| Entry |
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| Symbol |
glgB
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| Name |
(GenBank) 1,4-alpha-glucan branching protein GlgB
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| KO |
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| Organism |
lua Lachnoanaerobaculum umeaense
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| Pathway |
| lua01110 | Biosynthesis of secondary metabolites |
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| Module |
| lua_M00854 | Glycogen biosynthesis, glucose-1P => glycogen/starch |
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| Brite |
KEGG Orthology (KO) [BR:lua00001]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
D4A81_10445 (glgB)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:lua04147]
D4A81_10445 (glgB)
Enzymes [BR:lua01000]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.18 1,4-alpha-glucan branching enzyme
D4A81_10445 (glgB)
Exosome [BR:lua04147]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
D4A81_10445 (glgB)
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
complement(2225824..2228067)
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| AA seq |
747 aa
MDKNLYDLMDWAAIEEITYSECDRPKITLGSHRVEDGFLVQTFIPHAKEVELLIDGNKNP
IPMQCMDEVGFFACFVGRKQEFKYKYIVKYDNDVEQTVSDPYSFDSIYSEEDLSKFSAGI
NYEIYEKMGAKPMTLSGVQGVNFSVWAPEAMRVSVVGDFNLWDGRRHQMNRLGDFGVFEI
FIPDVCVGDLYKFEVKNKKGEPMLKSDPYAFYSELRPNTASVVVDISDFEWSDDDWMKNR
EDIQSTRVNESAAMNIYELHLGSWIRKEMQYDENGEEVNGSVFYNYREIAHKLAVYVKKM
NYTHVEIMPIMEHPLDASWGYQVTGYYSPTSRYGTPQDFMYFMNYMHKKGIGVILDWVPA
HFPRDLHGLGCFDGSHLYEHADPRQGAHPHWGTLIYNYARPQVSNFLISNALFWAEKYHV
DGIRMDAVASMLYLDYGKNNGEWVANIYGGNENLDAIEFLKHLNSIYKKRNPSSLLIAEE
STAWPKISGDLNDGGLGFDYKWNMGWMNDFLEFMKLDPYFRSGDYNALTFSLFYHYSENF
ILVLSHDEVVHGKATLAGKMPGATQEEKFANLRVAYGYMMTHPGKKLLFMGQEFGQMNEW
NEDKSLEWDLLDYDIHSKMQKYSKALNKLYVDYPALYKLDYDPAGFEWINCTSKDESMVT
FIRKTEKEEDTLVVVCNFTPVVYEKEIGVPYKGTYTEIFNSDDKKFGGSGVGNKRAKKSV
KKKVDGRDNSLKIKVPPMAITIFKWAE |
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| NT seq |
2244 nt +upstreamnt +downstreamnt
atggataagaatttatatgatttgatggattgggcagcgatagaagaaattacttattct
gaatgtgatagaccaaaaattactttgggatcacatagagtagaagatggttttttagtg
cagacttttatacctcatgcaaaagaggtggaattgttgattgacggtaataaaaatcct
atacctatgcaatgtatggatgaagttggattctttgcttgctttgttgggagaaagcag
gagttcaagtataagtatatagtaaaatacgacaatgatgtagagcagacagtatcagat
ccgtactcatttgatagtatttattctgaggaggacttatcaaagtttagtgcaggaata
aactacgagatatatgaaaagatgggtgcaaagccaatgactttatccggagtacaaggt
gtaaacttttctgtgtgggcacctgaggctatgagagtatccgttgttggagatttcaac
ctttgggatggtagaagacatcaaatgaacagactcggagatttcggagtttttgagata
tttataccggacgtatgtgtaggtgatctatataagtttgaggtaaaaaacaaaaagggt
gagcctatgctaaaatcagatccatatgcattctattcagaactccgtccaaatactgcc
agtgttgtagtggatatttctgattttgagtggagtgatgatgattggatgaaaaataga
gaagatatccaatctacaagggtaaatgaatcagcagcgatgaatatctatgaattgcac
ctcggatcctggattagaaaagagatgcaatatgatgagaatggtgaagaggtaaatggc
tcagtattttacaattatcgtgaaatagctcataaattggcagtatatgtaaagaagatg
aactatacccatgtggagataatgcctataatggagcatcctcttgatgcaagctgggga
tatcaggtaacagggtactacagccctacaagtagatatggaacccctcaagactttatg
tactttatgaattatatgcacaagaaaggtattggagtaatacttgattgggtaccggca
catttcccaagagatttgcatggacttggatgctttgacggaagtcatctatatgagcat
gcagatccaagacagggagctcatcctcactggggaacattgatatataattatgcaaga
ccacaggttagcaacttccttatttccaatgcacttttctgggctgagaaatatcatgtt
gacggtataagaatggatgcagtggcttctatgctgtatctggattatggaaagaataac
ggagagtgggttgccaatatatatggaggcaatgaaaatctggatgcaatagagttttta
aagcatttgaactccatatataagaaaagaaatccttcaagccttttgattgcggaggag
tccacagcatggccgaagataagtggcgatctaaatgatggtggactgggatttgattac
aagtggaatatgggttggatgaatgatttccttgagtttatgaagctagatccatatttt
agaagtggagattataatgctttaacattctcacttttttatcactacagtgagaacttc
attttggttttaagccatgatgaggtagttcatggtaaggctacattggcaggaaagatg
ccgggagctactcaggaagaaaagtttgctaatcttagagttgcatatggatatatgatg
acacatcctggaaagaagctattgtttatgggacaggagtttgggcagatgaatgagtgg
aatgaggataaatcgcttgaatgggatctcttggactatgatattcacagtaaaatgcaa
aaatattctaaggcattgaacaaactctatgtagattatccggcattatataaactggac
tatgatccggcaggatttgagtggataaattgtacttccaaagatgagagtatggttaca
ttcatcagaaaaacagagaaggaagaggatactttggtcgttgtatgcaatttcacccct
gttgtatatgaaaaagaaataggtgttccatataagggaacttacactgaaattttcaat
tcagatgataagaaattcggtggaagtggagtaggaaacaagagggcaaagaaatccgtt
aagaagaaagtggatggcagagataattctttgaagatcaaagttccaccaatggctata
actatatttaagtgggcagaatag |
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