Cohnella cholangitidis: FPL14_16065
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Entry
FPL14_16065 CDS
T07708
Name
(GenBank) starch-binding protein
KO
K01176
alpha-amylase [EC:
3.2.1.1
]
Organism
cchl
Cohnella cholangitidis
Pathway
cchl00500
Starch and sucrose metabolism
cchl01100
Metabolic pathways
cchl01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
cchl00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
FPL14_16065
Enzymes [BR:
cchl01000
]
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
FPL14_16065
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Alpha-amylase
fn3
CBM_25
CBM26
RGI_lyase
fn3_2
DUF1093
Big_13
Big_7
Motif
Other DBs
NCBI-ProteinID:
QMV42547
UniProt:
A0A7G5C013
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All DBs
Position
3453237..3456695
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AA seq
1152 aa
AA seq
DB search
MKKAVHLFLIFTMVFSMFFGLETSKMASAATTTASASTFSWDNATVYFALTDRFLDGDSS
NNHSYGRELDQNGNEYSGYKSKTGTFHGGDLKGLTTKINEGYFNDLGVNAIWITAPYEQI
HGWVGGESFRHYAYHGYYTLDYTEIDKNMGTEADFKTFVDTAHTHGIRVVMDVVMNHAGY
ETLKDMSEFNFGQLANGWQNYYYNQPESAAHYNTYGNYVVDTDSSSWARWWGSDWVRVNK
SGYTPCGSSDTEMCLSGLPDFKTGSSSTVGLPPILQTKWDNAKEAKEVAELNAYFSNTGK
PRTPSNYINKWLTDWVREYGIDGFRVDTAKHVEQSVWKDLKTESVKALKEWKAANPTKKM
DDLDFWMTGEVWGHGVGKSSYFSNGFDSLINFSFQSSTGNLNGLESIYSSYAASINTDPS
FNMLSYMSSHDTSLYNRSNLINGGTSLLLLPGAVQIYYGDETGRQPSNSPGDQATRSDMN
WSSINTSVLSHWQKLGQFRSNHIAVGAGSHKQLQTSPYAFSRTYSANGIDDKVAVAVGAS
GSTSINVSSVFVDGTTVRDFYTGYTAVVSGGKATFTAGTNGVILIEEVPTLNAKVSASPA
GGSFSTDTKEITLYVRNAETGKYTLDGTDPQTNGISFTNGQSLTIGSGMGIGDSKALRLY
AGNNLGSVSQQYVFTKTDRSLLTVHFKKPSTWGTPQLYYYETTPVVTGPTWASAPAMVSE
GDGWYKYTIEDVESAHVIFKDASNQIPAAQQAGLVISAEGWYDNGWVAKDTTKPTAPTNL
TASAKTENSVTLTWSVSTDNVGVTGYEIYRDDVKVGTSASATYKDVGLTAETAYTYTVKA
YDAAGNKSDASSALQATTEPKDTVAPAAPTNLQSSSKTNNSVTLSWSASTDNVGVTGYEI
YRNNVKVNTSATTIYTDSGLAAATEYTYTVKAYDAAGNISAASDELKVTTSAQPLTNTAT
IYYKRGYSTPYFHYAPTGGTWTTAPGKAMTASTEYPGYSAITVDIGTAASLSAVFNNGSG
TWDNNGGKNYTFQQGTWTFESGTIKAGTPAGDTTAPSVPNNVQSTAKTNNSVTLSWSAST
DNVGVTGYEIYRNNVKVNTSATTTYTDSGLAAATEYTYAVKAYDAAGNISAASDELKVTT
SAQPQTNTATIY
NT seq
3459 nt
NT seq
+upstream
nt +downstream
nt
atgaagaaagcggtacatttgttccttatctttactatggtcttctctatgttttttgga
cttgaaacctctaagatggctagtgcagctactacaactgcctcggcatccacattctca
tgggacaacgcgaccgtttattttgccttgacggaccgttttcttgacggagattccagc
aacaaccattcctacgggagggaattggatcagaacggcaatgagtattctggctacaaa
tccaaaaccggaactttccacggcggagatttgaaagggcttacaacaaaaatcaatgaa
ggttattttaatgatctcggcgtcaatgccatctggattacggctccttatgagcaaatc
cacggatgggtaggaggcgaatctttcaggcactacgcgtatcacggttactatacgctg
gattacactgaaatcgacaaaaatatgggtacggaagcggatttcaaaacttttgtcgac
accgcgcatacccatggtattcgggtcgtgatggatgtcgttatgaaccatgccggatac
gaaactctgaaagacatgagcgagtttaacttcgggcaattggccaacggttggcaaaac
tattattataaccaaccagaatcagcagctcattataatacttatggcaattatgtggtg
gatacggattcgagtagttgggctagatggtggggttctgattgggtccgtgtgaacaaa
agcggttacacgccttgcggatccagcgatacggagatgtgtctttcggggttgccggat
ttcaagaccggctctagcagtacggtaggcttgccaccgatcttgcagacgaagtgggat
aacgcgaaagaagctaaagaggtagcagaactcaacgcgtacttcagcaacacaggcaaa
cctcgtacgccaagcaattatattaacaaatggttgaccgattgggttcgggaatatggg
attgacggcttccgggtagatacggcgaagcacgtcgaacagtcggtatggaaagatttg
aagaccgaatcggtgaaagcgctgaaggaatggaaagcagccaatccgacgaaaaaaatg
gatgaccttgatttctggatgacaggcgaggtatggggacacggggttgggaaaagttcg
tatttcagcaacggattcgactcgcttattaacttctcgttccaaagctcgactgggaat
ttgaatggtctggaaagcatctattccagttacgctgccagtatcaatacggatccatcg
tttaatatgttaagctatatgtcctctcacgatacctcattatacaaccgcagcaacctg
atcaacgggggaacatcgttgctgttattgcccggagccgtccaaatttactacggcgat
gaaacgggtagacagccaagcaactctccaggcgatcaagcgactcgctcggatatgaac
tggagctcgattaatacgagcgtattgtcccattggcagaagctggggcaattccggagc
aatcatattgccgtcggtgcaggaagccataagcagcttcaaacttctccctatgctttc
agcagaacttatagcgctaacggaatagatgacaaagtagccgtcgccgtcggggcaagc
ggatcgacatcgatcaacgtcagctccgtattcgtagacggaactacggtaagagatttc
tataccggttatacggcggtcgtctccggaggtaaagctacctttaccgcaggaacaaac
ggcgtcattctgatcgaagaggttccgacgctgaatgccaaagtatcggcatctccggcg
ggcggcagcttcagcacagatacgaaagagatcaccctttatgttcgaaacgcggaaacg
ggcaaatatacgctcgatggaactgacccgcaaacaaacggtatttctttcacgaacgga
cagtcgctgacgatcggcagcggtatgggaatcggcgattcgaaggcacttcggttgtac
gccggcaataatcttggcagcgtatcgcaacaatacgtcttcaccaagacggatcgaagc
ctgttgactgttcattttaagaagccgagcacttggggaactccgcaattgtattattac
gagacaacaccagtagtaaccggcccaacctgggcgtcagctccggcaatggtcagcgaa
ggagacggctggtacaagtatacgattgaggatgtcgaaagcgcccacgtaatttttaaa
gacgccagcaaccaaattccagctgcccaacaagcaggattagtaatcagcgcggaaggc
tggtacgacaatgggtgggttgctaaagatacaaccaaaccgacagcaccgacgaattta
accgcatctgcgaagactgaaaattccgtgacgttgacttggagcgtatccacggacaac
gtaggagtgacgggatacgagatctatcgagacgatgtcaaggtaggcacatcggcgagc
gcgacgtataaagatgttggcttgacggcggaaaccgcttacacctatacggttaaggcc
tatgacgctgctggaaacaaatccgatgctagttctgcgcttcaagcaacgaccgaaccg
aaagatacggtcgcacctgccgcgccgacgaatttgcaatcgtcctccaaaacgaacaac
tccgtcaccctgtcttggagcgcatcgacggacaacgtaggagtgacgggctacgagatt
taccgcaataacgtgaaggtcaatacttcggctacgacgatatatacggacagcggcctt
gcggcagcaaccgaatatacgtacacggttaaggcatatgacgctgcggggaacatttcg
gcagcgagcgacgagctgaaagtaacgacgagcgctcaaccgctgaccaatacggcgaca
atctactataaacgcggctacagcacaccgtacttccattacgcaccgaccggtggtacc
tggacaactgcaccgggaaaagccatgacggcttcgacggaatatccgggttatagcgcg
atcaccgtcgacatcggtacggcagccagcttgtcggccgtattcaacaacggcagcggc
acatgggacaacaacggcggtaagaactatacgttccagcaaggaacatggacgttcgag
agcgggacgattaaggcaggaactcctgcgggagatacgacggcgccgtccgtaccaaac
aatgtacagtcgacagcgaagactaacaattccgtcactctgtcttggagcgcatcgacg
gataatgtcggagtgacgggatacgagatttaccgcaacaacgtgaaggtcaatacctcg
gctacgacgacatatacggacagcggccttgcggcagcaaccgaatatacgtacgcggtt
aaagcatatgacgctgcggggaacatttcggcagcgagcgacgagctgaaagtaacgacg
agcgctcaaccgcagaccaacacggcgacaatctactaa
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