KEGG T01118: ZYRO0D08910g

Zygosaccharomyces rouxii: ZYRO0D08910g

Entry

ZYRO0D08910g CDS T01118

Definition

hypothetical protein

Orthology

K11262

acetyl-CoA carboxylase / biotin carboxylase [EC:6.4.1.2 6.3.4.14]

Organism

zro Zygosaccharomyces rouxii

Pathway

zro00061	Fatty acid biosynthesis
zro00620	Pyruvate metabolism
zro00640	Propanoate metabolism
zro01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:zro00620]
Metabolism; Carbohydrate metabolism; Propanoate metabolism [PATH:zro00640]
Metabolism; Lipid metabolism; Fatty acid biosynthesis [PATH:zro00061]

SSDB

Motif

Pfam:

ACC_central Carboxyl_trans CPSase_L_D2 CPSase_L_chain Biotin_carb_C Biotin_lipoyl ATP-grasp_4 ATPgrasp_Ter Dala_Dala_lig_C ATP-grasp_3 ATP-grasp

Other DBs

NCBI-GI:

254581672

NCBI-GeneID:

8204078

UniProt:

C5DVR9

Position

D:758822..765862

AA seq 2346 aa
MYFFGSIDLRPAVSFARSACLFVCLSTFFFSFVFVFSLFDNPTTFPISIQQYYTREKNKN
KKNQTTKRLDSDCSGSNTNIKTISSLFRQIRFNFVSSLPRLRLTRCFHFNRTQLKMSEES
LFEVSSKVGVEEIADYAKEHAKLPASFIGYRTVDKAEESPLKDFVRNHGGHTVISKILIA
NNGIAAVKEIRSVRKWAYETFGDDRAVQFVAMATPEDLEANAEYIRMAEQYVEVPGGTNN
NNYANVDLIVEIAERADVDAVWAGWGHASENPDLPETLANSKRKILFIGPPGNAMRSLGD
KISSTIVAQHAKVPCIPWSGTGVDKVRIDYESGLVCVDDEIYKQGCSTSAEDGLERAKKI
GFPVMVKASEGGGGKGIRQVHRAEDFIPLYNQAANEIPGSPIFIMKLAGRARHLEVQLLA
DQYGANVSLFGRDCSVQRRHQKIIEEAPVTIAKPDTFKEMEKAAVRLGKLVGYVSAGTVE
YLYSHDDDQFYFLELNPRLQVEHPTTEMVSGVNLPAAQLQIAMGIPMHRIRDIRMLYGMH
PQQSTKIDFEFANEESSTTQRKPTPKGHCTACRITSEDPNEGFKPSGGSLHELNFRSSSN
VWGYFSVGNNGGIHSFSDSQFGHIFAFGENRQASRKHMVVALKELSIRGDFRTTVEYLIK
LLETEDFEKNTITTGWLDDLISQKMTAEKPDPTLAVICGAATKAFIASEAARQNYINSLK
KGQVPSKSLLQTMYPVEFIHEGKRYKFTVAKSADDRYTLFINGSKCEVRIRKLSDGGLLI
AIGGKSHTIYWKDEVSATRLSVDSMTTLLEAEDDPTQLRTPSPGKLVKFLVDNGDHIDGG
QTYAEVEVMKMQMPLVAQESGVVQLLKQPGSTIAAGDIIAILSLDDPSKVKHALPFEGML
PDFGAPIIEGTKPAYKFRSLETTLQNILNGYDNQVIMNPSLQELIKVLRDPQLPYSEWSM
QISALHSRLPPKLNEQLSQLVDRSSKRNALFPARQLNKLLESATKQPDSDPSLTPVVEPL
LDVTRRYANGLEAHEHSVFVKFLEEYYNVEKLFSSTTEDNVILKLRDEYSDNLEKVVVIV
LSHAKVAAKNNLILAILRHYQPLCKMSSQVASIISGPLKHIVELESKATARVALQAREIL
IQGALPSVKERSEQVEHILKSSVVRPTYGATNPKRSEPDMEVLKDLIDSNYVVFDVLTPF
LSYPDPAVAAAAAQVYVRHAYRAYTIGEVKVCEGTTTPICKWKFQMPSAAFTSIPQIKTK
FGMNRAISVSDLTYVADPENSPLRTGILVSAEHLDDVDDSLAQSLETIPNTSSSAAAAGP
VPDRSVSSSSLSNVTNVYVQSTDGFESEADVLSRLREILDSNKQELISSAIRRITFIFGY
SDGSYPKYYTFKGPAYEEDKTIRHIEPALAYQLELGRMSNFNIKPIFTENRNIHVYEAVG
KSTPLDKRFFTRGIIRTGRIRDDISIQEYLTSEANRLMSDILDNLEIIDTSNSDLNHIFI
NFSAVFDVSPEDVEAAFGGFLQRFGKRLLRLRVASAEIRIIIKDPETGAPVPLRALINNV
SGYVVKTELYTEVKNANGDWVFKSLGKPGSMHLRPIATPYPVKEWLQPKRYKAHLMGTTY
VYDFPELFHQALVSQWQKFSPKTKLNDNFFIANELIEDENGELTEVDREPGANTIGMVAF
KITAKTPEYPRGRQFVIVSNDITFKVGSFGPQEDEFFNKVTEYARKRGIPRIYLSANSGA
RIGIAEELVPLFQVAWKDPKDSTKGFDYLYLTSEGLRELKKYGKDHSVVTERVVENGEER
HLIKAIIGVDEGLGVECLRGSGLIAGATSKAYQDIFTITLVTCRSVGIGAYLVRLGQRAI
QVEGQPIILTGAPAINKVLGREVYTSNLQLGGTQIMYNNGVSHLTASDDLAAIEKILAWL
SYIPAKRNMPVPILETEDKWDREVEYFPPKEETYDVRWLIAGRDSPEGFERGLFDKDSFM
ETLSGWAKGVVVGRARLGGIPMGVIGVEIRTMQNLTPADPANPDSTESVSQEAGQVWYPN
SAFKTAQAIRDFNHGEQLPLMILANWRGFSGGQRDMYNEVLKYGSFIVDALVDYKQPIMI
YIPPTGELRGGSWVVVDPSINKEHMEMYADKESRAGVLEPAGMVGVKYRREKLLATMSRL
DDTYRSLKEKLSDASLSPEEHQEISKKLSIREKQLLPIYSSISVQFADLHDRSDRMLAKG
VIRKELQWVNSRRFFFWRLRRRLNEEYLMRRLDVELPLASRLEKIARLRSWYPASVDHEN
DRQVASWIEENFQLLDEHLKALKLESFAQSLAKSLRSDHDNVITGLSEVLKMMSAEDKEK
IIKSLK

NT seq 7041 nt +upstreamnt +downstreamnt
atgtatttttttggttcgattgatcttcggcccgctgtttcctttgctcgctcggcttgt
ctgttcgtttgtctgtctaccttttttttttcgttcgtttttgtcttctctcttttcgac
aatccaacaacgtttcctatctcaatccaacaatattatacaagagaaaaaaataagaat
aaaaaaaaccaaacaacaaaaagattggattcagattgtagtggcagtaatactaacatc
aagacgatttctagcctctttagacaaatacgattcaattttgtgagcagtttaccacgc
ctgcgtttaacccgttgttttcattttaatagaactcaattgaagatgagtgaggagagc
ctttttgaagttagttcaaaagtgggagttgaagaaatagcggattatgcaaaagaacat
gcaaaattaccagcaagttttataggttacaggaccgtagataaagcggaagagagtcca
cttaaagatttcgttagaaaccatggtggtcataccgtcatttcaaagattctaattgca
aacaatggtattgcagctgttaaagaaatcagatctgtaaggaaatgggcttacgaaaca
tttggtgacgatagagctgttcaatttgttgcaatggcaaccccagaagatttagaggcc
aatgcagagtatattcgtatggctgagcaatacgtagaagttccaggtggtacaaacaac
aacaactatgccaatgtggatcttatcgttgaaattgcagaaagagctgacgttgacgca
gtatgggctggttggggtcatgcaagtgaaaatccagatttacctgagacgcttgcaaat
tctaaacgtaaaattcttttcatcggtccaccaggtaacgccatgagatctttaggtgac
aaaatttcatcaaccattgtcgcccagcacgcaaaggttccatgtattccttggtcaggt
acaggtgttgataaagttcgtattgattatgaatcaggtttagtgtgcgttgatgatgaa
atttataagcaaggttgttctacatccgcggaagatgggttagaacgtgctaagaagatt
ggattcccagtcatggtaaaggcctcagaaggtggtggtggtaaaggtattagacaagta
catcgtgcagaagatttcataccgttatacaaccaagcagccaatgaaattccaggttcc
cccatctttattatgaaattagcaggtagagcccgccatttggaagttcaattattagcc
gatcaatacggtgcaaatgtttcattatttggtcgtgattgttccgtacaaagacgtcat
caaaagattattgaagaggcaccagttaccattgccaaacctgatacctttaaggagatg
gagaaagctgctgtcagattgggtaaattagtcggttacgtttctgcaggtacagtggag
tatctttattctcatgatgatgatcaattctatttcttagaattaaatcctcgcttacaa
gtggaacatccaactacagaaatggttagtggtgtcaacttaccggcagctcaattacaa
attgcaatgggtatccccatgcatagaataagagacattagaatgctctacggtatgcac
cctcaacaatcgacaaagatcgattttgaatttgcaaacgaagaatcttccaccacacag
agaaagccaacgccaaagggtcattgtactgcatgtcgtattacatctgaagatccaaac
gaaggttttaaaccatccggtgggtcacttcacgaactaaattttagatcatcttctaac
gtttgggggtatttctccgtgggtaacaatggtggtattcattccttttcagattcccaa
tttggtcacatctttgcctttggtgaaaatagacaagcatctagaaagcatatggttgta
gcattgaaggaattatccattagaggtgatttcagaacgacagtggaatatttaattaaa
cttttagaaaccgaagattttgagaaaaatacaattactacaggttggttagacgatttg
atctctcaaaagatgaccgccgaaaagccggacccaactttagcagttatttgtggtgcc
gcaacaaaggcattcattgcatctgaagctgctcgtcaaaattatatcaattctttgaaa
aagggtcaagtgcctagtaaatccctgttgcaaaccatgtatccagtggaattcattcat
gaaggtaaacgttacaagtttacagtggccaaatctgcagacgaccgttatacacttttc
atcaatggatccaaatgtgaagttcgtatacgtaaactgtctgatggtggtcttttgatt
gccattggcggtaaatcacatacgatttactggaaggatgaagttagtgctaccagattg
tctgtggattctatgactactttattagaagcagaagatgatccaactcagctacgtact
ccatcccctggtaaattggttaaatttttggtggataacggtgaccacatcgatggtggc
caaacctacgctgaagtggaagtcatgaagatgcaaatgccgctagtggcacaagagagc
ggtgtggtacaattattaaagcaaccaggttccaccatcgctgctggtgacattattgcc
attttaagtttagatgatccatccaaggttaaacacgcattaccttttgaaggtatgtta
ccagacttcggtgctcctataattgaaggtactaagccagcttataagttcagatcatta
gagactactttacaaaacattttgaatgggtatgataaccaagtaattatgaatccatct
ttgcaagagttaatcaaagttctaagagatcctcaattaccttactctgaatggtccatg
caaatctccgcattgcattctagattaccaccaaagttgaatgaacaattgagtcaattg
gtggaccgttcctccaagagaaatgcccttttccctgctagacaattgaataaactattg
gaaagtgcaacaaaacaacctgattctgatccttcgttgacacctgtggtggaaccatta
ttggatgtcactcgccgttatgccaacggtttagaagcccatgaacactctgtttttgtg
aaattcttggaagagtattacaacgtggaaaaactgtttagttctaccaccgaggacaac
gttatcttgaaattgagagatgaatattccgacaatttggaaaaagtggtggtcatcgtt
ctatctcacgctaaggtcgccgctaagaacaacttgattttagccattttgagacactac
caacctttgtgtaagatgtcttcccaggtggcttccattatctcaggtcctttaaaacac
attgtggaattggaatcaaaggctactgctagggttgccttgcaagctagagaaattcta
atccaaggtgctctaccatctgttaaggaaagatctgaacaagtggaacacattttgaaa
tcatctgtggttagacctacttatggcgcaaccaatccaaaacgttcagaacctgatatg
gaagtcttaaaggacttgattgattccaactatgtggtttttgatgttttgactccattc
ttgagctacccagatcctgctgtggcagctgctgcagctcaagtttacgttcgtcatgct
tacagagcttataccattggtgaggtcaaagtttgtgaaggtactactacaccaatctgc
aaatggaaattccaaatgccatctgcagctttcacctctattccacaaattaaaactaaa
ttcggtatgaacagggctatctctgtctctgatttgacctacgtggctgatcctgaaaat
tctccactaagaactggtatcttggtgtctgccgaacacttggacgatgtggatgattct
cttgcccaaagtttggaaacaatccctaacacatcttcttctgcagcagctgctggtcct
gttcctgacagatctgttagctcttcatctttgagtaatgtgactaacgtttacgttcaa
tccactgatggctttgaatctgaagccgatgtcttgagcagattgagagaaattttagat
tccaacaagcaagaattgatctcctctgctatccgtcgtattacatttatctttggttac
agtgatggttcttatccaaagtattacactttcaagggacctgcttatgaggaagataag
accattcgtcacattgaacctgccttggcttaccaattggaattgggaagaatgtccaac
ttcaacatcaagccaatctttactgaaaacagaaatattcacgtttatgaagctgttggt
aagagtactcctttggataagagattcttcactagaggtatcattagaaccggtcgtatc
cgtgatgacatttctatccaagaatatttgacctctgaagccaatagattgatgagtgac
atcttggacaacttggaaattattgatacttctaactctgacttgaaccacatctttatc
aacttctctgccgtatttgacgtttctcctgaagatgtggaagctgcctttggaggattc
ttgcaaagatttggtaagagattattgagattgcgtgttgcctctgctgagatccgtatc
attattaaggatcccgaaactggcgcaccagttcctctacgtgcattaatcaacaatgtc
tctggttatgttgttaagactgagttatacaccgaagttaagaatgcgaacggtgattgg
gtctttaaatccttgggtaaaccaggatccatgcatttaagacctattgccacaccatac
cctgtaaaggaatggttgcaaccaaaacgttacaaggcacacttgatgggcacaacttat
gtgtatgatttccctgaactattccatcaagcccttgtctcacaatggcaaaaattctct
ccaaagactaagttgaacgataatttcttcattgccaatgaattgattgaagatgaaaat
ggtgaactgactgaagttgaccgtgaaccaggtgctaacactatcggtatggttgctttc
aaaattaccgccaagacaccagagtaccctcgtggtcgtcaatttgtgattgtctccaac
gatatcactttcaaggttggttctttcggacctcaagaagatgaattcttcaataaggtt
actgaatacgccagaaagcgcggtattcctagaatctacttgtctgccaactctggtgct
agaatcggtattgctgaagaattggtcccattattccaagttgcatggaaggatcctaag
gattctacaaagggatttgattacttgtacttgacatctgaaggtttaagagaactaaag
aaatacggtaaggaccatagcgttgttactgaacgtgttgtcgaaaacggtgaagaaaga
catttaatcaaggctatcattggtgtcgatgaaggtttaggtgtggaatgtttgagaggt
tctggtttaattgctggtgccacttcaaaggcctaccaagatatcttcaccattactttg
gttacttgtagatccgtcggtattggtgcttacttggttagattgggtcaaagagctatt
caagtggaaggtcaacctatcatcttgactggtgcaccagccatcaataaggtgttaggt
agagaagtctacacttctaacttgcaactcggtggtactcaaattatgtacaacaatggt
gtttctcatttgaccgcttctgatgatttggctgctattgaaaagattctagcatggttg
tcctacattccagctaagcgtaacatgccagtaccaatcttggagactgaagataaatgg
gatagagaggtggaatacttcccacctaaggaggaaacttacgacgtgagatggttaatt
gccggtcgtgattctcctgaaggattcgaaagaggtttgttcgacaaggactcctttatg
gaaacactttctggctgggctaaaggtgttgttgttggtagagctcgtctaggtggtatt
ccaatgggtgtcattggtgtcgaaattagaaccatgcaaaacttgacccctgcagatcct
gctaacccagattctactgaatctgtgtctcaagaagctggacaagtgtggtaccctaat
tctgctttcaagactgctcaagctatccgtgatttcaaccatggtgaacaattgccttta
atgatcttagctaactggagaggtttctctggtggtcaaagagacatgtacaacgaggtc
ttgaaatatggttcctttatcgtcgatgctcttgtcgattacaagcaacctattatgatt
tacattcctccaacaggtgaattgagaggtggttcctgggttgttgttgatccatcgatc
aacaaggaacacatggaaatgtatgccgataaagaatctagagcaggtgttttggaacca
gctggtatggttggtgtcaaataccgtagagagaagttgttggccactatgtctagattg
gatgacacctacagatcattgaaggagaaattatctgatgcatctttgagcccagaagaa
catcaagaaatttccaagaaattgtccatccgtgagaaacagttgttaccaatctacagt
tccatcagtgtccaatttgccgacttacacgacagatctgaccgtatgttggctaagggt
gtgattagaaaagaattacaatgggttaattctcgtcgtttcttcttctggagattgaga
cgtagattgaacgaggaatatttgatgagaagattggatgttgaattaccacttgcttcc
aggttggaaaagatcgccagattgagatcttggtacccagcatctgttgaccatgaaaat
gatagacaagtggcctcttggattgaagaaaacttccaattgttagatgaacatttgaag
gctttgaaactagaatcctttgctcaaagcctggctaaatctttgagaagtgaccacgat
aatgttataactggtctctccgaagtgttgaagatgatgtccgctgaggataaggagaag
atcatcaaaagcttgaaataa

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (5)   
   KEGG ENZYME (2)   
   KEGG REACTION (3)   
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 (11)   
   Pfam (11)   
All databases (36)   

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