KEGG T01053: AaeL

Aedes aegypti (yellow fever mosquito): AaeL_AAEL009838

Entry

AaeL_AAEL009838 CDS T01053

Definition

glycogen debranching enzyme

Orthology

K01196

glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]

Organism

aag Aedes aegypti (yellow fever mosquito)

Pathway

aag00500	Starch and sucrose metabolism
aag01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:aag00500]

SSDB

Motif

Pfam:

hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase

Other DBs

NCBI-GI:

NCBI-GeneID:

VectorBase:

UniProt:

AA seq 1550 aa
MLKKMGSFLSYEKLPTIFEVKKMADQTGSIKLAIHHNDQGKGSLYRLKKNSMVHVHPGPS
LLGRRVAIFCNYPADGADFDRNRYTQLKWFSPTGTQLESDGSKYLSIKDVDYYCNVHLTR
SGAYHFYILYEGEEEQQAGLYVQIEPSLTIGKGPSAAQLPLEAIRCQTVIAKLMGPLESW
EAKLQVTKESGYNMVHFTPIQELGGSRSAYSLKNQNKVNPEFQNGDQPVEFEDVNKVIKK
MREDWGIASICDIVLNHTANESVWIREYPECSYNCFTCPHLRPAFLLDALLARVGEDVGA
GLLEHVGVPKVVETNDHLQAIHWQIHSNYLPQIKLYELYQCDVDKYVTRFNDEASKNGPS
AAKEVPEGDLKLKHDQEYRRLGAQIDWDRAMKTYNVFRQDCFDEDSRKRKCAEAFRSKLQ
WLNEEVRKEIQAHLDYAIENCLAGARYERVQADGPQIKGISVKYPLFMKYFTQYGIQGKS
LKDIEAMMYGGAGKLFMAHNGWVINSDPLKDFARPQEGTGNVYLRRELIAWGDSVKLRYG
DKPEDSPYLWKHMKEYVDTTAKIFDGVRLDNCHSTPLHVAEYLLDSARKVNPELYVVAEL
FTNSDYTDNVFVNRLGITSLIREALSAWDSHEEGRLVYRYGGDPVGAFFPYPKRILAPSI
AHALFMDLTHDNPSPVEKRSIFDLIPSAGLVSMACCATGSNRGYDELVPHHIHVVDEERQ
YQEWGKHVDKSTGIVAVKEAFNLLHGGLATRNFDQLFVDQMHPDIVAVTRHSTLNRETVV
LVAHTAFNYPSPWAGPTGVRPLRVEGDLVEIIFEVQIYKKTGQTFDQPTEFKKDEHYING
VQEYVVDLRKNLKLDESDIFEKTPVIDGNTTQLNFVNLKPGSVVAVRFSLKNNMKSPIEN
LQSLVREFHQDKGSRYVELQHMLSKLNLVDFNSLLYCCAEEERDNGGGPYNISGYGDLVY
CGLQGVVSILSDIGPNNDLGHPLANNLRMGNWLIDYCSQRLQKYPNLEPISNWLEKNLAP
LKEIPRYMIPSYFDVIITGVHRLAISAACNLMSEFVRQGSNFGRRLALGSVQCVRVAPSA
NLPPMSPNVNPPKPPQRCATLAAGLPHFATGYMRCWGRDTFISLRGLMFLTGRFDEARYM
ILGFGACLRHGLIPNLLDGGMNARFNCRDAIWWWLYCIRQYVEEAPNGKKILMDKVSRLY
PTDDSEPKMPGECDQFLYETIQEALTVHFQGLSYRERNAGTRIDAHMKDKGFNNRIGIHP
ETGFVFGGNNANCGTWMDKMGSSDKAGNRGIPSSPRDGSAVELVGLQMAGLRFMQRMAEE
KAIPGTGSVERTSSNGTKTVWTYKEWADKIAANFEKEFYVDESSDSKYVNKKGIYKDTLG
SEIPWTDYQLRCNFPIALVAAPELCDHKHAWRALENAKKYLLGPLGMKTLDREDWAYRGN
YDNSIDSDDKTVAHGANYHNGPEWVWPIGFYLRARLIFAKANGLLKETIAETWSILQKHL
HELQTNHWRGLAELTNENGAYCKDSCRTQAWSMGCVLEVLHDLEKYEKEL

NT seq 4653 nt +upstreamnt +downstreamnt
atgttgaaaaagatgggatcctttctgtcttatgagaaactgccgacaatcttcgaggtg
aaaaagatggccgatcagaccggttcgataaagctggcgatccaccacaatgaccagggc
aaaggctcgctctaccgtctgaagaagaactccatggtgcacgtccatccgggaccgtct
ctgctgggccgccgggtggccatcttctgcaactatccggccgatggtgctgatttcgac
cgcaaccggtacacccaactgaagtggttctcgccaacgggaacccagctcgagtcggat
ggctccaagtatctctcgatcaaggatgttgactactattgcaatgttcacctgacccgc
tccggggcgtaccacttctacattctgtacgagggtgaggaagaacagcaggctggactg
tatgtgcaaatcgagccttctctaaccattgggaagggtccctcagcagcccaactgccc
ctggaggccatccgttgtcagacggtcatcgctaagttgatgggtcctcttgaaagctgg
gaagccaagttgcaggtcaccaaggagagcggctacaatatggttcatttcacaccgatc
caagagctgggcggctcgagatctgcctattctctcaagaatcaaaataaagtgaacccg
gagttccagaatggtgatcaacccgttgagttcgaagatgtgaataaggttatcaagaaa
atgcgcgaagattggggtatcgcgtcgatttgcgatatcgtgctgaatcacactgcgaac
gagtcggtttggattcgggaatatccggagtgcagctacaattgcttcacctgcccacat
ttgaggccggccttcctgttggatgctttattggctcgtgtgggcgaagacgtgggcgct
ggactactagagcatgtcggtgtgccaaaagtggtggagacgaatgatcatctgcaggcc
atccattggcagatccactcgaactatctgccacagattaagctgtacgagttgtatcag
tgtgatgtagataagtatgtcaccaggtttaatgacgaggcgtcgaagaatggtccgtct
gcggcaaaagaagtaccggagggtgacctcaagctcaagcatgatcaggagtatagacgg
ctgggagcacaaatcgattgggaccgggccatgaagacctacaatgtattccgccaggac
tgtttcgacgaggacagtcggaagcgcaaatgtgcagaagcattccgttcgaagttgcaa
tggctgaacgaggaagttcgtaaggagattcaggcgcatttggattatgctattgagaac
tgcctggctggagctcggtatgagcgagtgcaagctgatggacctcaaatcaagggaatt
tcggtgaagtatccgttgttcatgaagtacttcactcagtacggaatccagggtaaatcg
ttgaaggatattgaagcgatgatgtacggaggagctggtaagttgttcatggctcacaat
ggatgggtgattaacagtgatccgctgaaggactttgctcggcctcaggaggggacgggt
aatgtctatttgaggagggaattgattgcttggggtgacagcgtaaagttaaggtacggc
gacaaaccggaagatagcccgtatttgtggaagcacatgaaggagtatgtcgacactact
gcgaagatcttcgacggagttcgattggacaactgccattcgacgccgctgcatgttgcg
gaatatctgctggattcggcgcggaaggtcaacccggaattgtacgtcgtggcggaactg
tttaccaactctgattacacggataacgttttcgtcaatcggttgggcattacttcattg
attcgagaggctttgtcggcatgggattcccacgaggaaggtcgactcgtgtaccgatat
ggaggtgatccggtgggggcgttcttcccatacccgaaacgtattctagcgccgagcata
gcccacgcactgttcatggacctgacgcacgataacccatcgccagtggagaagcgatcg
atcttcgatttgattccgtctgctggtttggtttctatggcgtgctgtgcgacgggaagc
aatcgagggtacgacgagctggttccgcatcacattcacgtggtcgacgaagaacgtcag
taccaggagtggggaaaacacgtcgacaaatcgaccggcatcgtggcggttaaggaagct
ttcaatcttttgcacggtggtcttgcgacgcgtaatttcgaccagctgttcgttgaccaa
atgcatccggatattgtggccgtcacccgtcactctacgctgaaccgcgaaacggttgta
ttggtggcgcataccgcgtttaattaccccagtccttgggctggtccgacgggagttcgc
ccgctgcgtgtcgagggcgatttggtggagattatcttcgaagtacagatctataagaaa
actggtcaaaccttcgatcaacccacggaatttaagaaagatgaacactacatcaacgga
gtccaagaatatgtggttgatctgcgcaagaatttaaaactggatgagtcggatatcttt
gagaagacacccgtcattgatggaaacacgactcagctgaactttgtcaatctgaagccc
ggatcggtggtagcagtgcggttttctctgaaaaataacatgaaatcacccattgagaat
ctacagtcgttggttcgagagttccaccaggataagggttctcgatatgtggaactgcag
catatgctgagtaagcttaacttggtggacttcaacagcttgctgtactgttgtgctgag
gaggaacgtgacaatggcggaggcccgtacaacatctctgggtatggtgatttggtgtac
tgtggacttcagggcgtggtttcgattttaagcgatattggtccgaacaatgatttgggt
catccgttggcaaacaatctgcgcatgggaaattggttgatcgattactgttcgcagcgt
ctgcagaaatacccaaacttggaaccgatttccaactggctggagaagaatcttgctcca
cttaaggaaatccctcggtacatgattcccagctacttcgatgtgatcatcactggagtt
caccgtttggccatcagtgcagcgtgcaacctgatgtcggagttcgtccggcaaggctct
aactttggtcgccgtttggctctgggatcggttcagtgcgtcagggtggctccttcagcc
aatcttccgccaatgagtccgaatgtgaacccaccaaagcctccacagaggtgtgcaact
ctggctgctggattgccacactttgcgaccggatatatgcgctgctggggacgagatact
ttcatttcgttgcgaggacttatgttccttactggacgtttcgatgaggcacgctatatg
attcttggctttggagcatgtcttcggcatggattgattcccaatctcctggatggagga
atgaatgctcgtttcaactgccgtgatgccatctggtggtggttgtactgcattaggcaa
tacgtagaagaggctccgaatggaaagaaaatactgatggataaggtctcccgactgtat
cctacggacgactcggaaccgaagatgcctggtgaatgcgatcaattcttgtacgagacg
atccaggaagcgttgaccgtacacttccaggggttgtcctaccgggaacgcaatgccggc
acccgtatcgacgcccacatgaaggacaagggattcaacaaccggatcggtatccatccg
gaaacgggatttgtcttcggtggtaacaatgccaactgcggaacctggatggataagatg
ggatccagtgataaggccggtaatcggggtattccctcgtcgccacgcgatgggtctgct
gtggagctggttggtctgcagatggctggtttgagatttatgcagcgaatggccgaagaa
aaggctattcctggaacaggttcggtggaacgcacttccagcaatggaaccaaaactgtt
tggacgtacaaggaatgggccgacaaaatagcggccaactttgaaaaagagttctacgta
gatgaaagcagcgacagtaagtacgttaataagaagggaatctacaaagacacattgggc
tcagagattccatggaccgactaccaactgagatgtaacttcccgattgcactggtagcg
gccccggagctttgcgaccataaacatgcctggagggcgttggagaatgccaagaaatat
ctgctgggaccccttggtatgaagaccttggatcgcgaagattgggcctaccgtggcaat
tatgacaattcaatcgacagtgacgacaaaactgtagcgcacggagccaactatcacaac
ggtccggaatgggtttggccaatagggttctatctccgtgcgagacttatcttcgccaag
gctaacggactgctcaaagagacgatcgccgaaacgtggtccatcttgcaaaaacatcta
cacgaactgcaaaccaatcattggcgcggtctggccgagttgaccaacgaaaatggagcg
tactgcaaagactcgtgccggacacaggcctggagtatgggttgcgtgctagaagtgttg
catgacctggaaaagtatgaaaaagagctctaa

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 (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
   VECTORBASE-AAG (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (27)   

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