KEGG   Eremothecium cymbalariae: Ecym_2107
Entry
Ecym_2107         CDS       T02237                                 
Name
(RefSeq) Hypothetical protein
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
erc  Eremothecium cymbalariae
Pathway
erc00061  Fatty acid biosynthesis
erc00620  Pyruvate metabolism
erc00640  Propanoate metabolism
erc01100  Metabolic pathways
erc01110  Biosynthesis of secondary metabolites
erc01212  Fatty acid metabolism
Module
erc_M00082  Fatty acid biosynthesis, initiation
erc_M00874  Fatty acid biosynthesis in mitochondria, fungi
Brite
KEGG Orthology (KO) [BR:erc00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    Ecym_2107
   00640 Propanoate metabolism
    Ecym_2107
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    Ecym_2107
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    Ecym_2107
Enzymes [BR:erc01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     Ecym_2107
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     Ecym_2107
  6.4  Forming carbon-carbon bonds
   6.4.1  Ligases that form carbon-carbon bonds (only sub-subclass identified to date)
    6.4.1.2  acetyl-CoA carboxylase
     Ecym_2107
SSDB
Motif
Pfam: ACC_central Carboxyl_trans ACCA_BT CPSase_L_D2 Biotin_carb_N Biotin_carb_C Biotin_lipoyl ATP-grasp_3 Dala_Dala_lig_C
Other DBs
NCBI-GeneID: 11470503
NCBI-ProteinID: XP_003644677
UniProt: G8JPL1
Position
2:189808..196503
AA seq 2231 aa
MSEEGSSDNSLLQKKEGEFTDYSAKHAKLAPHFLGLHTVDRAEDSPLKDFVVSHGGHTVI
SKVLIANNGIAAVKEIRSVRKWAYETFGDRSMIQFVVMATPEDLEANAEYIRMADQYVEV
PGGTNNNNYANVDLIVDIAERADVDAVWAGWGHASENPLLPEKLALSKRKVLFIGPPGSA
MRALGDKISSTIVAQNAKVPCIPWSGTGVDEVFIDPQSGLVSVTDDVYQKGCCSSPQDGL
MKARKIGYPVMIKASEGGGGKGIRKVEHEKDFLSLYDQATNEVPGSPIFVMKVAGRARHL
EVQLLADQYGTNISLFGRDCSVQRRHQKIIEEAPVTVAKPETFTEMEKAAIRLGKLVGYV
SAGTVEYLYSHENDKFYFLELNPRLQVEHPTTEMVSGVNLPAAQLQIAMGIPLHRIRDIR
LLYGLDTHTATEVDFEFSSIESLQTQRRPTPKGHCTACRITSEDPNEGFRPSGGSLHELN
FRSSSNVWGYFSVGSNGGIHSFSDSQFGHIFAFGENRQSSRKHMVVALKELSIRGDFRTT
VEYLIKLLETEDFEDNAITTGWLDDLISQKISAEKPDPTLAVICGAATKAHLVSENALQE
YSSYLKRGQVPNKSMLHTMFPVEFIHEGKRYKFSVAKSADDRYTLFINGSKCEVGLRKLS
DGGLLIAIGGKSHTVYWKEEVEATRLSIDQQTTLLEAENDPTQLRTHSPGKLIKFLVESG
DHLDLGQPYAEVEVMKMQMPLLAQESGIVQLLKQPGSTISAGDILAILTLDDPSKVKHAL
PFEGMLPSLGAPKIEGTKPAYKFRSLVSTLENVLKGYDNQVVMNASLQKLIEVLRDPELP
YSEWNMQVSALHSRLPATLYHQVDQLVERYHKRSAAFPAKQLDKILSNSLNEYNSDPLFE
KVIEPLMDITRRYRDGSQSHEHSVLASFLEKYYSVEKLFSGSNMREEDVILKLRDEHIND
LDKVVMTVLSHSRVSAKNNLILAILKHYQPLCKLSSEVAAALSGPLKHIISLESKSTAKV
ALQAREILIQGSLPSVKERTEQLEHILKTSVVKPTYGSSEPTRAEPDLDVLKDLIDSNYV
VFDVLPQFLNHKDKSLAAAAAEVYIRRAYRVYTIGDIKKHNSFDSPIVEWKFQLPSAAFT
SKPQLTSKLGIQRAVSISDLSYISENENQPLRTGLLIPAAHLDDVDASLASALCVIPAQN
NLSGPARDRSGPNPTLSNVINVIISSTQGYSSDDEILKRLVEILEVNKKDLIASSIRRIT
YIFGYKDGSYPKYYTFRGSDYAEDKKIRHIEPALAFQLELGRMSNFNIKPIFTENRNIHV
YEAIGKNSPVDKRFFTRGIIRTGRIRDNVTIQEYLTSEANRLMSDILDNLEVIDTSNSDL
NHIFINFSAVFDVSPDDVEAAFGGFLERFGKRLLRLRVAAAEIRIMIKDPQTGTPVPLRA
LINNVSGYVVKTELYTEVKNAHGEQIFKSLDKPGSMHLRPIATPYPAKEWLQPKRYKAHL
MGTTYVYDFPELFRQVTVSQWKQHSPQTTLSDDFFISNELIFDENGELTEVDREPGANNI
GMVAFKVTVKTPEYPHGRQFVIIANDITHMIGSFGPQEDEFFYKVTAYARKRGIPRIYLS
ANSGARIGIAEEIIPLFQVSWVEPGNPAKGFDYLYLTSKTMEELKRQGKENIVITERVVE
HGEPRFVIKAIIGSEDGLGVECLRGSGLIAGATSKAYKDIFTLTLVTCRSVGIGAYLVRL
GQRAIQVEGQPIILTGAPAINKVLGKEVYSSNLQLGGTQIMYNNGVSHLTAQDDLAGVRK
IMEWLSYVPAKRNMPVPILESDDKWDRDVEYSPTLQQPYDVRWMIEGRNSDNGYEYGLFD
KGSFQETLSGWAKGVVVGRARLGGIPLGVISVDTRTFETLVPADPANPDSIEMLVQEAGS
VWYPNSAFKTAQAINDFNHGEQLPLMILANWRGFSGGQRDMYNEVLKYGAFIVDALVDYK
QPIFVYIPPTGELRGGSWVVVDPTINSDQMEMYADVESRAGVLEPEGMVGIKYRREKLLN
TMSRLDKQYRSLKDQLADSSLSSEQHQELAKQLAAREKHLLPIYQQITVQFAGLHDKSGR
MMAKGVIRKELEWSNSRRFFFWRLRRRLNEEYLLRKLDSSLPHAARLEKIARLRSWYPTS
LDQEDDQNVAIWIENNYQVLEKQLQSLKSESFAQNLAKSIRSDHSNAIAGLAEVLKLLSS
KDKEVLLESLK
NT seq 6696 nt   +upstreamnt  +downstreamnt
atgagtgaggagggatcgtcagacaactctcttctgcaaaagaaagagggcgagtttacg
gattattcagccaaacatgcgaagttggcgcctcactttcttggattacacactgtggat
cgggcagaagactcgccattgaaggactttgtggtatcccatggtgggcatactgttata
tcgaaggtgctgattgcgaacaatggtattgctgctgtgaaagagatccggtcggtgagg
aaatgggcatatgaaacatttggcgatagatctatgattcaattcgtggtgatggctact
cctgaggacttggaggccaatgctgagtatatccgtatggctgatcaatacgtagaggtt
cctggaggcaccaacaataacaactatgcgaatgtcgatttgattgtagacattgcagag
cgggcagatgtagatgctgtatgggccggttgggggcatgcttccgaaaacccgttactt
ccagaaaagttagcactttcaaagagaaaggtgctgttcattggacctccggggagtgcg
atgagggctcttggtgataaaatatcctccacaatcgttgcgcagaacgcaaaagtacca
tgtattccgtggtccggtaccggtgttgatgaagtgttcattgatccacagagtgggctg
gtttctgttacggacgatgtttaccaaaagggctgttgctcttcaccacaggacggttta
atgaaggctagaaaaataggttacccagtcatgataaaagcatcggagggcggtggtggt
aaaggtatccgaaaagtagagcatgaaaaagattttctttctctatacgatcaagctact
aatgaagttcctggttctccaatttttgtgatgaaggttgccggtagagctcggcatttg
gaagttcaattgttagctgaccaatatggtacaaatatttctttgtttggccgtgattgt
tccgttcaaaggcgtcatcagaagattattgaagaagcaccagttacagtagctaaacct
gagactttcactgaaatggagaaagcagctataagattagggaaattagtgggttatgtt
tcagctggtactgttgaatatctttattcgcatgagaatgacaagttttacttcttggaa
ctaaatccaaggctacaagtggagcatccaacgactgagatggtcagcggcgttaactta
ccagcagcacaattacaaatcgcaatgggtataccactacacagaattagagacattaga
ctgctttatggtcttgatactcatacagcaacggaggttgattttgagttttcttctatc
gaatcgctgcaaactcaaagaaggcccacccctaagggccactgcactgcttgccgtata
acttccgaagatcccaatgaaggcttcagaccttctggtggttcattacatgagttaaat
ttccgttcttcttccaatgtttggggttacttttccgttggtagcaatggtggtattcac
tctttctcagactctcaatttggacatatatttgcttttggtgaaaacagacaatcttcg
agaaaacatatggttgtcgctttaaaggagttatctattagaggtgactttaggactact
gtcgaatacttgattaagcttttggaaactgaagattttgaggataacgctatcactact
ggttggctggatgatttgatatctcaaaagatatcagccgaaaagccagatccaacatta
gcggtaatttgtggtgcagcaactaaagctcacctcgtttcagaaaatgcactacaagag
tactcctcctatttgaagagaggacaggttccaaacaagagtatgctacatactatgttt
cctgtcgaattcattcacgaaggtaaaagatacaaatttagtgtcgccaaatcggcggat
gatcgatatacactatttataaatggttctaagtgtgaagtgggtcttcgcaagctatcc
gatggagggctattaattgcaattggcggtaagtcgcatactgtttactggaaagaggag
gttgaagccacaagattatctattgatcaacagactacattgttagaggccgaaaatgac
ccaacacaactacgtacccattctccgggaaaattgataaagttccttgtggagagtggc
gaccatcttgatttgggtcagccatatgctgaagttgaggttatgaagatgcaaatgccg
ttacttgcccaagaaagcggtattgttcaactcttaaagcaacctggttctaccatttct
gccggggacatcctagcaatattgactttggatgatccatccaaagttaaacatgccctt
ccattcgaaggtatgctaccttcattgggtgctccaaaaatcgaaggtacaaagcctgcg
tataaattcagatcattagtctctacattggaaaatgtcttgaagggttatgataatcaa
gtggttatgaatgcttcattacaaaaattaatagaagtgttgagagatcctgagttgcca
tattctgaatggaacatgcaggtatctgcgttgcattcgagattacctgcaactttgtat
catcaggtggatcaactagttgaacggtaccacaaacgttctgctgctttccccgccaaa
cagttggataaaattttgtcaaattctctaaatgaatataattcagatcctctctttgaa
aaggttatagagccattaatggacattactaggcgttatagagatggatcacagtcccat
gaacattcagtgttggcaagcttcttagaaaagtattattctgttgaaaaattattttca
ggttccaacatgcgtgaagaggatgttatactcaaattacgtgatgagcatattaatgac
ttggataaagttgtaatgacagttttatctcattctcgtgtttctgcaaaaaacaatttg
attttagcaattttaaaacactaccaaccgctatgcaaactgtcttctgaggtagctgca
gctctctcaggaccattgaagcacataatttctttggaatcgaagtccactgccaaggtt
gcactacaagccagggaaattttaatacaaggttccttgccctctgttaaagagagaact
gaacaattggagcatattttgaagacttcggtggtaaaacccacatatggttcttcggag
cccacccgtgcagaaccagaccttgacgttttgaaggatttaatagattccaactatgtt
gtatttgatgtgttgccgcaattcttaaaccataaagataagtctttagccgctgcggct
gcggaggtctacattcgccgtgcttatagagtttatacgattggcgatatcaaaaagcac
aacagttttgatagtcccatagtggaatggaaattccagttaccgtctgcagcttttacc
tcaaaaccacaactaacttccaaattgggtattcaaagagcagtttctatctctgaccta
tcctatatttctgaaaatgaaaatcaacccttgagaactggtcttttaatccctgcagct
cacttggacgatgttgacgctagtttagcaagtgcattgtgtgttatacctgcccaaaac
aacttatcgggccctgctcgagataggtctggtcctaacccaacattgtcaaatgtgatt
aacgttattatttcatccacacaaggttattcctcagatgatgagattttaaagcggttg
gtagagatattggaagtgaataaaaaggatttaattgcgtcatccattcgccgcatcact
tatatattcggatacaaggatggttcttacccaaagtactacacctttagaggttctgat
tatgctgaagataaaaaaattcgtcacatcgaacccgctttagcgttccaattagaattg
ggtagaatgtcgaatttcaatataaaaccaatttttactgaaaataggaatatacatgtt
tatgaggccattggaaaaaactccccagttgataaacggttctttactaggggtattatc
agaacgggtcgtattcgtgataacgtcactattcaggaatatttaacttcagaagcaaac
cggttgatgagtgatattctggataatctagaggtaatcgatacttcaaattcagactta
aaccatatcttcattaacttttctgcggttttcgatgtttctcctgatgatgtcgaggct
gcctttggtggtttcttggagcggttcggtaagaggttattgcgtttacgtgtcgcagca
gcagaaattcgtattatgattaaggatccgcagacgggtacaccagttccattaagagct
ttgataaacaatgtatcaggttatgtggttaagactgaattatatactgaggtgaagaac
gctcatggagagcagattttcaagtcccttgataaaccagggtcgatgcacttgagacca
atagctaccccatatccagctaaagaatggttacaaccgaaacgatacaaggcccattta
atggggaccacttacgtttatgatttcccagagttattccgccaggttactgttagtcaa
tggaaacaacattccccccaaactacattaagtgatgacttcttcatttccaacgagtta
atattcgatgaaaatggcgaactaacagaggtggatagggagcctggtgcaaataatatt
ggaatggttgcctttaaagtcactgtaaaaacgcctgaatatccacatgggcgtcaattt
gtcataattgccaatgatatcacccatatgattggttctttcggtccgcaagaggacgaa
tttttttacaaggtgacagcgtatgctaggaaacgtggtattccaagaatttatttatct
gccaattccggtgccagaattggtattgctgaagaaataatcccattatttcaagtttcg
tgggtggaacctggcaatccggctaaaggttttgattacttatatttaacttcaaagact
atggaggagctaaagagacagggcaaggaaaacattgtaattactgaacgtgttgttgaa
catggtgaaccaagatttgtaattaaggctatcattggatcggaagatggattaggtgtc
gaatgtttgcgaggctcaggtttgatcgcaggtgccacttccaaggcatataaggatatt
tttaccctaactctagtaacctgtagatctgttggtattggtgcttacttggttagattg
ggccaaagggcaattcaagttgaaggccagccgattattttaactggtgcccctgccatc
aataaagttttgggtaaggaagtttattcgtctaatttacagttgggtggtactcaaatc
atgtataacaacggtgtctcgcatttaacagctcaggacgacttggctggtgttaggaag
atcatggaatggctatcctacgtaccagcaaagcgtaatatgcccgttccaatcctagaa
tccgatgataaatgggacagagatgttgaatatagtccaacgttgcagcagccttatgat
gtcaggtggatgatcgagggtcgcaattctgacaacggctatgaatatggtttgtttgat
aagggatcattccaagaaaccctttcaggttgggctaaaggggttgtagtgggtagggct
cgactaggtggcattccgctaggtgtcatatctgttgacacaagaacttttgaaacttta
gttcctgcagatcctgctaatcctgactctattgaaatgttagtgcaggaggctggctct
gtttggtatccgaactctgcatttaaaactgcacaagccattaatgattttaatcacggt
gaacagctacctttaatgattctagcgaactggagggggttttcaggtggacaaagagat
atgtacaatgaagttttgaaatatggcgcattcatagtggatgcccttgttgattataaa
caaccaatatttgtttacatccctccaactggagaattgagaggtggttcttgggtggtt
gttgatcctactataaacagtgaccaaatggaaatgtatgctgatgtagagtccagggct
ggtgttttagaacctgaaggaatggttgggattaaatatcgtagagagaaattgttaaac
acaatgtccaggttggataaacaatataggtccctcaaggatcagcttgctgattcttca
ttgagctcagagcaacatcaggaattggcaaagcaattggcagcccgtgaaaagcactta
ttacctatttatcaacagataactgttcagtttgctggattacatgataaatctggtcgt
atgatggccaagggtgtcattagaaaggagttggaatggtctaattctcgtcgtttcttc
ttctggagattaagaagacgactaaacgaagagtatttactcagaaaactagattcttca
ctaccgcatgcagccaggttggaaaaaattgcgaggttgagatcctggtatccaacgtct
ttggaccaagaagatgatcagaatgtcgccatttggatcgagaacaactaccaagtttta
gaaaaacaactgcagtctttgaagtcagaatcatttgcccaaaatcttgcgaagtccatt
agaagtgatcatagtaatgcaatcgcaggcttggctgaggtattgaagctattgtcctcc
aaagacaaggaagttttattggaaagtctaaaatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (8)   
   KEGG PATHWAY (6)   
   KEGG MODULE (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (41)   

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