctactttgacgatggcaccagcgtacgcaac
gcttacgatggttctattactaccgttgcaggcggacgcgtaagcttctctgccggtagc
gaagggttgatattactcgaagctttataa
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