| Entry |
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| Definition |
alpha-1,4-glucan:alpha-1,4-glucan 6-glycosyltransferase
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| Orthology |
| 1,4-alpha-glucan branching enzyme [EC: 2.4.1.18] |
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| Organism |
hhl Halobacteroides halobius
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| Pathway |
| Starch and sucrose metabolism | | Metabolic pathways | | Biosynthesis of secondary metabolites |
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| Brite |
KEGG Orthology (KO) [BR:hhl00001]
Metabolism
Carbohydrate metabolism
00500 Starch and sucrose metabolism
Halha_1290
Enzymes [BR:hhl01000]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.18 1,4-alpha-glucan branching enzyme
Halha_1290
Exosome [BR:hhl04147]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
Halha_1290
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| SSDB |
    |
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| Motif |
 |
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| Other DBs |
NCBI-GI: NCBI-GeneID: UniProt: |
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| Position |
1291394..1293613
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| AA seq |
739 aa  
MISDQNKINKLITGNCKDPFEILGIHRLNKEQVIIRIFRPKVKKAFIISDILENDIKLNK
INKEGFFEKVINKSKLFNYKLKLENEQGEKWITKDPYSFLPIISEYDLHLFNEGNHHQIY
EKMGAHITTKKGVSGTHFSVWAPEAKRVSVVGDFNNWDGRVHQMRMLGASGVWEIFIPNI
TEGELYQFEIKTKSDRVLMKSDPYAFYSELRPAKASIIYEINNKHEWKDDKWMKERKEKE
WLKEPISIYEVNLSSWAKVPEEKNRFLTYRELADQLVNYIKQNNYTHVELMPLAEHPLDE
SWGYQITGYFSATSRFGKPEDLMYLIDQFHQHNIGVILDWVPGHFPKDAHGLGRFDGSAL
YEHLDPLLGEHLKWGTYIFNHGRNEVKNFLISNALFWLDKFHIDGLRVDAVSSMIYLDHG
RQHWRTNAYGGTENLAAIEFLKYFNSITHKYYPGILTIAEEATSRPGITSPTYSDGLGFS
MKWNMGWMHDSLEYIEAESTHRKYHHNNLTFSLTYAFNENYLLSLSHDEVVHLKKSMLEK
MPGDKWQKFANLRLFYSYMYAHPGKKLLFMGGEFGQWSEWNATESLDWHLLNYKPHQKLL
KFVRDLNAIYQQNNALWEVDFDPQGFEWLDCNNHQKSIFSFIRKNKKENEIIVCVFNFRP
VVRENYKLGVPQAGTYNEILNTDSKIYGGQNIGNLGKLKSEPIECYQRKESINITLPPLS
GLYFKYQSQKEKKDGLKTR |
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| NT seq |
2220 nt  +upstreamnt +downstreamnt
ataatttcagatcaaaacaaaatcaataaactaataactggtaactgtaaagatccattt
gaaatattaggtatacatagattaaataaagaacaggtaattattagaatctttagacca
aaagtaaaaaaagctttcattatatctgatatcttagaaaatgatattaaactaaataaa
attaataaggaaggattttttgagaaagtaattaataaatcaaaattattcaattataaa
ttaaaattagagaatgagcaaggagagaaatggataactaaagatccttattcattttta
ccaattatatcagaatatgatttgcatttgtttaatgaggggaatcatcatcaaatctat
gaaaaaatgggagcacatataacaactaaaaaaggagtatcaggaactcatttctcagtt
tgggctccagaagctaaacgagtaagtgttgtaggagattttaataactgggatggtaga
gttcatcaaatgagaatgctaggagctagtggagtttgggagatctttattcctaatatc
acagaaggagagttatatcaatttgaaataaaaacaaaatcagatagagttttaatgaaa
tctgatccttatgctttttacagcgagttaagaccagcaaaggcctcaatcatatacgaa
ataaataataaacatgaatggaaagacgataaatggatgaaagaaagaaaagaaaaagaa
tggttaaaggaacctatatcaatttatgaagtcaacttaagttcctgggccaaagtccca
gaagaaaaaaatagatttttaacttatagagaattagctgaccaattagtaaactatata
aaacagaataactatacccatgttgaacttatgccgctagcagaacatccacttgatgaa
tcatggggttatcaaattacaggctacttttctgcaaccagtagatttggaaaaccagaa
gatttaatgtatttaatagatcaatttcaccaacataatattggagtaatcttagattgg
gtcccaggacactttcctaaagatgctcatggattaggaaggtttgatggatcagcacta
tatgaacacttagacccgttgctaggagaacatttaaagtggggaacctatatctttaac
catggtagaaatgaagttaaaaactttctaatatcaaatgctttattttggttagataag
tttcatatagatggcttaagagtagatgcagtatcatctatgatatacttagaccatggg
cgccaacactggagaacaaatgcatatggaggtacagaaaatttagcagccatagaattt
ttaaagtattttaattcaattactcataaatattacccaggaattttaactattgctgaa
gaagctacttcacgacctggaataactagccctacatattcagatggtctaggattttct
atgaagtggaatatgggatggatgcatgactcattagaatatatagaggcagaatctaca
catagaaaataccatcataataatctgacatttagtttgacgtatgcatttaacgaaaac
tatctattatctttatctcatgatgaagtagtacatctaaaaaaatcaatgctagagaag
atgcctggtgataaatggcaaaagtttgctaatttgcgcctgttttattcatatatgtat
gcccatccaggtaaaaaattattgtttatgggaggagaatttggtcaatggagtgaatgg
aatgctactgaaagtttggattggcatctcttaaattataaaccacaccaaaaattatta
aagtttgtccgtgatttaaatgctatttaccaacaaaataatgctttatgggaagttgat
tttgatccacaaggttttgaatggttagattgtaataatcatcaaaaaagcatcttctca
tttattagaaagaataaaaaagaaaatgaaataatagtctgtgtgtttaattttagacca
gttgtaagagaaaattataaattaggtgttcctcaagcaggtacttataatgagatatta
aatacagattctaaaatttatggagggcaaaatataggcaatttaggtaagcttaaatca
gaaccaatagaatgctaccaaagaaaggaatcaataaatattactctacctccattaagt
gggctttactttaaatatcagtcacaaaaggagaaaaaagatggacttaaaactagataa |
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