KEGG T01610: SMAC

Sordaria macrospora: SMAC_01428

Entry

SMAC_01428 CDS T01610

Definition

hypothetical protein

Orthology

K01196

glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]

Organism

smp Sordaria macrospora

Pathway

smp00500	Starch and sucrose metabolism
smp01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:smp00500]

SSDB

Motif

Pfam:

hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase DUF2379

Other DBs

NCBI-GI:

336275681

NCBI-GeneID:

10810220

UniProt:

F7VQT1

AA seq 1566 aa
MIPRTMVSNEVYLLPLKDDGSPDVPGEYIYIAPKSKDPVTIRFAIEGTSSICSHGSLWVN
IPEHGQQFQRNKFREFKLVPDFNRTLEISIPIYEAGAYAFYTTYAELPDLASNLVNADGT
VTKATQKKTPVYYIDVAPRLSLDGQPLPIPALSIFSIISKFMGKYPTDWERHLRGIRNRG
YNMIHFTPLQVRGASNSPYSLYDQLGWDPACFPAGEPDVQKMVESLEKNHSLLSLTDIVL
NHTAHNSEWLLEHPEAGYNLTTAPWLESAYLLDTKLLELGTRLEELSLPTELKDVDDLVK
IMDAIKKEVIAQIRLWEYYTLDVERDADAAAEAWVANETDFPQGSIGAGGIDALHSATPK
EQAEFLTKHGLQNMDYLGERFRRRVNPKVAAALLSALFGRYEGETKDTADQAAARNKIVE
ILEIVNVPFYKEYDDEVAEILQQLFNRIKYVRLDDHGPKFGPINAENPLIETYFTRLPVN
EKTKKHKKEDLVLANNGWVWGGNALVDNAGPNSRVYLRREVIVWGDCTKLRYGNGPEDSP
WLWEHMTKYARMLAKYFAGFRIDNCHSTPLHVAEHILDEARRVRPDLYVVAELFTGSEEM
DYVFVKRLGISALIREAMQAWSTGELSRLVHRHGGRPIGSFEVDEITSNEGGSSSISSTN
GDGVYTREVIRRIRPVPVQALFMDCTHDNEVPAQKRDARDTLPNAALVAMCASATGSVMG
YDEIYPKLVDLVSETRLYTSEASKAPVKTGEGKGGIAGVKKLLNQIHTLMGMDGYDETHI
HHEGEYVTVHRVHQESRKGYFLIAHTAFPGYGNGNGAFNPVHLTGTKARHLGSWMLEVDA
SKEAVEEVLSDKKHLRGLPSRLIGLPGVRMEVKGQDTIITVREKFPPGSIALFETWIPAA
EHSSGLDNFVTSGAKAAMEELDLVDLNFLLYKCEPEERDASEGQDGTYDIPGHGKIVYAG
LQGWWSILKDVIKDNNLAHPLCQHLRDGQWALDYIIGRLERASKKEEYRRLAKPARWLKE
RFDAIRPIPSFLLPRYFGLVLRTAYLAAFERGISLMDSNVIKGQWFLQSLAMVSVQQTGL
VKSASLYPNRLVPSLAAGLPHFAVEWARCWGRDVFISLRGLYLGTGRYAEAREHIHAFAS
VLKHGMIPNLLGSGNNPRYNSRDSVWFFLQCIQDYTRLVPNGLSILGDKVKRRFLPYDDT
YFDVNDERAYSKESTIAEIIQEVFQRHAEGMKFREANAGPNLDMQMSDEGFNQEIKVDWS
NGFIFGGNQANCGTWMDKMGESERAGSKGVPGTPRDGAAVEITGMLYSNLKWVASLNEAG
KFKHSRVKKADGTEIALKDWAALIKENFERCYFVPISPDEDSKYDVNPAIINRRGIYKDL
YRSGKEYEDYQLRCNFPIAMTCAPELFVPEHAMHALWVADTALRGPTGMATLDPSDLNYR
PYYRNSEDSDDFATSKGRNYHQGPEWLWPTGFFLRALLKFDLMRRGRDDAEGRTEAFQQV
TRRLIGCKEMIERSPWAGLTELTQKNGEECHDSSPTQAWSSGCLIDLYMDAAEEQAKLER
QSLPLR

NT seq 4701 nt +upstreamnt +downstreamnt
atgatccccagaacaatggtttccaacgaagtttacctgttgccgctcaaggacgatggc
tcgcctgacgtgcctggcgagtacatttacattgcacccaagtcgaaagatccagtaacc
atccgctttgccatcgagggcacttccagcatctgcagccatggcagcttgtgggtgaac
atccctgagcacggccagcagttccagcggaacaagttccgcgagttcaagctcgtccct
gacttcaaccgcacgctcgagatttcgattccgatttacgaggctggcgcatacgccttc
tacaccacatatgccgaactccctgatttggctagcaacctggtaaacgccgacggaacc
gtcaccaaggccactcagaaaaagacaccagtctactatatcgatgtcgcacctaggctc
tcgctggacgggcagccgctgccaattccggcgctatccatcttctccattatcagcaag
ttcatgggcaagtacccaacagactgggaacgccacctacggggaatcagaaaccgagga
tacaacatgatccacttcacaccactgcaggtacgaggtgcatcaaactcgccatacagc
ttgtatgatcaactgggctgggacccagcttgcttccccgcgggcgagcccgatgtccag
aagatggtggaaagtctggagaagaaccactcactgctcagcttgacggacattgtcctc
aaccacactgcacacaacagcgagtggcttttggagcaccccgaggccggttacaacttg
acgactgcgccatggctcgagtccgcttaccttctcgataccaagctgctcgagcttggt
accagattggaggagcttagcctccccactgagctcaaggacgtcgatgatttggtcaag
attatggacgccatcaagaaggaggtcattgctcagatccgtctctgggagtactatact
ctcgatgtggagcgcgacgctgatgccgcggctgaggcttgggttgccaacgagactgac
ttcccacaaggatccattggagctggcggtatcgacgctcttcactccgctacacctaag
gagcaagcagagttcttgaccaagcatggtctgcagaacatggattatctcggtgagcgc
ttcaggcggagggttaaccccaaggtggctgccgctcttttgtctgccctcttcggccgg
tacgaaggggagactaaggacactgccgaccaggcagctgccaggaacaagattgttgag
atcctagagattgtcaacgttccattttacaaggagtatgacgacgaagttgccgaaatc
ttgcagcagctcttcaaccgcatcaagtacgtccgcctcgacgaccatggccccaagttt
gggcctatcaacgccgagaaccccctgatcgagacgtacttcacgcgtcttcccgtcaac
gagaagacgaagaagcacaagaaagaagaccttgttcttgcgaacaacggatgggtatgg
ggcggaaacgcgctggtcgacaacgccggccccaactctcgtgtctaccttcgccgcgaa
gtcattgtctggggagactgcacaaagctccgttacggcaacggtcctgaagacagccca
tggctgtgggagcacatgaccaagtacgcccgtatgctggccaagtacttcgccggtttc
cgcatcgacaactgtcattccactcctcttcatgttgccgagcacattctggacgaggct
cgtcgtgttcgtcccgatctctatgtcgttgccgagcttttcaccggttccgaggagatg
gattacgtctttgtcaagcgcctgggtatcagcgccctgattcgtgaggccatgcaggca
tggagcactggcgagctcagtcgtctggttcatcgccacggaggtcgccccattggtagc
ttcgaggtcgatgaaatcacaagcaacgagggtgggtcatcatccatcagcagcacgaat
ggagatggcgtctacacccgtgaggtcatccgccgtatcaggccagttcccgtacaagca
ctattcatggattgcactcatgacaatgaggttcctgctcaaaagcgtgatgcccgcgac
acgctccctaacgcagccctggtcgccatgtgcgccagcgctaccggcagtgtgatggga
tacgacgagatttaccccaagcttgttgacttggttagcgagacccgtctttacacttcc
gaggcatccaaggctcccgtcaagacgggagagggtaaaggtggaattgcgggtgtcaag
aagcttctcaaccagatccacaccttgatgggcatggatggctacgatgagacgcatatc
catcatgagggcgagtacgtcactgtccacagagttcatcaggagtcaaggaagggctac
ttcctcattgcccacactgcgttccccggttatggaaatggcaacggcgctttcaaccct
gttcatctgaccggtacaaaggctcgccacctcggtagctggatgcttgaggttgatgct
agcaaggaagctgttgaggaggttctgagcgataagaagcaccttcgcggtcttcccagc
cgtctgattggtctgcctggcgtacggatggaagtgaagggtcaagataccatcatcacc
gtccgtgaaaagttccctcccggaagtattgctctcttcgagacctggatcccggcggcg
gagcactcgagcggtttggacaactttgtcacctctggcgcgaaggccgcaatggaggag
cttgatcttgtcgacctcaacttcctgctgtacaagtgcgagcccgaagagcgtgatgcc
agcgaaggccaggatggtacctacgacatccccggccacggcaagattgtgtatgctggc
ttgcaaggttggtggagtatcctcaaggatgtcatcaaggacaacaacctcgcacatcct
ctgtgccagcatcttcgtgacggccagtgggctctcgactacattattgggagactcgag
cgcgcctcgaagaaggaggagtaccgccggttggccaagcctgcgcggtggttgaaggag
cgcttcgacgctattcgccccatcccaagcttcttgcttcccagatacttcggtcttgtt
cttcgtactgcctatctcgcggcctttgagcgcggtatctccctgatggacagcaacgtc
attaagggccaatggttcttgcagagtttggccatggtcagcgttcagcagactggtctt
gtcaagtcggcgtcactataccctaacaggctcgttccgtcgcttgctgcgggtcttcct
cactttgctgtcgagtgggctcgctgctggggtcgtgatgtgttcatttccctccgtggc
ttgtacctcggtacaggtcgttacgccgaggccagagagcacatccacgccttcgccagc
gtgcttaagcatggcatgattcccaacctcctaggaagcggcaacaaccccagatacaac
tccagagattctgtttggttcttcctgcagtgcatccaggactacacccgtctggttccc
aatggcttgtcgatcctgggcgacaaggtcaaaaggcgcttcctcccttacgacgatacc
tactttgacgtcaatgatgagcgtgcgtacagcaaggagagcaccatcgccgagatcatc
caggaagtcttccagcgccacgccgagggcatgaagttccgtgaagccaatgccggcccc
aacttggatatgcagatgagcgacgagggtttcaaccaggagatcaaggttgattggagc
aacggcttcatctttggtggcaaccaggccaactgcggtacctggatggacaagatgggc
gaaagcgaacgcgctggttccaagggcgttccaggaactcccagagacggtgctgccgtt
gagatcacgggcatgctgtatagcaacctaaagtgggtggcttctctcaatgaagccggc
aagttcaagcactcccgcgtaaagaaggccgatggcactgagattgccctgaaggactgg
gctgcgctcatcaaggagaactttgagcgttgctacttcgtccccatttccccagatgag
gactccaagtatgatgttaatccggcaatcatcaaccgccgtggtatctacaaggatctc
taccgctccggcaaggagtatgaagactaccagctccgctgcaacttcccaattgccatg
acatgcgctcctgaactctttgttccggagcacgctatgcatgctctttgggtagcagac
accgctctccgcggtcccactggtatggctacgctcgaccccagcgacctgaactacagg
ccgtactaccgcaacagcgaggacagtgacgactttgccaccagcaagggccgcaactac
caccagggtcccgagtggctctggcctactggtttcttccttcgtgcgctgctcaagttt
gatttgatgcgtcgtggccgtgatgatgccgagggccgcaccgaggccttccagcaggtc
accaggagactaattggatgcaaggagatgattgagcggagcccatgggctggacttacg
gagttgacgcagaagaatggagaggagtgccatgattcgtctcccacccaagcgtggtct
tctggttgcttgatcgatctgtacatggatgccgctgaggaacaagccaagcttgagagg
cagtcgctgcccctgagatag

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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