Niallia sp. Man26: L8T27_015305
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Entry
L8T27_015305 CDS
T09959
Symbol
glgB
Name
(GenBank) 1,4-alpha-glucan branching protein GlgB
KO
K00700
1,4-alpha-glucan branching enzyme [EC:
2.4.1.18
]
Organism
nil
Niallia sp. Man26
Pathway
nil00500
Starch and sucrose metabolism
nil01100
Metabolic pathways
nil01110
Biosynthesis of secondary metabolites
Module
nil_M00854
Glycogen biosynthesis, glucose-1P => glycogen/starch
Brite
KEGG Orthology (KO) [BR:
nil00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
L8T27_015305 (glgB)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
nil04147
]
L8T27_015305 (glgB)
Enzymes [BR:
nil01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.18 1,4-alpha-glucan branching enzyme
L8T27_015305 (glgB)
Exosome [BR:
nil04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
L8T27_015305 (glgB)
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Motif
Pfam:
Alpha-amylase_C
CBM_48
Alpha-amylase
GlgB_N
DMFA2_C
AMPK1_CBM
Motif
Other DBs
NCBI-ProteinID:
UPO86942
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Position
1:complement(3039311..3041251)
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AA seq
646 aa
AA seq
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MNVETVFPTEFQQHLFHEGNLFESYQLFGSHVKEENGEICTVFCVWAPNAKTVRLVGDFN
NWQGEQYDLQRINKEGIWHISISKDLTGALYKYEITGQDGRKHLKADPFAFYSEVRPNTA
SIVYSLEGYKWNDARWIQRKKKKNFLKEPVSIYEVHLGSWKLKEDGSLYTYRELADELIP
YVIELGFTHIEILPIVEHPLDISWGYQGTGYYSATSRFGEPKDFMYFVDQCHQNGLGVLL
DWAPGHFCKDAHGLYQFDGSSQFDYPNANDRENLVWGTANFDLGRMEVHSFLISNAIFWM
DYFHVDGFRVDAVSNIIYWPNSGENSLNPFGVEFLRKLNTTVCQYDSTVLMFAEDSSDLP
QVTAPVHYGGLGFHYKWNMGWMNDLLSYMETDSSNRKHEHNKITFSLLYAFSENFALPLS
HDEVVHGKKSLLNKMPGDYWQKFAQFRLLIGYMMTHPGKKLLFMGAELAQFSEWKDKEQL
DWMLMDYEMHEKANVFFKEVLKLYKRSKPLYELDHLHEGFDWIDANNHEQSVFSFIRQGE
KEDDFLVVICNFTYQTYENYLIGVPKAGSYREILNSDDERFGGANYINKKMIKANETSFH
GKPYSVPVTIPAFSIIILRPVQHRKGRKENGKETVRRNAISGRKGK
NT seq
1941 nt
NT seq
+upstream
nt +downstream
nt
atgaatgtggagacagtattcccaactgaatttcagcagcatttatttcatgaaggcaat
ctatttgaaagctatcaattgtttggatctcatgtaaaggaagagaacggagaaatttgt
acggtattttgtgtgtgggcaccgaatgctaagactgttcgtttagtaggagatttcaat
aattggcaaggtgaacagtatgaccttcaaagaataaataaagaaggaatatggcatatc
agtatttccaaagatttgaccggagctttatataagtatgaaatcactggtcaggatggg
aggaagcacttgaaggctgatccttttgccttttattcggaagtgaggccgaacaccgca
tccatcgtctattcattggaaggttacaaatggaatgatgcaagatggattcaaagaaag
aagaaaaaaaattttttgaaagagccggtttctatttatgaagtacatctaggatcttgg
aaactgaaagaagacggatctctttatacataccgagaattagcagatgagcttatccct
tatgtaatcgagcttggatttacccatatagaaatactgccaatagtagaacatccttta
gatatttcctggggatatcaaggcactgggtattactctgcgacgagcagatttggcgag
ccgaaggattttatgtattttgtggatcaatgtcatcagaatgggctgggagttctgtta
gattgggctccaggacatttttgcaaggatgctcatggcttatatcaatttgacggctcc
agccaatttgactacccgaatgctaatgacagggaaaatcttgtatggggaacagcaaac
tttgatttaggaagaatggaagtacatagctttttaatttccaacgcgatcttttggatg
gattattttcatgttgatggttttagggttgatgcagtttctaatattatttactggcca
aactctggcgagaattcgcttaacccatttggagttgaattcttaagaaagctaaacaca
accgtctgtcaatatgattctaccgttctgatgtttgcagaggattcaagcgatctaccc
caagttactgctccagtacattatggaggtctaggatttcattataaatggaatatgggt
tggatgaatgatttactgtcatatatggaaacagactcatccaatagaaaacatgagcac
aataaaattactttttctttgctctatgctttttcggagaattttgctttacctctttcc
catgatgaagttgttcatggaaaaaaatcgctcctaaataaaatgcctggtgattattgg
caaaaatttgctcagttccgtttattaatcggatatatgatgacacacccaggaaagaaa
ctattatttatgggagcggagcttgcacagttttcagagtggaaggataaagaacagctt
gattggatgctgatggattatgaaatgcatgaaaaggcaaatgtatttttcaaagaagtg
ctgaagctgtataaacgctctaaacccctgtatgaattggatcatctccacgaaggattt
gattggattgatgctaacaaccatgaacaatctgttttctcctttattagacaaggagaa
aaggaggacgatttcctagtagttatctgcaactttacttatcaaacttatgagaattat
ttaattggcgtaccaaaggctggcagctatagagagatattgaacagcgatgatgagagg
tttggaggagccaactatataaataaaaaaatgataaaggccaatgagacttcgttccac
ggaaagccatattccgttccagtgacgattccagcttttagcatcatcatattacggcct
gttcaacatcggaaggggagaaaagagaatgggaaagaaacggtgcgtcgcaatgctatt
agcgggaggaaagggaagtag
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