KEGG T02236: TDEL

Torulaspora delbrueckii: TDEL_0H00300

Entry

TDEL_0H00300 CDS T02236

Gene name

TDEL0H00300

Definition

hypothetical protein

Orthology

K01196

glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]

Organism

tdl Torulaspora delbrueckii

Pathway

tdl00500	Starch and sucrose metabolism
tdl01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:tdl00500]

SSDB

Motif

Pfam:

hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase DUF445

Other DBs

NCBI-GI:

367017204

NCBI-GeneID:

11505360

UniProt:

G8ZZ45

Position

8:complement(42956..47536)

AA seq 1526 aa
MDRTVLLRLSDSGEPLVSCAYGKGVLTLPSLPLPKDWSLKSPLFTVRLLVGAGSPVARDG
LVWHNCPPDAGTGFDRNRFYKRRISTSFHRDDMIDLPVYSPGPYCFYLSFRNEHEVLETT
RKFYFVVPPTLQINGHSMQLDSIALQSVISKWMGSDWDKVFARIAAKGYNMIHFTPLQER
GESNSPYSIKDQLKFDPDYFQDEEQVHRMVSGLQKKYNMLSLTDIVFNHTANNSPWLLEH
PDAGYSAETAPHLTAAIELDRQLLEFSSNLKRLGYPVDLKNTDDLFKVMDGIKVHVLGSL
KLWEFYVVDVPGTVDSVKKLWDDASSEESPLEVPSDIVKDNFVQIAEFVRAHATAEEFGG
LAGRNGNQIDTKRFIKVLKNLYGESFENEILDHAHKILDEVNLPLYQSYDDDVSEILEQL
FNRIKYLRIDDHGPKQGPITDKLPLTEPYFTRFRANDGREYALANNGWIWNGNPLVDFAS
NKSRAYLRREVIVWGDCVKLRYGRGPQDSPYLWERISKYVKINAKIFDGFRIDNCHSTPL
HVAEYFLDLARSVNPNLYVVAELFSGSETMDCLFVERLGISSLIREAMQAWSVDELSRLI
HKHGGRPIGSYKFLPLDNFPFPADLETNQNFHEPRSGYISSASEILIPKILTAAPPHALF
MDCTHDNETPYQKRTVEDTLPNAALVALCSSAIGSVYGYDEIFPELLDLVQEKRVYDVKD
GNGIGEVKSKLNGIRAEISQLGSDIEDAEMHVHHAGQYITFHRTDAKTGSGWYLVARTKF
DEGGEEQPLPQLQLSQTACKFQFAYSLKKNGEVPHDEKLLKGIPTKLVEIKAVQTDFDSA
KKISIITVNEAFPQGSIAIFKTQQLGVDESLDQFIRSQALKATANVDLDSLNSILYRSEP
EEYDSSAGRNGAYDIPNYGKLVYCGLQGWVSVLHPIIFSNDLAHPLSENLRNGPWAFDYI
INRLGSYRDGAGVTDVQTWLRDRFDRIRDIPHYLAPSYFALVIGLLYGCCRFRAMQLMSA
NIGKSTLFVQSLSMTSIQMVSRMRSTSILPKENVPAMAAGLPHFSTDYMRCWGRDVFISL
RGLLLTTGRFDEAKSHILAFAKTLKHGLIPNLLDAGRNPRYNARDAAWFFFQAIQDYVDI
VPSGESILKEKVTRRFPLDDTYITFDDPKAFSYSSTLEEVMYEILVRHAKGIKYREANAG
PNLDRVMKDEGFNVEVHVDWSTGLIHGGSQFNCGTWMDKMGESEKAGSVGVPGTPRDGAA
VEINGLLKSALRFVNELNENGKFKFTKVEKEDGTEISLKEWEKLLLNNFEKKFYVPEDPA
DDCKYDIDSKIVNRRGIYKDLYRSGKPYEDYQLRPNFAIAMAVAPELFTPKLAVHAINEA
DKILRGPVGMRTLDPSDYNYRPYYNNGEDSEDFATSKGRNYHQGPEWVWLYGYFLRSFHR
FNFLTDPRAQNDAKTAPSSYLYQQLFSRMVKHTEWIAESPWAGITELTNKDGQLCNDSSP
TQAWSTGCLLDLFYDLWSKYEDSSDH

NT seq 4581 nt +upstreamnt +downstreamnt
atggatcgaacggtgcttctaaggttgagcgactcgggcgagccgctcgttagttgcgcg
tacggtaaaggtgtgcttactttaccttcgcttccacttccaaaagactggtcattgaag
tcgccattgtttactgtgagactattggttggggcaggttctccagtggctagagatggg
cttgtttggcacaattgtccgccagatgctggcactggctttgacagaaaccgtttttac
aagcgtaggatctctacgagcttccatcgagatgacatgatcgatttaccagtttatagt
ccgggtccatactgtttctatctatccttcagaaatgagcatgaagttctcgagactaca
cgcaagttttactttgtggtgcccccaaccttacaaataaatggtcattccatgcaatta
gactctattgccttgcaaagtgttatttccaagtggatgggttccgattgggataaggta
tttgcaagaattgctgcgaagggctataatatgattcatttcactcctttgcaagagcgt
ggagagtccaattcgccttattcaattaaagatcagctcaaattcgatccagactacttc
caggatgaggagcaagttcatagaatggtcagtgggttgcaaaagaagtacaacatgctt
tccctaacagatattgtttttaatcacacagcaaataactcaccttggctcttggaacat
ccagatgctggttacagcgccgagactgctccacatctgacagctgctatcgaactggac
cgccaattgctggagttcagcagcaatttgaagagacttggataccccgttgatttgaaa
aataccgatgatctgttcaaggttatggatggtatcaaagtgcacgtattgggctctcta
aagctgtgggaattctacgtggtggatgtgccaggcactgtagacagcgttaaaaagttg
tgggatgatgctagcagtgaagaaagtcctttagaggtccctagcgatatagtgaaagac
aatttcgtccagatcgcggagttcgtgcgcgcacatgctactgccgaagaatttggagga
cttgcaggacgtaatggtaatcaaatcgatacaaaaagatttatcaaagttttgaaaaac
ctatacggtgagtccttcgagaatgagatccttgatcatgcgcacaagatcctagacgaa
gtgaatttaccgctctatcagagttacgacgacgatgtgagcgagatcctcgagcaacta
ttcaaccgtatcaagtatctaagaattgacgaccatgggccaaaacaggggccaatcaca
gataagctgccattgacagagccatatttcaccaggtttagagcgaatgatggccgggaa
tatgcgctggcaaacaatggttggatatggaacggtaaccctttggtcgattttgcctcg
aataagtcgagagcttacttgcgtagagaagtgattgtatggggagactgtgtcaagttg
agatacggtagaggtccacaggattcaccttacctatgggaaagaatatccaagtatgtg
aaaataaatgctaaaatattcgatggcttcagaatcgataattgtcactcgacgcctttg
catgtggcagagtattttttagatctcgcaagaagcgttaatccaaatctttatgtcgtc
gcagaactgttctccggttccgaaacgatggattgcctatttgttgaaagactaggtatc
tcgtccctaatcagagaggccatgcaagcttggtctgtcgatgagcttagccgccttatc
cacaagcacggtggtaggcccattggttcttacaaatttcttccccttgataacttccca
tttcctgcggatctagagaccaatcaaaatttccatgagccacggagtggctacattagt
tcagcatccgaaatcctgatccccaagattttgacagcagctcctccacatgctctattc
atggattgtactcatgacaacgagactccttatcaaaagagaacggtcgaggatacttta
ccaaacgcagcactagtcgcgttgtgctcgagtgcgattggttctgtctatggttacgac
gaaatcttcccagaactactagatctggttcaagagaagagggtttatgatgttaaagat
ggtaatggcataggcgaggtcaaatcaaagttgaacggtattcgagcggaaattagtcaa
ttgggctctgatattgaggatgcagaaatgcacgttcaccatgctggtcaatatattact
ttccatcgtacagatgcaaaaacaggtagcggttggtatctggttgctagaacgaaattt
gatgaaggtggagaagaacaacctttacctcaactacaactgtctcagaccgcttgcaaa
ttccaatttgcgtactctttgaaaaagaatggtgaagttccccacgatgaaaagctgctc
aaaggtattccaaccaagttggtcgagataaaggctgttcagactgactttgacagcgct
aagaagatatcaatcatcactgtaaatgaagcatttccccagggttcgattgccatcttc
aaaacccagcagttaggtgttgatgagagtctggaccaatttatcaggtcccaggcatta
aaagccacagcaaacgtcgacctggattctctgaattcaattttgtatcgttcagaacca
gaggaatatgacagctctgctggtcgtaatggagcatatgatataccgaactatggcaaa
cttgtctattgtggtttgcaaggctgggtgtctgtcttacatccgatcattttctctaat
gacttagcccacccattgagcgagaatttacgtaatggaccttgggccttcgattatatc
atcaacaggctgggctcgtatagagatggagcaggtgtaactgacgttcaaacgtggttg
cgtgacagatttgacagaatcagggatattccgcattatctcgctccaagctacttcgca
ctggtgattggactactttatggttgttgccgattccgtgccatgcagttgatgtctgcc
aacatagggaaatcaacattgtttgttcagagtttgtcaatgacttctattcaaatggtg
tcgcggatgagatcgacctctatcctaccgaaggaaaacgttcctgcaatggcggctggc
ttaccgcatttcagcactgattatatgagatgttggggtagagatgtgttcatatcgttg
aggggtttgctactgacaaccggaagatttgatgaagcgaaatctcatattcttgcattt
gctaagactttgaagcatggtttgattcccaacttactcgacgcaggaagaaacccaagg
tataacgctcgtgatgctgcatggtttttcttccaagcaatccaggattatgtcgatata
gtacccagtggagagtcaattttaaaggaaaaagtcactagacgtttcccgctagacgac
acatacataactttcgatgatccaaaggcttttagctactcaagcacgcttgaagaggtg
atgtatgagatactcgtcagacacgccaaagggattaagtacagagaggctaatgcgggg
ccaaacttggatagggtcatgaaggatgaaggtttcaatgtcgaagttcatgtcgattgg
tccaccggattgattcacggaggttcgcaattcaattgcggtacttggatggataaaatg
ggtgaaagtgaaaaagcaggttctgtgggtgttcctggtaccccaagagacggcgctgcc
gttgaaatcaatgggctattgaaaagtgctctgagatttgtcaacgagcttaatgaaaat
gggaagttcaagttcactaaagttgagaaagaagatggtacagagataagtttaaaggag
tgggaaaagttactattgaacaattttgagaagaaattctacgtgccagaagatcctgct
gatgattgcaagtacgacatcgacagcaaaattgtcaaccgaagaggtatatacaaggat
ttgtaccggtccggaaaaccctatgaggattatcaactaagacccaattttgccattgcc
atggcagtagcacctgaactcttcacgccgaagctagctgtccacgccattaacgaagca
gataagatactgagaggacccgtcggtatgcgcactttggatccaagtgactacaactac
cgcccttactacaacaacggcgaggactccgaggactttgccacatctaagggaagaaat
tatcaccaaggccccgaatgggtatggctttacggctattttctcaggtcattccatcgt
ttcaatttcctcacagatccaagagcccagaacgacgcaaaaactgcaccatcgtcctac
ctataccagcaactcttctcacgaatggttaagcacactgagtggattgccgagagtccc
tgggctggtataacagagctcacgaacaaagatggccagttgtgtaacgactcgagccca
acccaagcctggagtacaggttgtctactggacctattctacgacctctggagcaagtac
gaggattcaagtgaccactaa

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 (6)   
   Pfam (6)   
All databases (26)   

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