KEGG T01611: ARB

Arthroderma benhamiae: ARB_07179

Entry

ARB_07179 CDS T01611

Definition

hypothetical protein

Orthology

K01196

glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]

Organism

abe Arthroderma benhamiae

Pathway

abe00500	Starch and sucrose metabolism
abe01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:abe00500]

SSDB

Motif

Pfam:

hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase

Other DBs

NCBI-GI:

302505821

NCBI-GeneID:

9527171

UniProt:

D4ASG4

AA seq 1506 aa
MDSNNQELVYVVHLNDNGSPDAHHSYVNLPPPTTPAYSLRLQFEGSSPLCRYGSLWVNIP
SAGEEFQRDKYREYKLKPDFNKDIHVDIPIAISGAFDYYFTYRQLPKLFGPGSGSDTGKE
TRSETYYLNVRPAITLKGKALPLESLSIFSVVSKFMGEYPTDWNKHLRGIGERGYNVVHF
TPLVKRGASNSPYSLYDQLEFEECFSNGQKDVADMTAKMEKDYGLLALTDVVWNHVAHNS
QLLEDHPEVGYNIKNAPWLEAALELDTALLQYGNDLAKLGLPTEFKTEDDILVVLRRARE
NVIDKIKLWEFYAIDVERDAAAALKSWESDNYEDAELGNAEEIRGWSMEKKAKFLRQKGV
TNANRVLGRYDRKADPNITASFLAAMFGRHAESKADASTVKAELRKLLDAVNLPLFKEYD
KDVITILDQLFGRIKYLRVDEHGPKMGPVSNESPLIETYFTRLSSSGKRDPRLLALANNG
WVWNADAMKDNAGPDSRAYLLREVIVWGDCVKLNYGASRDDNPFLWDYMADYSKLMAKYF
MGFRIDNCHSTPIPVAEYLLDEARRVRPNLVVFAELFTGSEKTDYIFAKRLGLTGLIREA
MQAWSAGELSRLVHRHGGRPIGSFEADLLSHGDHRESNQIVRQLQYTPLNALFMDCTHDN
QMPAQKREARDTLPNAALVAMCSSAIGSVMGYDEIYPKHVDLVNETRLYSSASSDGEVKS
RTGQGGIGGIKRLLNDLHTSMAVNCYDETHIHHEGQYITVHRVQPHTRKGVLLIAHTAFS
GSKDEHNLDPIVLSGTNAKMIGAWKLEIISSNRDANTNTRFINGLHSKVSDIEEVSIEND
GNNTIIRVPAGLVPGSIALLETWLPETNLLKDLSTFITSDAEAAFKSLDPVDLNFVLYKC
NPEERDISHGSDGVYDIPNFGPLVYAGLQGWWSVLEGVIRNNDVGHPICDNLRNGQWALD
FIVRRMHKAASNEGYGRLKEPAEWLQGRFDAIRKLPSFLLPRYFAIVVKTAYEAALARGI
QLLGVTIEHGKDIIHELAMVSIQQVGFVNSASLYPTKRVPCLAAGLPHFSTDWARCWGRD
VFISLRGLLLCTGRFDEAKEHILAFASVLKHGLMPNLLSDGKAPRYNARDAVWFFLQAIQ
DYTKIVPDGIQVLNEKVRRRFLPYDDTWFSHDDSRAYSETSTVAEIIQEIFQRHASGISF
REYNAGPNLDMQMKDEGFQIDIRVDWETGLVFGGNQWNCGTWMDKMGESTKSGNKGHPGT
PRDGAAVEISGLLYSTLSWLSSLADQGKFPFKGVEVGSGESISYAEWAAKIKSNFERCYY
IPENQVDDSKYDIDSKIVHRRGIYKDLYRSGKPYEDYQFRPNFAVAMTVAPELFTLEKAL
RTLELADSVLRGPMGMATLDPKDLNYNPYYVNSEDSTNFATSKGRNYHQGPEWLWPTGYF
LRALMKFVLMRRDSPQDRTDIFQQLTNRLEECKKALRTSPWRGLTELTNKNGELCADSVS
CCFLSP

NT seq 4521 nt +upstreamnt +downstreamnt
atggactcgaataaccaagagctggtgtacgtggtgcacctgaacgacaatggctccccg
gacgcccatcacagctacgtcaacctgcccccgccgacgactccggcgtacagtctccgc
ctgcagttcgagggcagcagtccgctgtgtcgatatgggagcctatgggtgaatatccct
tctgcaggcgaggagtttcagcgggacaagtaccgcgagtacaagctgaagccggacttc
aacaaagacatccacgttgatattcccatcgctatctccggtgctttcgattactacttc
acttaccgtcagctacccaagctctttgggccggggtctggctctgatactgggaaggag
acccggtctgagacgtactatctcaatgtccgcccggccatcactctcaagggcaaagcc
ctgccgctagaatcgctatctatattttctgtggtgtccaagttcatgggagagtatcca
acagactggaacaaacacttgcgtgggattggagagagggggtacaatgttgtccatttt
actcctctcgtgaagcgaggggcttcaaactcgccgtatagcctttacgaccaactcgag
tttgaagaatgtttctccaatggacagaaggatgtggctgacatgacggcgaagatggag
aaggactatgggcttctggcactgacggatgttgtttggaatcatgttgcacataacagc
caactccttgaagaccacccagaggtagggtataatatcaagaatgctccatggcttgaa
gctgcattagaactagacacggctttattgcagtatggaaatgaccttgcgaagctggga
ttgcctacagaattcaagacagaggatgatatcttggtagtgctacgcagagcacgggaa
aacgtcattgacaagataaagctctgggagttttatgctattgatgttgaaagagacgct
gcggcagcactaaaatcatgggaatcagacaattatgaggatgctgagcttggaaatgca
gaagagattcgaggatggtcaatggagaagaaggcaaagttccttcgtcagaaaggggta
acaaatgccaaccgagttctaggacgatatgatcggaaagcggacccaaatataaccgct
tctttccttgcagccatgtttggaagacatgctgagtccaaggctgatgcatcgactgtc
aaggctgaactccgaaagcttcttgatgctgttaaccttcccttgttcaaggaatatgac
aaggatgtcataactattcttgaccagctctttggccggataaaataccttcgagttgat
gaacatggtccaaaaatggggcctgtgagcaatgaaagcccgcttatagagacttatttc
accaggctttcttcgagtggcaagagagaccccaggttgcttgctctggcgaacaacggg
tgggtatggaatgcggatgcaatgaaagacaatgcaggtccggactctcgtgcatatctg
ttgcgagaggttattgtctggggcgactgtgtcaagttaaactatggagcatcccgagac
gataatccttttttatgggactatatggcggattactccaagttaatggccaagtacttc
atgggcttccgcattgataactgccattcaacccccattccggtagccgaatatctcctt
gacgaagctagaagagtgcggcccaatctagttgtcttcgcagagctctttaccggatct
gagaaaaccgattatatatttgctaaaagacttggtctgacagggttgattcgcgaggct
atgcaggcttggagtgctggcgaacttagtcgactcgttcatcgtcatggaggacggccg
attggtagctttgaggcagatctgttatctcacggtgaccatcgggaatccaaccagatc
gttaggcagctgcaatatacgcctctaaatgcccttttcatggactgtacgcacgacaat
caaatgcctgctcagaaacgtgaagcgagagataccctccctaacgctgcattggttgcc
atgtgttcatctgcaatcggtagtgtgatgggatatgatgagatttaccccaaacacgtc
gacttggttaacgagacacgcctgtattcgtctgcttcctctgacggtgaagtgaagtct
aggacaggccaaggaggtatcggtggaataaaaaggttactgaacgaccttcacaccagc
atggctgtgaattgctatgatgaaacccatattcaccatgagggccagtatataacggtc
catcgtgtccagccacacacaaggaagggtgttttgctcattgcccataccgctttctct
ggctccaaggatgaacacaacctggatccgattgttctgtccggaactaatgctaagatg
ataggtgcctggaaattggagataatctcctccaaccgcgatgcaaatacgaatacaagg
ttcataaacggacttcatagcaaggtttccgatattgaagaagtcagcattgagaacgat
ggtaataacactattattcgtgtaccagcaggccttgtccctgggtctattgcactcctg
gagacctggttgccagaaacaaatctgctgaaagatctgagtactttcatcacgtctgat
gccgaagctgcgttcaaatccctagatcctgtcgatttaaacttcgttctgtacaaatgc
aatcctgaagaaagagacattagccatgggtcggatggagtgtatgacattccaaacttt
ggcccactagtatacgccgggctccagggatggtggagtgttcttgagggagttattcga
aataacgacgtgggtcatcctatatgcgataaccttcggaatggacagtgggctctcgac
tttatcgtccgcagaatgcacaaagcggcttccaatgaaggatacggacgactgaaggaa
ccggcggaatggcttcagggtcgttttgatgccatcagaaagctaccttcctttttgttg
ccacgctatttcgccatcgttgtcaaaacggcgtatgaagctgctttagcccgaggtatc
cagctccttggtgttactattgagcatggtaaggatatcattcatgaacttgcaatggtt
agcatacagcaagtaggcttcgtcaattccgcatcactgtacccaaccaagcgtgtacct
tgtctcgccgctggtctgcctcatttctcaacagactgggcgagatgctgggggagggat
gtttttatctctttgcgtggtctcctcttgtgtactgggagatttgacgaagcgaaagag
catatccttgcattcgcgagcgtgttgaagcatgggctcatgcctaacctgctttcagat
ggaaaggcaccgcgatataatgcccgtgatgcggtatggttcttcctgcaggctatccaa
gactataccaagattgtgccagatggaatccaggtattgaatgagaaagtccgtcgtcga
ttcttgccatatgacgatacatggttctcccatgacgatagccgtgcatatagtgaaacc
tcaactgtggctgagatcatccaggagatatttcaacgccatgcttcgggtatctcattc
cgtgagtacaacgcaggtcctaaccttgatatgcagatgaaggatgagggtttccagatt
gatattcgtgttgactgggaaactggtctggtattcggaggaaaccaatggaattgtggt
acatggatggataagatgggcgaaagtaccaagagcggaaataagggtcatccaggaact
cctcgggacggtgcagctgttgaaatcagtggactgctctatagcactctctcatggttg
tcgagtctcgcagaccaggggaaattcccattcaaaggcgttgaagttggctctggagaa
tcaatttcttatgcagaatgggctgcgaagattaagtccaactttgagaggtgctattac
atccccgaaaaccaggttgacgatagcaaatacgacatcgatagcaagatcgttcatcga
cgcggtatttataaagatctctatcgatccggtaagccgtatgaggattatcagttccga
cccaactttgctgttgccatgactgttgcccccgaattattcacgctggagaaagcactc
cgtacgctcgaattggccgatagcgtcctccgtggacccatgggtatggcgacgctggat
cccaaggatctcaactacaacccatactatgtgaattctgaagattccaccaacttcgca
acttcaaagggaagaaactaccaccaaggaccagaatggctgtggcccactgggtatttc
ctgagggccttgatgaagtttgtcctgatgcgacgggacagtccccaggaccgcacggat
atattccagcaacttacaaatcggctggaagaatgcaaaaaggcacttcgcactagccct
tggagggggctgaccgaactaacaaataagaatggcgagttgtgtgcagactcggtgagc
tgttgctttctctccccctga

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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (25)   

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