KEGG   Breviolum minutum: v1.2.010885.t1
Entry
v1.2.010885.t1    CDS       T04349                                 
Symbol
symbB.v1.2.010885.t1
Name
(OIST) -
  KO
K00700  1,4-alpha-glucan branching enzyme [EC:2.4.1.18]
Organism
smin  Breviolum minutum
Pathway
smin00500  Starch and sucrose metabolism
smin01100  Metabolic pathways
smin01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:smin00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    v1.2.010885.t1 (symbB.v1.2.010885.t1)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:smin04147]
    v1.2.010885.t1 (symbB.v1.2.010885.t1)
Enzymes [BR:smin01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.18  1,4-alpha-glucan branching enzyme
     v1.2.010885.t1 (symbB.v1.2.010885.t1)
Exosome [BR:smin04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   v1.2.010885.t1 (symbB.v1.2.010885.t1)
SSDB
Motif
Pfam: CBM_48 Alpha-amylase
AA seq 1163 aa
MEVTSARQQRLSTKEALAKLERELLSSKEETKTAQVEQERLKECLEKQRQVQRGLEEDLE
MLEASKVEAEQRWEQITEDMNSRLTEVQEEKRELQVKLSEVELKLDVDQEKVIEELQAKW
HRSQAEKNKLEGQMSQFRQEADEKVKNLNAALQSEKASKLSCFLLFVQADLKNKSMTAAE
EVKLLQAEKNKLEGQMSQFRQEADEKVKNLNAALQSEKAARTALEKQLEEDLKKVQADLK
NKSMTAAEEMKLLQAEKNKLEGQMSQFRQEADEKVKNLNAALQSEKAARTALEKQLEEDL
KKVQADLKNKSMTAAEEVKLLQAMVDMAARTALEKQLEEDLKKVQADLKNKSMTAAEEGK
LLQAEKNKLEGQMSQFRQEADEKVKNLNAALQTALEKQLEEDLKKVQADLKNKSMTAAEE
VKVLKAKRKELEKDLSLLRKEAAGEVKRMNLTLELEKEKVLQAQRDTEVVGIRRALAVDD
WPSGASLSDADVDALHLAHHVAPRSVLGCHRLKGDESKSNDGSENVDLFVFRVWHQSLER
DWEAEEQEILLELEGVEQPVAMRRRCAWLYEAVVFLPADWMPSEDDAAQAPVGGVLRLPR
YRLHIPEEERLVHDAFGYVGFLLAEVEIDHFQGGRFPNVADALGCHCVCAGGVFGLRFAT
WAPRAVFVSVVGEWNHWDGRASPMAKRFRAEGGGFSGLWEVFVPFGELADIPFGKKYGYK
IHTMAGTDMVKMDPYAQEMEVPSDMYHSPVLNASVVSRCDDSYRAEPFEWSDEAWMTKRE
ERGRLGTALLQPMAVYEVHLPSWRRGANGEVLGYRELAEQLVDHVKALKFNWVELMALAH
HPFQGSWGYQVSAYFSVYSLLGSPDDLKYLIDKLHEAEIGVIMDFVPAHFCRDQCSICDF
DGTPTFEYEDPREGEQRQWGTKVFNFRRNEVRSFLQGAVLFWAERYHIDGFRCDAISSML
YRNFGREEGQWIPNEHGTVSNLECISLLQSLNAIMKELWPGVIMIAEESTAWTGVTSLRP
AEFGLGFDLKWDLGWMNDTLVYFEEPSWNKASNHEKLTLRAGWMDTERYVVPLSHDEVAN
MKGSMVEKMGRKELSNAVRTWNFTNACVYCVPAMVIKWCFRAAPCYSWVKNMDKVENGIV
INLLIGMNVMSLCVKAYAYGCQI
NT seq 3876 nt   +upstreamnt  +downstreamnt
ctcatcaagatgcgtttttcgcgacactgatcacgaaacctcttcgaaagagtgtttgca
gctctcggggtgttttgttatatgaactaagagctactgcactcctttaaccagagatcc
ttcatggaggtgacaagtgctcgccaacaacgcctcagtaccaaggaggccttagccaag
ttggaacgagagctattgagctccaaggaggagacaaaaactgcacaggtggagcaagaa
cggttgaaggaatgcttagagaagcagcgacaggtgcagcgtggcctcgaagaggacttg
gagatgcttgaggctagtaaagttgaagcggagcaacgctgggaacagattacggaggac
atgaattctcgtttgacagaagtccaagaggagaaacgcgagctacaggtgaagctttcg
gaagttgaattgaagctagatgttgatcaagagaaggtcatcgaagaactgcaagcgaaa
tggcatcgaagtcaggccgagaagaacaaacttgagggccagatgtcacaattccgacaa
gaggcagatgaaaaagtgaagaacttgaatgcagcgttgcagtcggagaaggcttcaaag
ctttcatgttttcttttgtttgttcaagctgacttgaagaataagagcatgacagcagcg
gaggaggtgaaattgctacaggcagagaagaacaaacttgagggccagatgtcacaattc
cgacaagaggcagatgaaaaagtgaagaacttgaatgcagcgttgcagtcagagaaggcc
gccagaaccgcccttgaaaagcagcttgaggaagacttgaagaaggttcaagctgacttg
aagaataagagcatgacagcagcggaggagatgaaattgctacaggcggagaagaacaaa
cttgagggccagatgtcacaattccgacaggaggcagatgaaaaagtgaagaacttaaat
gcagcgttgcagtcagagaaggccgccagaaccgcccttgaaaagcagcttgaggaagac
ttgaagaaggttcaagctgacttgaagaataagagcatgacagcagcggaggaggtgaaa
ttgctacaggcgatggtggacatggccgccagaaccgcccttgaaaagcagcttgaggaa
gacttgaagaaggtccaagctgacttgaagaataagagcatgacagcagcggaggagggg
aaattgctacaggcagagaagaacaaacttgagggccagatgtcacaattccgacaagag
gcagatgaaaaagtgaagaacttgaatgcagcgttgcaaaccgcccttgaaaagcagctt
gaggaagacttgaagaaggttcaagctgacttgaagaataagagcatgacagcagcggag
gaggtgaaagtcctgaaggccaaacgtaaagagcttgagaaggacctcagtttgctgcga
aaggaggcagcaggtgaggtgaagcgcatgaacttaaccttggagttggagaaggaaaaa
gtgctacaagcacagcgagatacagaggttgttgggatacgcagagcgttagctgtggat
gactggccaagtggtgcttcgctctctgacgctgacgtggatgcgttgcacctggcgcat
cacgtggctcccagaagtgtactgggctgtcataggctaaagggtgacgagtcgaagtcc
aacgatggctccgagaatgtggatttgttcgtttttcgggtgtggcaccaatctttggaa
agagactgggaggcggaagagcaagaaattcttttggaattggaaggtgtggaacaacct
gtggcgatgcgacgtcggtgtgcttggctttatgaagcggtggtgtttttacctgcggat
tggatgccatcagaagatgatgctgcccaagcgcctgtgggtggtgtgttgagacttcca
agatatcggctgcacattccagaggaggagcggctagtgcatgatgcctttggatatgtt
ggttttttgctggcagaggtggagatagatcacttccaagggggtcgttttcccaatgtg
gcagatgccttgggctgtcattgtgtttgcgcaggcggcgtcttcggtttacgcttcgcc
acctgggcacctcgcgccgtcttcgtgagtgttgtaggagagtggaatcactgggatggt
cgggcatctccaatggccaagcgctttcgagcagaagggggtggtttctctggactttgg
gaagtttttgttccctttggggagctggcagacattccttttgggaagaagtacggctac
aagattcacaccatggcagggaccgacatggtgaaaatggatccctatgcgcaagagatg
gaagttcccagtgatatgtatcatagtccagtcttgaatgcttcggtcgtcagccgttgt
gatgatagctaccgagccgaaccattcgagtggagcgacgaggcatggatgaccaaacgc
gaggaacgcggacgtctgggaactgccttgcttcaacccatggccgtttacgaggtgcat
ttgccttcatggcggcgtggtgccaatggagaggtcttaggctatcgagagctagcggaa
cagttggtggatcatgtgaaggccttgaagttcaactgggttgagctgatggctttagca
catcatccttttcaaggttcgtggggttaccaggtgagtgcgtacttcagcgtctactcc
ttgttaggttcgcccgatgacttaaagtatctcatcgacaaactccatgaggcggagatt
ggagtcatcatggactttgtcccggcacatttctgtagagaccagtgcagcatatgtgat
tttgatggtacaccaacctttgagtatgaggatccgcgggaaggcgaacaaaggcaatgg
ggcaccaaggtcttcaatttccgtcgcaatgaagtgcggagcttcttacagggcgcggtg
ctcttctgggccgaacgctatcacatcgatggttttcggtgcgatgccatctcttcgatg
ctttatcgcaacttcgggcgagaggaaggacaatggatccccaatgagcatggaactgtg
agtaacctcgaatgtatatcattgctacagagtcttaatgcaatcatgaaggagctatgg
ccaggggtgatcatgattgccgaagaatccaccgcatggacaggtgtcacttccttgagg
cctgcggaatttggtttgggctttgatttgaaatgggaccttggatggatgaacgacacc
ttggtctatttcgaggagccgtcttggaacaaagcttccaatcacgagaagttgaccctc
cgagccgggtggatggacacggaacgttatgtggtgcccttgtcccatgatgaggtggcc
aacatgaagggcagcatggtcgagaagatgggtcggaaggagttgagtaacgccgtgaga
acttggaattttacgaacgcgtgcgtttattgtgtgcctgctatggttatcaagtggtgc
ttccgggccgccccttgctattcatgggtcaagaatatggacaaggtcgagaatggaatt
gttatcaatctcttgattggcatgaacgtgatgagcctgtgcgtcaaggcctatgcctat
gggtgtcagatctgatgggcacatatcgttttcatcggcctttacatatggctgacgacc
atccccatacgcagcagtttccagtgggcgccaagagctttgaatgggtcgaaaacaacg
ccacggcctgtgtggtggcttgttgccggcatttcaaaggcgatcgtccagttttaggca
tttggaactttggtcggcaatatcaccatggatataccatcggcagcttggacccatgga
gtttttttggggcgctaaaaaaatggtttttctccc

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (3)   
   KEGG MODULE (2)   
Chemical substance (2)   
   KEGG COMPOUND (2)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (104)   
   KEGG ORTHOLOGY (1)   
   RefGene (102)   
   OC (1)   
Protein domain (2)   
   Pfam (2)   
All databases (119)   

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