KEGG T01044: LACBIDRAFT

Laccaria bicolor: LACBIDRAFT_302750

Entry

LACBIDRAFT_302750 CDS T01044

Definition

glycoside hydrolase family 13 protein

Orthology

K01196

glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]

Organism

lbc Laccaria bicolor

Pathway

lbc00500	Starch and sucrose metabolism
lbc01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:lbc00500]

SSDB

Motif

Pfam:

hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 1594 aa
MTKNRRSAYGKSKPSVHIPKSGSKSGSRSPSASSSPSPLTPKTPADEAIEFFQAQAQSGD
DPIRVYELRLEPDGGPHRDLSYIRLPPAYTPYILRVSLQAGNPAAKNGVFKTNFPINGGV
FGRENYAKRKLPQDFSKPVQVDLPISHAGAFVYWVEYDGHNGERVKGRSGYFNIDPILKI
KARSPILNDQQQVLPQGEGAVVLNDYIHLPLDGLSILTLVSKWMGPLEGWAKYFDEAKER
GYTMVHYTPLQERGSSDSPYSIRDQMKYDSSLFGTKLTSSAGRTKVEDTLKLAREKYGLL
SLTDVVLNHTANDSEWLVDHPEAGFSPANTPHLTPALELDTAILEFSSSLAARGLPTIVT
SGEDVEKLISAFHDVIQGLDLWQYYVLDPARETESVKAALESKVDVPWAGPNVSGKSAAE
LAEVLRAEKKVKGLGGLASRFGVKVDSTIAAGIIKAALGASQDVDAMTEAWKNVVDVINV
PLYEEWKEDQRVALDNMKNRVKYTRLDPHGPKLGEISETNPLVEPYFTRLEKPSPSADPS
LYSLANNGWIWDADPLQNFALLPSKAYLRREVIVWGDCVKLRYGSSPTDNPWLWSYMTSY
VTSLAHTFDGFRIDNCHSTPLEVGTHMLDAARVVRPDLYVCAELFTGSEEMDLVFVRELG
INSLIRESGNAWDPKELSRLLYRHGLGKPIGSMDNACMVTREELPSPTGKGPTRNAVVTP
LNGALPHALLYDQTHDNESPLDKRSAEDALSTGALVTFSYSAIGSVKGFDDLYPKLLNLV
QEKRTYEPTGIGEKSGISKVKRVLNELHLEMVVDGYEEGHVHQENDYIVLHRVQPKTQKG
YLLVAHTAFSKGSKDRGFIAPIKLRRTRAKFILGASIDILSYDGPKDSQILKGLPAKLVE
TESVVAREGVDHEGLFAEIVVPQHFPPGSIMLFETQLQAHDASLEAFCASGVQEAFSDIN
LVDLNVILHRADVEERDATGGAFGAYEVPNLGKMVYCGLEGWMHPLKHIMRYNDLGHPLC
GHLREGSWALDYVHQRLSYQMAEFPNLAKPALWLKERFDHVKATVPNFMRPKFFALVISE
AYKAARRAGMEQCSEFVASGHGFTQDLAMCGVQMLGLVKSASLNPGVATPSLAAGLPHFA
TNWARCWGRDVFISLRGLFLTTGNFEEARKHILAFASTLKHGLIPNLLDSVRNPRYNSRD
SPWWMLQNIQDYVNSAPEGIAILSEPVKRRFPKDDTWVPWDDPRAYAYSTSLAEIVQEII
QRHVDGIYFREYNAGPQLDMQMKDEGFNIDIQVDWETGFILGGNQHNCGTWMDKMGESEK
AGTKGVPGTPRDGAPVEITGLLKSTLRWLNELSGCGKFPFKGVEATIKGRQRLVTYKEWS
DLLQSSFEKFYYVPLESSDDAKYAINSKLVNRRGIYKDVYGSGPGHEWADYQFRPNFPIA
MTVAPELFDERHAIGALQLVDKVLRGPLGIKTLDPNDLQYRPVYDNSNDSSDPAIAKGLN
YHNGPEWGWPLGYFLRAYLFFDTLVGSGKDDRNQTLHHLHQMLVKARDYVQRDAWAGLPE
LTNENGGYCSDSCNTQAWSASTLLDFLETVHRME

NT seq 4785 nt +upstreamnt +downstreamnt
atgactaaaaaccgcagaagcgcctacggtaaatcaaagccctcagtccacatcccaaag
tcgggctcgaaatcaggttctcgctcgccctctgcttccagctctccctcccctcttact
ccaaagacacccgctgacgaagccatcgagttcttccaggcgcaagctcagtcgggggac
gacccaatacgcgtctatgaacttcgacttgagcctgatggcgggccccatagggacctc
tcatacatccgtctcccaccagcatatacgccgtatatcttacgcgtttcactccaagcg
ggcaatccagcagcgaaaaacggtgtcttcaagaccaacttccccatcaatggtggggtg
tttggcagagaaaattatgcaaagagaaagttaccgcaagacttttcgaaaccagtacag
gttgacctacccatctcgcacgctggcgcttttgtctactgggtcgaatatgatggacat
aacggcgagcgtgtcaaaggacgctctgggtattttaatatcgacccgattctcaagatc
aaggcgagatcaccgatactgaatgatcaacagcaagtcctaccccaaggcgaaggtgcc
gtggttctgaacgactacattcacctgccgttggacggattgtccatcctcactcttgtg
tcaaagtggatggggcccttggaagggtgggcgaaatattttgatgaggcgaaagagcga
ggctacaccatggtgcactacacgcctttgcaagagaggggaagcagtgacagcccatat
tcgatccgcgatcaaatgaagtacgactctagcctttttggaaccaagttgaccagtagt
gcggggagaacaaaggtggaagataccctgaagcttgcgcgagagaaatacggactctta
agcttgacggatgtagtcctcaatcacaccgcaaatgacagcgagtggctggtggatcac
cctgaagcaggattcagtcccgcaaatacgccccatctcactcccgcacttgaacttgac
acggcaatccttgaattttccagctcactggctgccaggggtcttcccaccatcgtcact
tcaggggaagacgttgaaaaacttatctcagcctttcacgatgttattcaaggtctggac
ctctggcaatactatgttcttgacccagctcgggagaccgaatcagtaaaagcggctctt
gaatcaaaagtggatgtaccatgggctggtccaaatgtaagtgggaaaagtgcggcagaa
ttggcggaagtgttgagggccgagaaaaaggtgaaggggttaggtgggttagcatcacgc
tttggggtgaaagtcgacagcactatcgccgctggtattatcaaggccgctctcggggca
tcgcaggacgttgatgcgatgacggaagcctggaagaatgttgtcgacgtgatcaacgtc
ccattgtacgaggaatggaaggaggaccagagggttgcgttggacaacatgaagaaccga
gtgaaatacaccaggctcgatccgcatggaccaaaattgggcgaaatctctgagacaaat
ccgcttgtagagccatatttcacgcgtctggagaaaccatcacccagtgccgatcctagt
ttgtactcgctagcgaataacggctggatctgggatgcagatcctctgcagaatttcgcc
cttcttccatccaaagcatatctccggcgggaggttatcgtctggggtgattgcgtcaag
ttgcgctacgggtcatcgccaaccgacaatccatggctttggtcgtacatgacatcctac
gttacatcgctggcacatactttcgacggtttcagaattgacaattgtcactcaactccc
cttgaagttggcacgcacatgcttgatgcggcgcgtgttgtgcgtcccgacctctacgtc
tgtgcggaacttttcactggaagcgaggagatggacttggttttcgtacgtgagctaggc
atcaatagtttgattagggagagcggcaacgcgtgggatcccaaggagctgtcaagactg
ctgtaccgccacggcttaggaaagccgattggatctatggataatgcctgcatggtgaca
cgggaggagttgcccagcccgactggaaagggacccacgaggaatgccgtggtgacgccg
ctcaatggagcgctcccgcacgccttgctgtacgatcaaacgcacgacaatgagtcacct
ttggacaagcggtccgccgaagacgcgttgtccacgggcgcactcgtgacttttagttac
agcgcaatcggcagtgtgaaaggatttgatgacctatacccaaagttgctgaacttggta
caagagaagaggacatatgaacccactggtattggggaaaagagtggaatttccaaagtg
aaaagggttctaaacgaacttcatttggagatggtggtggatgggtacgaggaaggtcac
gtccatcaggaaaatgactatattgtcctccatcgcgttcagcccaagacccagaagggg
tatttacttgtcgcacacacagcattctcaaagggatcgaaggatcgtggattcatcgcc
ccgatcaagctacgccgaacgagggcaaaatttattcttggggcgagcatcgacattctg
tcctatgacggacctaaggattctcagattctcaaaggtctgccggcaaagctagttgaa
acggagagtgtggttgcacgagaaggcgttgatcacgaagggctttttgctgaaatcgtt
gttccccaacattttcctcctggcagtatcatgctcttcgagacccaacttcaggctcac
gatgcatcgcttgaggccttctgtgcatctggtgtccaagaagcattcagcgacatcaac
ttggtagatctgaatgtcatcttgcaccgtgcagatgtcgaagagagggacgcgactgga
ggtgcctttggcgcatatgaggtgcccaacttgggtaagatggtatactgcggtttggag
ggttggatgcatccgctgaagcatatcatgcggtataacgacttgggacaccccctgtgc
ggtcacttgagagagggcagttgggcactcgattacgtccaccaacgtttgagctatcaa
atggcggaattcccaaatctagcgaaacccgcactatggttgaaggaaaggttcgatcac
gtcaaagcgaccgttccgaatttcatgcggcccaagttcttcgcgctggttatctcagaa
gcatacaaggctgctcgcagggcagggatggaacaatgctctgaatttgtagcctcaggg
catgggttcactcaggatttggccatgtgtggcgtgcagatgcttggtctcgtaaagtca
gcttccctgaatcctggcgtcgcaaccccgtctctggctgctggtttgccacatttcgcc
acgaattgggcacggtgttggggtcgcgacgttttcatctcgttgagagggctcttcctg
acgactggaaactttgaagaggccaggaaacacatcctcgcgtttgcgtcgaccctgaaa
catggtttaattccgaatttattggattcagtgcgaaatccaaggtataattcgcgtgac
tcgccatggtggatgcttcagaatatacaggactacgtgaatagcgcgcccgaaggaatt
gccattctttcagaacctgtgaaacgtcggttccccaaagacgatacgtgggttccctgg
gacgacccgcgtgcatatgcttactcgacctcgctggccgagattgtccaagaaattatt
caacgtcatgtggatggaatatatttccgtgaatataatgcgggtcctcagcttgatatg
caaatgaaggatgaagggttcaacattgatatccaggtggattgggagacggggttcatc
cttggcggaaatcagcacaactgtggaacttggatggataaaatgggagagtccgagaag
gctgggaccaagggagtgcctgggacacccagagacggcgccccagtagaaataactgga
ttattgaagagcacactgcggtggttaaacgagttatctgggtgtgggaagttccctttc
aagggggtggaagcgaccatcaaaggtcgccagaggttagtgacatacaaggagtggtct
gatcttctccaatcgtcgtttgaaaaattttattatgttcctcttgaatcatccgatgac
gcgaaatatgcaatcaactcgaaactggtcaaccgacgagggatatacaaggatgtttac
ggatcagggcctgggcatgaatgggcagattatcagttccgacccaattttccgattgcg
atgaccgtagcgcctgagctatttgatgaacgccacgcaattggtgcgctgcagcttgtg
gacaaagtgctgcggggcccccttggtataaagacgctggatccaaacgacttgcaatat
cgaccggtgtacgacaatagcaatgattcaagtgacccagctattgccaagggactgaac
tatcataatggcccggagtggggttggcctttaggttacttcttgcgagcgtatctcttt
ttcgacacattggtaggttccggaaaggacgatcgcaaccagacgctccatcatctccac
cagatgttggtgaaggctcgagattatgttcagagagatgcatgggctgggctccccgag
ctgacgaacgagaatggtggatattgttcggattcgtgcaatacgcaggcgtggagtgcg
agtacgttgttggactttttggagactgtgcatagaatggaatga

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-LBC (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (26)   

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