KEGG T01523: 100551267

Meleagris gallopavo (turkey): 100551267

Entry

100551267 CDS T01523

Gene name

AGL

Definition

amylo-alpha-1, 6-glucosidase, 4-alpha-glucanotransferase

Orthology

K01196

glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]

Organism

mgp Meleagris gallopavo (turkey)

Pathway

mgp00500	Starch and sucrose metabolism
mgp01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:mgp00500]

SSDB

Motif

Pfam:

hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase

Other DBs

NCBI-GI:

326925010

NCBI-GeneID:

100551267

Position

AA seq 1530 aa
LNEMEKLDKTLFRLEQGFELQFRLGPTLQGKHVTVCTNYPASGDVFDRHKFRTLSWHNPT
GKEDDSDKYCKLDLQISGSYQYYFSLGNEKSGGGYIVVDPILRVGADNHVLPLDCVTLQT
FLAKCLGPFHEWENRLKVAKETGYNMIHFTPLQKLGLSRSCYSLADQLEVNPEFSSHNKK
CTWNDIGALVEKMKNEWNMLCITDVVYNHTAANSEWLRMHPECGYNLVNSPHLKPAWVLD
RALWHLSCMVADGRCIDKGVPPMIENDHHLNCIRKIIWEDIYPKIKLWEFFQVDVNKAVQ
QFRTLLTKGKGRVCTKSDPNQHLQIVQDPDYRRFGCTVDMNIALATFIPHSNGPGAIEEC
CNWFRKRIEELNAEQYRQIHHHQEQAVNCLAGTVVYERLAGHGPKLGPISRKYPLVTRYF
TYPFKDLTVEEEQSMMHQPDKACYFMAHNGWVMGDDPLRNFAEPGSNVYLRRELICWGDS
VKLRYGNKPEDCPYLWAHMKKYTEITAKHFHGIRLDNCHSTPIHVAEEMLATARSVRPNL
YVIAELFTGSEYIDNVFVNRLGITSLIREAMTAYNSHEEGRLVYRFGGEPVGSFVQPRLR
PLVPGIAHALFMDITHDNECPIQHRSAYDALPSAMIVSMACCATGSTKGYDELVPHQISV
VSEERFYSTWNPQAHLNSGEVNFQTGILAGRLAMNRLHQELGTKGFNQVYVDQVDEDIVA
VTRHCPNTHQSVVAVSRTAFRDPKTSFYSKEVPEMCIPGKIEEVVFEARTIERSTSPYKK
DEHFINGLPNFTVELREHIQIKESKIIKQAGTAIKGPNEFVQEIEFENLTPGSVIVFRVS
LDPKAQEAVGVLRNHLIQFSPHFKSGSLPDDHSAPILKTLFSSIASKLTLADLNQVLYRC
ESEEQEDGGGCYNIPNWSSLKYAGLQGLMSVMADVRPKNDLGHPFCDNLRSGDWMIDYVS
NRLISRAGACAEVGKWLKAMFVYLKKIPRYLIPCYFDAILVGAYTTLLDVGWHQMSSFVQ
NGSTFVKHLSLGSIQMCGIGKYACLPDLSPSLHDVPYRLNEITNKKEQCCVTLAAGLPHF
SSGIFRSWGRDTFIALRGLMLLTGRYIEARNIILAFGGTLRHGLIPNLLGQGTHARYNCR
DAVWWWLQCIQDYCKIVPNGLDILRCPVSRMYPRDDSSPQPAGSVDQPLYEVIQEAMQRH
MEGISFRERNAGPQIDQNMRDEGXXXXXXXXCFNIIAGVDHETGFVFGGNRFNCGTWMDK
MGESDRARNKGIPATPRDGSAVEIVGLCKSAVRWLLDLSRKNEYPFHGVTIKRYGREETI
TYDEWNRKIQGHFERLFFVSENPADQNEKHPNLVHKRGIYKDSYGASSPWCDYQLRPNFT
IAMVVAPELFTPERAWKALRIAEEKLLGPLGMKTLDPDDMVYCGVYDNALDNDNYNVARG
FNYHQGPEWLWPIGYFLRAKLYFSKLIGPEIYAKTVVMIKNVLSRHYVHLERSSWKGLPE
LTNENGQYCPFSCETQAWSIGVILEVLYDL

NT seq 4593 nt +upstreamnt +downstreamnt
ctcaacgagatggagaagctggataagaccctcttcaggctggagcaagggtttgaactg
cagtttcgattgggcccaactcttcaaggcaagcatgttactgtgtgtacaaattatcca
gcttctggagacgtatttgatcgccacaagttcagaacgttatcatggcacaatcccaca
ggaaaagaggatgactctgacaaatattgcaagttagatctccaaatttctgggtcgtat
cagtactattttagtcttggaaatgagaaaagtggtggaggttacatagttgtggatcct
attttgcgtgttggagccgataaccacgtgttacctttggactgtgttacactccagaca
ttcctcgctaagtgtctgggaccattccatgaatgggaaaatagacttaaagttgcaaaa
gaaacaggttacaacatgattcattttacaccactgcagaagcttggactatctagatca
tgctattcactggctgatcagttagaagttaatcctgaattttcaagccataacaaaaaa
tgcacttggaatgatataggagctcttgtggaaaaaatgaaaaatgaatggaatatgctt
tgcatcacagatgtagtctacaaccatactgctgctaacagtgagtggctcaggatgcat
ccagaatgtggctacaaccttgtaaattctcctcacctgaagccagcctgggtcttagat
agagctctgtggcacctgagctgtatggtggctgatggaaggtgtattgataaaggagtc
cctcccatgatagaaaatgatcatcacctgaattgtatccgtaaaatcatttgggaagat
atatatccaaaaattaaactatgggaatttttccaagtggatgttaataaagctgtgcag
caatttagaacccttctaactaaaggtaaaggaagagtgtgcactaagtctgatccgaat
caacatcttcaaatagttcaagaccctgattatagaagatttggttgtactgtagacatg
aatatagcactggcaacgttcataccacacagcaatggaccgggtgcaatagaagaatgt
tgtaactggtttcgcaagagaattgaagaactgaatgctgagcaatacagacagattcat
catcatcaagagcaggctgtcaactgtcttgcaggaacagtggtatatgaacgtctggcc
ggtcatggtcctaaactaggccctattagtagaaaatatcctttagttaccaggtatttt
acttatccattcaaagacctgactgtggaggaagaacaaagtatgatgcatcagccagat
aaagcttgttatttcatggcccataacggatgggttatgggtgatgatcctcttagaaac
tttgcagaaccaggttcaaatgtttatttgagaagagagcttatttgttggggagacagt
gtgaaactgcggtatggcaacaaacccgaagactgcccgtacctctgggcacatatgaaa
aaatacacagaaatcactgccaaacatttccatggtattcgtcttgacaactgtcactct
acacctattcatgtagctgaggagatgctagctacagccagatcagtcagacctaatctt
tatgtgatagctgaactcttcacgggcagtgagtacattgacaatgtttttgtcaaccgc
ctgggaattaccagcctgattagagaggccatgacagcttataatagccacgaagaggga
aggttggtttatcgttttggaggtgaacctgttggctcttttgttcagccacgtttgcgg
cctttggtgccaggaatagcgcatgcgctcttcatggatattacacatgacaatgagtgt
ccaattcagcatcgatctgcatatgatgcacttccaagtgcaatgattgtttccatggcg
tgttgtgctacaggaagcaccaaaggttatgatgaactagtaccccaccagatttctgta
gtatctgaagagagattttattcaacctggaatccacaagcacacctgaattctggtgaa
gttaatttccagacaggaattctagctggaaggctagccatgaacagactgcatcaggag
ctgggaactaaaggcttcaatcaggtgtatgtagatcaagttgatgaagatatagtagca
gtgacaagacattgccctaacacccaccagtctgttgtggctgtaagcagaactgctttc
agggatccaaagacttccttctacagtaaagaagtacctgaaatgtgtatcccaggaaaa
attgaagaagtagtatttgaggctagaactattgagagaagtactagtccttacaaaaaa
gatgaacattttataaatggattgcctaatttcacagtggaactcagagagcatatccag
attaaagagagtaaaatcataaagcaagctggaactgccataaaagggccaaatgaattt
gttcaagaaatagaatttgaaaatttaacaccaggaagtgtaatagtattcagagttagt
cttgatccaaaggcacaggaggctgttggtgtacttcgcaatcatctgattcagttcagt
cctcactttaaatctgggagtcttcctgatgatcattcagcacctatattaaaaacatta
ttttcttcaattgcatctaaactaactttggctgacttaaatcaagtgctgtataggtgt
gagtcagaagaacaagaagatggtggaggttgttacaatataccaaactggtcatccctg
aagtatgcaggtctccaagggttaatgtcagtaatggcagacgttagaccaaagaatgat
ttgggacacccgttctgtgataatttaagatctggagactggatgatcgattatgtcagt
aatcgtctgatttcacgtgcaggagcctgtgcagaagttggtaaatggttgaaggccatg
tttgtatatttgaagaaaattccacgctaccttattccatgttactttgatgccatttta
gtgggtgcatacacaactcttctggatgtgggatggcatcagatgtctagctttgtgcag
aatggatcaacatttgttaaacacctttccttgggctcaatccagatgtgtgggatagga
aaatatgcatgtctgccagatctgtctccttccttacatgatgttccctataggctgaat
gagattacaaataagaaggaacagtgctgtgttactttagcagctggtttacctcacttc
tcttctggaatcttccgttcttggggaagggacacctttattgcacttagaggcctaatg
ttacttacgggacgttatatagaagcaagaaacataattctagcatttggtggaacttta
agacatggtctcattcccaacctgcttggccaaggaacacatgccagatacaactgccgt
gatgctgtgtggtggtggcttcagtgtatccaggactactgtaagattgttccaaatgga
ttagacattctcaggtgtcctgtttctcggatgtatccaagagatgattcttctccacag
cctgcaggcagtgtggatcagccactctatgaagtaatacaggaggcaatgcaacgacat
atggaaggcataagtttcagagaaagaaatgctggtccacagatagaccaaaacatgaga
gacgaaggnnnnnnnnnnnnnnnnnnnnnnnngtgttttaatataatagcaggtgttgac
catgaaactggctttgtctttggggggaaccgcttcaattgtggcacttggatggataaa
atgggagagagtgacagagctcgcaacaaaggaattcctgctactccaagagatggctct
gctgtggagattgttggcctgtgcaagtcggctgttcggtggttgctggatttatctagg
aaaaatgaatatccgttccatggcgtcaccataaaaagatacggaagggaggagactatc
acatatgatgaatggaacagaaaaattcaaggacactttgaaagactcttctttgtctct
gagaaccctgcagatcaaaatgaaaaacatccaaatctagttcacaaacgtgggatttat
aaagacagctacggagcttcaagtccatggtgtgattaccaacttaggccaaattttacc
atagcaatggttgtggcccctgagttgttcacacctgagagagcttggaaagctctgagg
atagcagaggaaaaactacttggtccattgggcatgaaaactttagatccagatgatatg
gtgtactgtggagtatatgataatgctcttgacaatgacaactataatgtagccagaggt
tttaattaccaccaaggacctgaatggctgtggccgattggatattttcttcgtgccaaa
ttgtacttctcaaagttgattggtccagagatatatgcaaaaactgtggttatgataaag
aatgttctttctcgccactatgttcaccttgaaagatcatcctggaaagggcttccagaa
ttgaccaatgaaaatgggcagtattgtccttttagctgtgaaactcaggcctggtcgatt
ggtgttatccttgaagttctttatgacttgtag

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)   
   UniGene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (25)   

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